EMLSAG00000004643, EMLSAG00000004643-687409 (gene) Lepeophtheirus salmonis

Overview
NameEMLSAG00000004643
Unique NameEMLSAG00000004643-687409
Typegene
OrganismLepeophtheirus salmonis (salmon louse)
Associated RNAi Experiments

Nothing found

Homology
[Close]
BLAST of EMLSAG00000004643 vs. GO
Match: - (symbol:Hex-A "Hexokinase A" species:7227 "Drosophila melanogaster" [GO:0004396 "hexokinase activity" evidence=IMP;IDA] [GO:0005524 "ATP binding" evidence=IEA] [GO:0060361 "flight" evidence=IMP] [GO:0004340 "glucokinase activity" evidence=IBA] [GO:0001678 "cellular glucose homeostasis" evidence=IBA] [GO:0006096 "glycolytic process" evidence=IBA] [GO:0005829 "cytosol" evidence=IBA] [GO:0019158 "mannokinase activity" evidence=IBA] [GO:0008865 "fructokinase activity" evidence=IBA] InterPro:IPR001312 InterPro:IPR019807 InterPro:IPR022672 InterPro:IPR022673 Pfam:PF00349 Pfam:PF03727 PRINTS:PR00475 PROSITE:PS00378 GO:GO:0005829 GO:GO:0005524 GO:GO:0006096 EMBL:AE014298 GO:GO:0004340 GO:GO:0001678 GeneTree:ENSGT00390000017159 PANTHER:PTHR19443 KO:K00844 GO:GO:0008865 GO:GO:0019158 OMA:GFNCAGV GO:GO:0060361 FlyBase:FBgn0001186 ChiTaRS:Hex-A UniGene:Dm.1467 GeneID:45875 KEGG:dme:Dmel_CG3001 CTD:45875 GenomeRNAi:45875 NextBio:838424 EMBL:AY069391 RefSeq:NP_524848.1 SMR:Q9W330 IntAct:Q9W330 MINT:MINT-815887 EnsemblMetazoa:FBtr0071361 UCSC:CG3001-RA InParanoid:Q9W330 BioCyc:FLY:FBGN0001186-MONOMER Uniprot:Q9W330)

HSP 1 Score: 478.019 bits (1229), Expect = 7.194e-155
Identity = 230/422 (54.50%), Postives = 300/422 (71.09%), Query Frame = 0 
Query:  371 RMRKAINEGLSKKYHETSSVKCFPTYVRLLPTGKETGRFLALDLGGTNFRVLVVDIGENQQFEMDSQVFPIPNSIMIGTGEGLFDHIADCCKKFVYDRKLEDQVLPMGFTFSFATQQEGLAKGRLFKWSKGFKCSDVEDEDVVQLLKTALDKK-KLKIDVCAILNDTTGCLMSCAWKESNCRIGLIIGTGTNACYLEDLENVETFDGDRDEGPKHMIVNTEWGNFGSCSELDFIRTKWDEAVDAGSINPGQQIFEKMISGMYMGELTRQVLVDMIWEGLMFKEQANTDLLFEWGRFYTRYLSEIESDPVGSYQRAKEVCIELGLENVCEEDLSALRYICECVSRRAGFMAXAGITALLKKMDYRXVVVAIDGSVFRYHPHFSNIMKSRISQLMGVDYKFDLMMSTDGSGRGAALVAAVLTNE 791
            R+   +  GL+K  H  ++VKCF TYV+ LP G E G+FLALDLGGTNFRVL++ + EN  F+M+S+++ IP  IMIG+G  LFDHIA+C   F+ +  +  + LP+GFTFSF  +Q GL KG L  W+KGF C+ V +EDVVQLLK A+ ++  ++IDVCAILNDTTG LMSCAWK  NC+IGLI+GTG NACY+E +E  E F  + D   KH+++NTEWG FG    LDF+RT++D  +D  SINPG+Q FEKMISGMYMGEL R VLV M   G++F  Q ++++L   G F+T+Y+SEIE+D  G++   + V  ELGL N  + D + +RYICECVS+RA  +  AGI  L+ KMD   V V +DGSV+R+HP F N+M  +ISQL+     FDLM+S DGSGRGAALVAAV   E
Sbjct:  115 RILHELRRGLAKDTHPKANVKCFVTYVQDLPNGNERGKFLALDLGGTNFRVLLIHLQENNDFQMESRIYAIPQHIMIGSGTQLFDHIAECLSNFMAEHNVYKERLPLGFTFSFPLRQLGLTKGLLETWTKGFNCAGVVNEDVVQLLKDAIARRGDVQIDVCAILNDTTGTLMSCAWKNHNCKIGLIVGTGANACYMERVEEAELFAAE-DPRKKHVLINTEWGAFGDNGALDFVRTEFDRDIDVHSINPGKQTFEKMISGMYMGELVRLVLVKMTQAGILFNGQ-DSEVLNTRGLFFTKYVSEIEADEPGNFTNCRLVLEELGLTNATDGDCANVRYICECVSKRAAHLVSAGIATLINKMDEPTVTVGVDGSVYRFHPKFHNLMVEKISQLIKPGITFDLMLSEDGSGRGAALVAAVACRE 534
[Close]
BLAST of EMLSAG00000004643 vs. GO
Match: - (symbol:Hex-t2 "Hex-t2" species:7227 "Drosophila melanogaster" [GO:0004396 "hexokinase activity" evidence=NAS] [GO:0006096 "glycolytic process" evidence=IEA;NAS] [GO:0005524 "ATP binding" evidence=IEA] [GO:0008865 "fructokinase activity" evidence=IBA] [GO:0019158 "mannokinase activity" evidence=IBA] [GO:0005829 "cytosol" evidence=IBA] [GO:0004340 "glucokinase activity" evidence=IBA] [GO:0001678 "cellular glucose homeostasis" evidence=IBA] InterPro:IPR001312 InterPro:IPR019807 InterPro:IPR022672 InterPro:IPR022673 Pfam:PF00349 Pfam:PF03727 PRINTS:PR00475 PROSITE:PS00378 UniPathway:UPA00242 EMBL:AE014297 GO:GO:0005829 GO:GO:0005524 GO:GO:0006096 GO:GO:0004340 GO:GO:0001678 eggNOG:COG5026 GeneTree:ENSGT00390000017159 PANTHER:PTHR19443 KO:K00844 OrthoDB:EOG7S21X5 GO:GO:0008865 GO:GO:0019158 EMBL:AF257590 EMBL:AF257591 EMBL:AF257592 EMBL:AF257593 EMBL:AF257594 EMBL:AF257595 EMBL:AF257596 EMBL:AF257597 EMBL:AF257598 EMBL:AF257599 EMBL:AF257600 EMBL:AF257601 EMBL:AF257602 EMBL:AF257603 EMBL:AF257604 EMBL:AF257605 EMBL:AF257606 EMBL:AF257607 EMBL:AF257608 EMBL:AJ271350 EMBL:AY058394 RefSeq:NP_733151.2 UniGene:Dm.20823 ProteinModelPortal:Q9NFT7 SMR:Q9NFT7 PaxDb:Q9NFT7 PRIDE:Q9NFT7 EnsemblMetazoa:FBtr0085011 GeneID:43191 KEGG:dme:Dmel_CG32849 UCSC:CG32849-RA CTD:43191 FlyBase:FBgn0042710 InParanoid:Q9NFT7 OMA:SSNANDM PhylomeDB:Q9NFT7 GenomeRNAi:43191 NextBio:832642 PRO:PR:Q9NFT7 Bgee:Q9NFT7 Uniprot:Q9NFT7)

HSP 1 Score: 414.461 bits (1064), Expect = 2.612e-131
Identity = 203/420 (48.33%), Postives = 281/420 (66.90%), Query Frame = 0 
Query:  368 VERRMRKAINEGLSKKYHETSSVKCFPTYVRLLPTGKETGRFLALDLGGTNFRVLVVDIGENQQFEMDSQVFPIPNSIMIGTGEGLFDHIADCCKKFVYDRKLEDQVLPMGFTFSFATQQEGLAKGRLFKWSKGFKCSDVEDEDVVQLLKTALDKKK-LKIDVCAILNDTTGCLMSCAWKESNCRIGLIIGTGTNACYLEDLENVETFDGDRDEGPKHMIVNTEWGNFGSCSELDFIRTKWDEAVDAGSINPGQQIFEKMISGMYMGELTRQVLVDMIWEGLMFKEQANTDLLFEWGRFYTRYLSEIESDPVGSYQRAKEVCIELGLENVCEEDLSALRYICECVSRRAGFMAXAGITALLKKMDYRXVVVAIDGSVFRYHPHFSNIMKSRISQLMGVDYKFDLMMSTDGSGRGAALVAA 786
            V  RM K I  GL+K  H  + +KCF ++V+ LPTGKE G++LALDLGG+NFRVL+V++  N   E  S+ +  P ++M G+G+ LFD +A+C  +F +   LE++ L +GFTFSF  QQ+GL+KG L  W+KGF C  V  ++VV LL+ A+D++  LKI+  AILNDT G LMSCA+   NCRIGLI+GTG+NACY+E   N E F+G +      MI+N EWG FG    L+F+RT +D+AVD  + NPG+Q FEK ISGMYMGEL R V+ DMI +G MF    +  +   W  F T Y+S++ESD  G Y+   +V  ELG+    E D  ALRYICE VS R+  +   G+  ++ KM+   V + IDGSV+R+HP + ++++  + +L+    KF+L++S DGSGRGAALVAA
Sbjct:   59 VVERMTKEIKMGLAKDTHARAVIKCFVSHVQDLPTGKERGKYLALDLGGSNFRVLLVNLISNSDVETMSKGYNFPQTLMSGSGKALFDFLAECLSEFCHSHGLENESLALGFTFSFPLQQQGLSKGILVAWTKGFSCEGVVGKNVVSLLQEAIDRRGDLKINTVAILNDTVGTLMSCAFYHPNCRIGLIVGTGSNACYVEKTVNAECFEGYQTSPKPSMIINCEWGAFGDNGVLEFVRTSYDKAVDKVTPNPGKQTFEKCISGMYMGELVRLVITDMIAKGFMFHGIISEKIQERW-SFKTAYISDVESDAPGEYRNCNKVLSELGILGCQEPDKEALRYICEAVSSRSAKLCACGLVTIINKMNINEVAIGIDGSVYRFHPKYHDMLQYHMKKLLKPGVKFELVVSEDGSGRGAALVAA 477
[Close]
BLAST of EMLSAG00000004643 vs. GO
Match: - (symbol:CELE_F14B4.2 "Protein F14B4.2, isoform b" species:6239 "Caenorhabditis elegans" [GO:0000166 "nucleotide binding" evidence=IEA] [GO:0001678 "cellular glucose homeostasis" evidence=IBA] [GO:0004340 "glucokinase activity" evidence=IBA] [GO:0004396 "hexokinase activity" evidence=IEA] [GO:0005524 "ATP binding" evidence=IEA] [GO:0005829 "cytosol" evidence=IBA] [GO:0005975 "carbohydrate metabolic process" evidence=IEA] [GO:0006096 "glycolytic process" evidence=IEA;IBA] [GO:0008865 "fructokinase activity" evidence=IBA] [GO:0016301 "kinase activity" evidence=IEA] [GO:0016310 "phosphorylation" evidence=IEA] [GO:0016740 "transferase activity" evidence=IEA] [GO:0016773 "phosphotransferase activity, alcohol group as acceptor" evidence=IEA] [GO:0019158 "mannokinase activity" evidence=IBA] [GO:0046835 "carbohydrate phosphorylation" evidence=IEA;IBA] [GO:0051156 "glucose 6-phosphate metabolic process" evidence=IBA] InterPro:IPR001312 InterPro:IPR019807 InterPro:IPR022672 InterPro:IPR022673 Pfam:PF00349 Pfam:PF03727 PRINTS:PR00475 PROSITE:PS00378 GO:GO:0005829 GO:GO:0005524 GO:GO:0006096 GO:GO:0004340 GO:GO:0001678 GeneTree:ENSGT00390000017159 HOGENOM:HOG000162670 PANTHER:PTHR19443 KO:K00844 GO:GO:0008865 GO:GO:0019158 EMBL:Z75535 UniGene:Cel.7424 GeneID:172751 KEGG:cel:CELE_F14B4.2 UCSC:F14B4.2b CTD:172751 NextBio:876865 RefSeq:NP_001021107.1 ProteinModelPortal:Q6BET1 SMR:Q6BET1 EnsemblMetazoa:F14B4.2b WormBase:F14B4.2b ArrayExpress:Q6BET1 Uniprot:Q6BET1)

HSP 1 Score: 413.69 bits (1062), Expect = 6.333e-131
Identity = 208/431 (48.26%), Postives = 295/431 (68.45%), Query Frame = 0 
Query:  368 VERRMRKAINEGLSKKYHETSSVKCFPTYVRLLPTGKETGRFLALDLGGTNFRVLVVDIGENQQFEMDSQVFPIPNSIMIGTGEGLFDHIADCCKKFVYDRKLED-QVLPMGFTFSFATQQEGLAKGRLFKWSKGFKCSDVEDEDVVQLLKTALDKKK-LKIDVCAILNDTTGCLMSCAWKESNCRIGLIIGTGTNACYLEDLENVETFDGDRDE---GPKHMIVNTEWGNFGSCSELDFIRTKWDEAVDAGSINPGQQIFEKMISGMYMGELTRQVLVDMIWEGLMFKEQANTDLLFEWGRFYTRYLSEIESDPVG----SYQRAKEVCIELGLENVCEEDLSALRYICECVSRRAGFMAXAGITALLKKMDYRXVVVAIDGSVFRYHPHFSNIMKSRISQLMGVDYKFDLMMSTDGSGRGAALVAAVLT 789
            + + M K++ +GL+    + + VK  PTYV  +P G E+G FLALDLGGTNFRVL + + + ++ +M  ++F +P SIM GTGE LFDHIA C  KF+ +  L+D Q LP+GFTFSF  +QEGL KG+L  W+KGFK S VE  DVV LL  A  ++K + IDV A+LNDT G LM+CA++E++C+IG+I+GTGTNACY+E L+ +    G  DE    P+ MI+NTEWG FG    LDF+RT+WDE VD  SINPGQ ++EKMISGMYMGE  R VL D+  +GL+F    N+D +     F T+++SEI+SD +     ++Q+  ++  ++G+E +   D + + Y+C  +S RA  +  AGI  LL +M+ + V V +DGSV+R+HP +  ++ ++I +L+  D ++ LM+S DGSGRGAALVAAV T
Sbjct:   51 IMQSMEKSMEQGLATSTKKVA-VKMLPTYVDSVPNGTESGDFLALDLGGTNFRVLHIKL-QGKETKMTGKIFRVPESIMRGTGEALFDHIAGCMAKFMGENDLKDAQKLPLGFTFSFPCEQEGLTKGKLVTWTKGFKASGVEGVDVVTLLHEACHRRKDIDIDVVALLNDTVGTLMACAFQENSCQIGVIVGTGTNACYMERLDRIPKLAGYVDEHGVTPEEMIINTEWGAFGDDGALDFLRTEWDEVVDRESINPGQHLYEKMISGMYMGECARVVLEDLAKQGLLFG--GNSDAISVPHCFPTKFVSEIDSDLLEDDDRTFQKTYQILEDIGVEMITANDCANVAYVCSLISTRAAHLTAAGIAMLLNRMNKKHVTVGVDGSVYRFHPTYPTLLDAKIGELIVGDIEYKLMLSEDGSGRGAALVAAVAT 477
[Close]
BLAST of EMLSAG00000004643 vs. GO
Match: - (symbol:F14B4.2 species:6239 "Caenorhabditis elegans" [GO:0009792 "embryo development ending in birth or egg hatching" evidence=IMP] InterPro:IPR001312 InterPro:IPR019807 InterPro:IPR022672 InterPro:IPR022673 Pfam:PF00349 Pfam:PF03727 PRINTS:PR00475 PROSITE:PS00378 GO:GO:0005829 GO:GO:0005524 GO:GO:0006096 GO:GO:0004340 GO:GO:0001678 eggNOG:COG5026 GeneTree:ENSGT00390000017159 HOGENOM:HOG000162670 PANTHER:PTHR19443 KO:K00844 GO:GO:0008865 GO:GO:0019158 EMBL:Z75535 PIR:T20869 RefSeq:NP_001021106.1 UniGene:Cel.7424 ProteinModelPortal:Q19440 SMR:Q19440 DIP:DIP-26887N IntAct:Q19440 MINT:MINT-1129380 STRING:6239.F14B4.2a.2 PaxDb:Q19440 PRIDE:Q19440 EnsemblMetazoa:F14B4.2a.1 EnsemblMetazoa:F14B4.2a.2 GeneID:172751 KEGG:cel:CELE_F14B4.2 UCSC:F14B4.2b CTD:172751 WormBase:F14B4.2a InParanoid:Q19440 OMA:GRYMDND NextBio:876865 ArrayExpress:Q19440 Uniprot:Q19440)

HSP 1 Score: 413.69 bits (1062), Expect = 7.577e-131
Identity = 208/431 (48.26%), Postives = 295/431 (68.45%), Query Frame = 0 
Query:  368 VERRMRKAINEGLSKKYHETSSVKCFPTYVRLLPTGKETGRFLALDLGGTNFRVLVVDIGENQQFEMDSQVFPIPNSIMIGTGEGLFDHIADCCKKFVYDRKLED-QVLPMGFTFSFATQQEGLAKGRLFKWSKGFKCSDVEDEDVVQLLKTALDKKK-LKIDVCAILNDTTGCLMSCAWKESNCRIGLIIGTGTNACYLEDLENVETFDGDRDE---GPKHMIVNTEWGNFGSCSELDFIRTKWDEAVDAGSINPGQQIFEKMISGMYMGELTRQVLVDMIWEGLMFKEQANTDLLFEWGRFYTRYLSEIESDPVG----SYQRAKEVCIELGLENVCEEDLSALRYICECVSRRAGFMAXAGITALLKKMDYRXVVVAIDGSVFRYHPHFSNIMKSRISQLMGVDYKFDLMMSTDGSGRGAALVAAVLT 789
            + + M K++ +GL+    + + VK  PTYV  +P G E+G FLALDLGGTNFRVL + + + ++ +M  ++F +P SIM GTGE LFDHIA C  KF+ +  L+D Q LP+GFTFSF  +QEGL KG+L  W+KGFK S VE  DVV LL  A  ++K + IDV A+LNDT G LM+CA++E++C+IG+I+GTGTNACY+E L+ +    G  DE    P+ MI+NTEWG FG    LDF+RT+WDE VD  SINPGQ ++EKMISGMYMGE  R VL D+  +GL+F    N+D +     F T+++SEI+SD +     ++Q+  ++  ++G+E +   D + + Y+C  +S RA  +  AGI  LL +M+ + V V +DGSV+R+HP +  ++ ++I +L+  D ++ LM+S DGSGRGAALVAAV T
Sbjct:   56 IMQSMEKSMEQGLATSTKKVA-VKMLPTYVDSVPNGTESGDFLALDLGGTNFRVLHIKL-QGKETKMTGKIFRVPESIMRGTGEALFDHIAGCMAKFMGENDLKDAQKLPLGFTFSFPCEQEGLTKGKLVTWTKGFKASGVEGVDVVTLLHEACHRRKDIDIDVVALLNDTVGTLMACAFQENSCQIGVIVGTGTNACYMERLDRIPKLAGYVDEHGVTPEEMIINTEWGAFGDDGALDFLRTEWDEVVDRESINPGQHLYEKMISGMYMGECARVVLEDLAKQGLLFG--GNSDAISVPHCFPTKFVSEIDSDLLEDDDRTFQKTYQILEDIGVEMITANDCANVAYVCSLISTRAAHLTAAGIAMLLNRMNKKHVTVGVDGSVYRFHPTYPTLLDAKIGELIVGDIEYKLMLSEDGSGRGAALVAAVAT 482
[Close]
BLAST of EMLSAG00000004643 vs. GO
Match: - (symbol:CELE_F14B4.2 "Protein F14B4.2, isoform a" species:6239 "Caenorhabditis elegans" [GO:0000166 "nucleotide binding" evidence=IEA] [GO:0001678 "cellular glucose homeostasis" evidence=IBA] [GO:0004340 "glucokinase activity" evidence=IBA] [GO:0004396 "hexokinase activity" evidence=IEA] [GO:0005515 "protein binding" evidence=IPI] [GO:0005524 "ATP binding" evidence=IEA] [GO:0005829 "cytosol" evidence=IBA] [GO:0005975 "carbohydrate metabolic process" evidence=IEA] [GO:0006096 "glycolytic process" evidence=IEA;IBA] [GO:0008865 "fructokinase activity" evidence=IBA] [GO:0016301 "kinase activity" evidence=IEA] [GO:0016310 "phosphorylation" evidence=IEA] [GO:0016740 "transferase activity" evidence=IEA] [GO:0016773 "phosphotransferase activity, alcohol group as acceptor" evidence=IEA] [GO:0019158 "mannokinase activity" evidence=IBA] [GO:0046835 "carbohydrate phosphorylation" evidence=IEA;IBA] [GO:0051156 "glucose 6-phosphate metabolic process" evidence=IBA] InterPro:IPR001312 InterPro:IPR019807 InterPro:IPR022672 InterPro:IPR022673 Pfam:PF00349 Pfam:PF03727 PRINTS:PR00475 PROSITE:PS00378 GO:GO:0005829 GO:GO:0005524 GO:GO:0006096 GO:GO:0004340 GO:GO:0001678 eggNOG:COG5026 GeneTree:ENSGT00390000017159 HOGENOM:HOG000162670 PANTHER:PTHR19443 KO:K00844 GO:GO:0008865 GO:GO:0019158 EMBL:Z75535 PIR:T20869 RefSeq:NP_001021106.1 UniGene:Cel.7424 ProteinModelPortal:Q19440 SMR:Q19440 DIP:DIP-26887N IntAct:Q19440 MINT:MINT-1129380 STRING:6239.F14B4.2a.2 PaxDb:Q19440 PRIDE:Q19440 EnsemblMetazoa:F14B4.2a.1 EnsemblMetazoa:F14B4.2a.2 GeneID:172751 KEGG:cel:CELE_F14B4.2 UCSC:F14B4.2b CTD:172751 WormBase:F14B4.2a InParanoid:Q19440 OMA:GRYMDND NextBio:876865 ArrayExpress:Q19440 Uniprot:Q19440)

HSP 1 Score: 413.69 bits (1062), Expect = 7.577e-131
Identity = 208/431 (48.26%), Postives = 295/431 (68.45%), Query Frame = 0 
Query:  368 VERRMRKAINEGLSKKYHETSSVKCFPTYVRLLPTGKETGRFLALDLGGTNFRVLVVDIGENQQFEMDSQVFPIPNSIMIGTGEGLFDHIADCCKKFVYDRKLED-QVLPMGFTFSFATQQEGLAKGRLFKWSKGFKCSDVEDEDVVQLLKTALDKKK-LKIDVCAILNDTTGCLMSCAWKESNCRIGLIIGTGTNACYLEDLENVETFDGDRDE---GPKHMIVNTEWGNFGSCSELDFIRTKWDEAVDAGSINPGQQIFEKMISGMYMGELTRQVLVDMIWEGLMFKEQANTDLLFEWGRFYTRYLSEIESDPVG----SYQRAKEVCIELGLENVCEEDLSALRYICECVSRRAGFMAXAGITALLKKMDYRXVVVAIDGSVFRYHPHFSNIMKSRISQLMGVDYKFDLMMSTDGSGRGAALVAAVLT 789
            + + M K++ +GL+    + + VK  PTYV  +P G E+G FLALDLGGTNFRVL + + + ++ +M  ++F +P SIM GTGE LFDHIA C  KF+ +  L+D Q LP+GFTFSF  +QEGL KG+L  W+KGFK S VE  DVV LL  A  ++K + IDV A+LNDT G LM+CA++E++C+IG+I+GTGTNACY+E L+ +    G  DE    P+ MI+NTEWG FG    LDF+RT+WDE VD  SINPGQ ++EKMISGMYMGE  R VL D+  +GL+F    N+D +     F T+++SEI+SD +     ++Q+  ++  ++G+E +   D + + Y+C  +S RA  +  AGI  LL +M+ + V V +DGSV+R+HP +  ++ ++I +L+  D ++ LM+S DGSGRGAALVAAV T
Sbjct:   56 IMQSMEKSMEQGLATSTKKVA-VKMLPTYVDSVPNGTESGDFLALDLGGTNFRVLHIKL-QGKETKMTGKIFRVPESIMRGTGEALFDHIAGCMAKFMGENDLKDAQKLPLGFTFSFPCEQEGLTKGKLVTWTKGFKASGVEGVDVVTLLHEACHRRKDIDIDVVALLNDTVGTLMACAFQENSCQIGVIVGTGTNACYMERLDRIPKLAGYVDEHGVTPEEMIINTEWGAFGDDGALDFLRTEWDEVVDRESINPGQHLYEKMISGMYMGECARVVLEDLAKQGLLFG--GNSDAISVPHCFPTKFVSEIDSDLLEDDDRTFQKTYQILEDIGVEMITANDCANVAYVCSLISTRAAHLTAAGIAMLLNRMNKKHVTVGVDGSVYRFHPTYPTLLDAKIGELIVGDIEYKLMLSEDGSGRGAALVAAVAT 482
[Close]
BLAST of EMLSAG00000004643 vs. GO
Match: - (symbol:Hex-C "Hexokinase C" species:7227 "Drosophila melanogaster" [GO:0004396 "hexokinase activity" evidence=ISS;NAS;IDA] [GO:0005524 "ATP binding" evidence=IEA] [GO:0046331 "lateral inhibition" evidence=IMP] [GO:0008865 "fructokinase activity" evidence=IBA] [GO:0004340 "glucokinase activity" evidence=IBA] [GO:0005829 "cytosol" evidence=IBA] [GO:0001678 "cellular glucose homeostasis" evidence=IBA] [GO:0019158 "mannokinase activity" evidence=IBA] [GO:0006096 "glycolytic process" evidence=IBA] InterPro:IPR001312 InterPro:IPR022672 InterPro:IPR022673 Pfam:PF00349 Pfam:PF03727 PRINTS:PR00475 EMBL:AE013599 GO:GO:0005829 GO:GO:0005524 GO:GO:0006096 GO:GO:0046331 GO:GO:0004340 GO:GO:0001678 eggNOG:COG5026 GeneTree:ENSGT00390000017159 PANTHER:PTHR19443 KO:K00844 OrthoDB:EOG7S21X5 GO:GO:0008865 GO:GO:0019158 OMA:FIRRACE EMBL:AF237469 EMBL:AF257540 EMBL:AF257541 EMBL:AF257543 EMBL:AF257546 EMBL:AF257547 EMBL:AF257549 EMBL:AF257551 EMBL:AF257554 EMBL:AF257555 EMBL:AF257558 EMBL:AF257561 EMBL:AF257564 EMBL:AF257565 EMBL:AF257567 EMBL:AF257568 EMBL:AF257570 EMBL:AF257571 EMBL:AF257573 EMBL:AF257574 EMBL:AF257575 EMBL:AF257576 EMBL:AF257577 EMBL:AF257578 EMBL:AF257581 EMBL:AF257582 EMBL:AF257583 EMBL:AF257585 EMBL:AF257587 EMBL:AF257588 EMBL:AF257589 EMBL:AY070657 EMBL:AY071719 EMBL:AJ309864 RefSeq:NP_524674.1 UniGene:Dm.1873 EnsemblMetazoa:FBtr0087399 GeneID:44008 KEGG:dme:Dmel_CG8094 UCSC:CG8094-RA CTD:44008 FlyBase:FBgn0001187 InParanoid:Q7JYW9 GenomeRNAi:44008 NextBio:836583 Uniprot:Q7JYW9)

HSP 1 Score: 397.127 bits (1019), Expect = 3.120e-125
Identity = 198/419 (47.26%), Postives = 276/419 (65.87%), Query Frame = 0 
Query:  376 INEGLSKKYHETSSVKCFPTYVRLLPTGKETGRFLALDLGGTNFRVLVVDIGENQQFEMDSQVFPIPNSIMIGTGEGLFDHIADCCKKFVYDRKLEDQVLPMGFTFSFATQQEGLAKGRLFKWSKGFKCSDVEDEDVVQLLKTALDKK-KLKIDVCAILNDTTGCLMSCAWKESNCRIGLIIGTGTNACYLEDLENVETFDGDRDEGPKHMIVNTEWGNFGSCSELDFIRTKWDEAVDAGSINPGQQIFEKMISGMYMGELTRQVLVDMIWEGLMFKEQAN-----TDLLFEWGRFYTRYLSEIESDPVGSYQRAKEVCIEL-GLENVCEEDLSALRYICECVSRRAGFMAXAGITALLKKMDYRXVVVAIDGSVFRYHPHFSNIMKSRISQLMGVDYKFDLMMSTDGSGRGAALVAAV 787
            +  GL +  H  ++VKCFPTYV+ LPTG E G++LALDLGGTNFRVL+V +  +    +DSQ++ +P  +M+G G  LFDHIA C  KFV    ++   LP+GFTFSF   Q GL +G L +W+KGF C+ VE EDV ++L  A+ ++    I V AILNDTTG LMSCA + ++CR+G+I+GTG NACY+ED+ENV+    D  +  + +IVN EWG FG   +LDF+RT++D  VD  S+N  +Q+FEKM +GMY+G L R VL+  +   L+FK+ +      + L      F TRY+SEIE D    +   +++   L GLE    ED   LRYICECV++RA  +   G++ L+ +   R V+V +DGSV+RYHP F   M+  + +L+  D ++D+M+S DGSGRGAALVAAV
Sbjct:   31 VARGLKRSTHPQANVKCFPTYVQDLPTGDEMGKYLALDLGGTNFRVLLVSLKGHHDATVDSQIYAVPKDLMVGPGVDLFDHIAGCLAKFVEKHDMKTAYLPLGFTFSFPCVQLGLKEGILVRWTKGFDCAGVEGEDVGRMLHEAIQRRGDADIAVVAILNDTTGTLMSCAHRNADCRVGVIVGTGCNACYVEDVENVDLLRADFKKTKRSVIVNAEWGAFGEGGQLDFVRTEYDREVDEKSLNRSEQLFEKMTAGMYLGNLVRLVLLRALERKLIFKQSSRRPEFASVLQRNEEVFETRYISEIEDDSFPEFASTRKIVKNLFGLEKASVEDCQTLRYICECVAKRAATLVAIGVSGLVNRTSNRRVIVGMDGSVYRYHPKFDAYMRQTLQKLVKADKEWDIMLSEDGSGRGAALVAAV 449
[Close]
BLAST of EMLSAG00000004643 vs. GO
Match: - (symbol:HKDC1 "Uncharacterized protein" species:9823 "Sus scrofa" [GO:0004396 "hexokinase activity" evidence=IEA] [GO:0005524 "ATP binding" evidence=IEA] [GO:0005634 "nucleus" evidence=IEA] [GO:0005739 "mitochondrion" evidence=IEA] [GO:0006096 "glycolytic process" evidence=IEA] InterPro:IPR001312 InterPro:IPR019807 InterPro:IPR022672 InterPro:IPR022673 Pfam:PF00349 Pfam:PF03727 PRINTS:PR00475 PROSITE:PS00378 GO:GO:0005739 GO:GO:0005524 GO:GO:0005634 GO:GO:0006096 GO:GO:0046835 GeneTree:ENSGT00390000017159 PANTHER:PTHR19443 OMA:MCYMEEM OrthoDB:EOG7S21X5 TreeFam:TF314238 GO:GO:0004396 EMBL:CT737222 Ensembl:ENSSSCT00000011222 Uniprot:F1SUF3)

HSP 1 Score: 379.407 bits (973), Expect = 5.667e-113
Identity = 192/429 (44.76%), Postives = 287/429 (66.90%), Query Frame = 0 
Query:  368 VERRMRKAINEGLSKKYHETSSVKCFPTYVRLLPTGKETGRFLALDLGGTNFRVLVVDIGENQQ-FEMDSQVFPIPNSIMIGTGEGLFDHIADCCKKFVYDRKLEDQVLPMGFTFSFATQQEGLAKGRLFKWSKGFKCSDVEDEDVVQLLKTALDKK-KLKIDVCAILNDTTGCLMSCAWKESNCRIGLIIGTGTNACYLEDLENVETFDGDRDEGPKHMIVNTEWGNFGSCSELDFIRTKWDEAVDAGSINPGQQIFEKMISGMYMGELTRQVLVDMIWEGLMFKEQANTDLLFEWGRFYTRYLSEIESDPVGSYQRAKEVCIELGLENVCEEDLSALRYICECVSRRAGFMAXAGITALLKK------MDYRXVVVAIDGSVFRYHPHFSNIMKSRISQLM-GVDYKFDLMMSTDGSGRGAALVAAV 787
            V  +MR  +  GL K  H  ++VK  PTYVR +P G E G+FLALDLGGTNFRVL+V I   ++   M +++F IP  IM GTGE LFDHI  C   F+    L+   LP+GFTFSF  +Q  + KG L +W+KGFK +D E EDVV +L+ A+ ++ +  +D+ A++NDT G +M+C +++ NC IGLI GTG+N CY+E+++N+E  +G  +EG   M +NTEWG FG    LD IRT++D+ VD GS+NPG+Q +EKM SGMY+GE+ RQ+L+D+  +GL+F+ Q  ++ L   G F T++LS+IESD +   Q  + +  +LGL++ CE+ +  ++ +C  VSRRA  +  AG+ A+++K      +++  + V +DG++++ HPHFS I++  + +L    D  F  M+S DGSG+GAAL+ AV
Sbjct:  521 VRDKMRVELEYGLKKDTHPLATVKMLPTYVRGMPDGTEKGKFLALDLGGTNFRVLLVKIRSGRRSVRMYNKIFAIPLEIMQGTGEELFDHIVQCIADFLDYMGLKGAQLPLGFTFSFPCRQASIDKGTLIEWTKGFKATDCEGEDVVDMLREAIKRRNEFDLDIVAVVNDTVGTMMTCGYEDRNCEIGLIAGTGSNMCYMEEMKNIELVEG--NEG--KMCINTEWGGFGDNGCLDDIRTQYDKEVDEGSLNPGKQRYEKMTSGMYLGEIVRQILIDLTKQGLLFRGQI-SERLRTRGIFETKFLSQIESDRLALLQ-VRGILQQLGLDSTCEDSI-VVKEVCGAVSRRAAQLYGAGLAAIVEKKREDQGLEHLKITVGVDGTLYKLHPHFSRILQETVKELAPRCDVMF--MLSEDGSGKGAALITAV 940

HSP 2 Score: 318.546 bits (815), Expect = 5.693e-91
Identity = 173/427 (40.52%), Postives = 267/427 (62.53%), Query Frame = 0 
Query:  371 RMRKAINEGLSKKYHETSSVKCFPTYVRLLPTGKETGRFLALDLGGTNFRVLVVDIGE--NQQFEMDSQVFPIPNSIMIGTGEGLFDHIADCCKKFVYDRKLEDQVLPMGFTFSFATQQEGLAKGRLFKWSKGFKCSDVEDEDVVQLLKTALDK-KKLKIDVCAILNDTTGCLMSCAWKESNCRIGLIIGTGTNACYLEDLENVETFDGDRDEGPKHMIVNTEWGNFGSCSELDFIRTKWDEAVDAGSINPGQQIFEKMISGMYMGELTRQVLVDMIWEGLMFKEQANTDLLFEWGRFYTRYLSEIESDPVGSYQRAKEVCIELGLENVCEEDLSALRYICECVSRRAGFMAXAGITALL------KKMDYRXVVVAIDGSVFRYHPHFSNIMKSRISQLM-GVDYKFDLMMSTDGSGRGAALVAAV 787
            R +  + +GL K  + T+SVK  PT+VR +P G E G FL+LDLGG+ FRVL V + E   +  +M+SQ +P PN I+ G G  LF+++ADC   F+  + L+ + LP+G TFSF  +Q  L +G L  W+K FK   V+D D+V  L  A+ K K + +D+ A++NDT G +M+CA+ +  C +G+IIGTGTNACY+ED+ N++  +G  DEG   M +NTEWG FG    L+ IRT++D  +D GS+NPG+Q+FEKMISG+Y+GEL R +L+ M   GL+F  + ++ L  + G+  TR+++ +E    G     +E+  +LGLE   E D  A++++C  VS R+  +  A + A+L      KK+      V +DG++++ HP +   +   + +L+   D +F  ++S  GS +GAA+V AV
Sbjct:   76 RFQAEMQKGLGKDTNPTASVKMLPTFVRAIPDGSENGEFLSLDLGGSKFRVLKVQVSEEGKRNVQMESQFYPTPNEIIRGNGTELFEYVADCLADFMETKGLKQKKLPLGLTFSFPCRQTKLEEGVLLSWTKKFKARGVQDTDIVSSLSNAMRKHKDIDVDILALVNDTVGTMMTCAYDDPYCEVGVIIGTGTNACYMEDMSNIDLVEG--DEG--RMCINTEWGAFGDDGALEDIRTEFDRELDLGSLNPGKQLFEKMISGLYLGELVRLILLKMAKTGLLFGGEKSSALHIK-GKIETRHVAAMERYKEG-LANTREILTDLGLEP-SEADCIAVQHVCTIVSFRSANLCAAALAAILTRLRENKKLVRLRTTVGMDGTLYKIHPQYPKRLHKVVRKLVPNCDVRF--LLSESGSAKGAAMVTAV 493
[Close]
BLAST of EMLSAG00000004643 vs. GO
Match: - (symbol:HKDC1 "Uncharacterized protein" species:9615 "Canis lupus familiaris" [GO:0004396 "hexokinase activity" evidence=IEA] [GO:0005524 "ATP binding" evidence=IEA] [GO:0005634 "nucleus" evidence=IEA] [GO:0005739 "mitochondrion" evidence=IEA] [GO:0006096 "glycolytic process" evidence=IEA] InterPro:IPR001312 InterPro:IPR019807 InterPro:IPR022672 InterPro:IPR022673 Pfam:PF00349 Pfam:PF03727 PRINTS:PR00475 PROSITE:PS00378 GO:GO:0005739 GO:GO:0005524 GO:GO:0005634 GO:GO:0006096 GO:GO:0046835 GeneTree:ENSGT00390000017159 PANTHER:PTHR19443 CTD:80201 KO:K00844 OMA:MCYMEEM OrthoDB:EOG7S21X5 TreeFam:TF314238 GO:GO:0004396 EMBL:AAEX03002786 RefSeq:XP_546137.2 Ensembl:ENSCAFT00000046047 GeneID:489019 KEGG:cfa:489019 Uniprot:J9JHN0)

HSP 1 Score: 377.867 bits (969), Expect = 1.017e-112
Identity = 191/428 (44.63%), Postives = 284/428 (66.36%), Query Frame = 0 
Query:  368 VERRMRKAINEGLSKKYHETSSVKCFPTYVRLLPTGKETGRFLALDLGGTNFRVLVVDIGENQQ-FEMDSQVFPIPNSIMIGTGEGLFDHIADCCKKFVYDRKLEDQVLPMGFTFSFATQQEGLAKGRLFKWSKGFKCSDVEDEDVVQLLKTALDKK-KLKIDVCAILNDTTGCLMSCAWKESNCRIGLIIGTGTNACYLEDLENVETFDGDRDEGPKHMIVNTEWGNFGSCSELDFIRTKWDEAVDAGSINPGQQIFEKMISGMYMGELTRQVLVDMIWEGLMFKEQANTDLLFEWGRFYTRYLSEIESDPVGSYQRAKEVCIELGLENVCEEDLSALRYICECVSRRAGFMAXAGITALLKK------MDYRXVVVAIDGSVFRYHPHFSNIMKSRISQLMGVDYKFDLMMSTDGSGRGAALVAAV 787
            V+ +MR+    GL +  H  ++VK  PTYV  +P G E G+FLALDLGGTNFRVL+V I   ++   M +++F IP  IM GTGE LFDHI  C   F+    L+   LP+GFTFSF  +Q  + KG L +W+KGFK +D E EDVV +L+ A+ ++ +  +D+ A++NDT G +M+C  ++ NC IGLI GTG+N CY+E++ N+E  +GD  EG   M +NTEWG FG    +D IRT++DE VD GS+NPG+Q +EKM SGMY+GE+ RQ+L+D+  +GL+F+ Q  ++ L   G F T++LS+IESD +   Q  + +  +LGL++ CE+ +  ++ +C  VSRRA  +  AG+ A+++K      ++Y  + V +DG++++ HPHFS I++  + +L        LM+S DGSG+GAAL+ AV
Sbjct:  487 VQGKMRREFEYGLKRDTHLMATVKMLPTYVCGMPDGTEKGKFLALDLGGTNFRVLLVKIRSGRRSVRMYNKIFAIPLEIMQGTGEELFDHIVQCIADFLDYMGLKGVQLPLGFTFSFPCRQTSIDKGTLIEWTKGFKATDCEGEDVVDMLREAIKRRNEFDLDIVAVVNDTVGTMMTCGHEDPNCEIGLIAGTGSNMCYMEEMRNIELVEGD--EG--KMCINTEWGGFGDNGCIDDIRTQYDEKVDEGSLNPGKQRYEKMTSGMYLGEIVRQILIDLTKQGLLFRGQI-SERLRTRGIFETKFLSQIESDRLALLQ-VRSILQQLGLDSTCEDSI-VVKEVCGAVSRRAAQLYGAGLAAVVEKKREDQGLEYLKITVGVDGTLYKLHPHFSRILQETVKEL-APRCDVTLMLSEDGSGKGAALITAV 906

HSP 2 Score: 318.546 bits (815), Expect = 2.720e-91
Identity = 175/427 (40.98%), Postives = 265/427 (62.06%), Query Frame = 0 
Query:  371 RMRKAINEGLSKKYHETSSVKCFPTYVRLLPTGKETGRFLALDLGGTNFRVLVVDIGE--NQQFEMDSQVFPIPNSIMIGTGEGLFDHIADCCKKFVYDRKLEDQVLPMGFTFSFATQQEGLAKGRLFKWSKGFKCSDVEDEDVVQLLKTALDK-KKLKIDVCAILNDTTGCLMSCAWKESNCRIGLIIGTGTNACYLEDLENVETFDGDRDEGPKHMIVNTEWGNFGSCSELDFIRTKWDEAVDAGSINPGQQIFEKMISGMYMGELTRQVLVDMIWEGLMFKEQANTDLLFEWGRFYTRYLSEIESDPVGSYQRAKEVCIELGLENVCEEDLSALRYICECVSRRAGFMAXAGITALL------KKMDYRXVVVAIDGSVFRYHPHFSNIMKSRISQLM-GVDYKFDLMMSTDGSGRGAALVAAV 787
            R +  + +GL K  + T+SVK  PT+VR +P G E G FL+LDLGG+ FRVL V + E   +  +M+SQ +P PN I+ G G  LFD+IADC   F+  R L+ +  P+G TFSF  +Q  L +G L  W+K FK   V+D DVV  L  A+ K K + +D+  ++NDT G +M+CA+ +  C +G+IIGTGTNACY+ED+ N++  +G  DEG   M +NTEWG FG    L+ IRT++D  +D GS+NPG+Q+FEKMISG+Y+GEL R +L+ M   GL+F  + ++  L   G+  TR+++ +E    G     +E+  +LGLE   E D  A++++C  VS R+  +  A + A+L      KK++     V +DG++++ HP +   +   + +L+   D +F  ++S  GS +GAA+V AV
Sbjct:   42 RFQAEMQKGLGKDTNPTASVKMLPTFVRAIPDGSENGEFLSLDLGGSKFRVLKVQVSEEGKRNVQMESQFYPTPNEIIRGNGSELFDYIADCLADFMKTRGLKHKKFPLGLTFSFPCRQTKLEEGILLSWTKKFKARGVQDTDVVSCLTKAVKKHKDIDVDILTLVNDTVGTMMTCAYDDPYCEVGVIIGTGTNACYMEDMSNIDLVEG--DEG--RMCINTEWGAFGDDGTLEDIRTEFDRELDLGSLNPGKQLFEKMISGLYLGELVRIILLKMAKAGLLFGGKKSS-ALHTKGKIETRHVAAMEKYKEG-LANTREILTDLGLEP-SEADCIAVQHVCTIVSFRSANLCAAALAAILTRLRENKKLERLRTTVGMDGTLYKIHPQYPKRLHKVVRRLVPNCDVRF--LLSESGSTKGAAMVTAV 459
[Close]
BLAST of EMLSAG00000004643 vs. GO
Match: - (symbol:Hkdc1 "hexokinase domain containing 1" species:10090 "Mus musculus" [GO:0000166 "nucleotide binding" evidence=IEA] [GO:0001678 "cellular glucose homeostasis" evidence=IBA] [GO:0004340 "glucokinase activity" evidence=IBA] [GO:0004396 "hexokinase activity" evidence=IEA] [GO:0005524 "ATP binding" evidence=IEA] [GO:0005829 "cytosol" evidence=IBA] [GO:0005975 "carbohydrate metabolic process" evidence=IEA] [GO:0006096 "glycolytic process" evidence=IBA] [GO:0008865 "fructokinase activity" evidence=IBA] [GO:0016301 "kinase activity" evidence=IEA] [GO:0016310 "phosphorylation" evidence=IEA] [GO:0016740 "transferase activity" evidence=IEA] [GO:0016773 "phosphotransferase activity, alcohol group as acceptor" evidence=IEA] [GO:0019158 "mannokinase activity" evidence=IBA] [GO:0046835 "carbohydrate phosphorylation" evidence=IBA] [GO:0051156 "glucose 6-phosphate metabolic process" evidence=IBA] InterPro:IPR001312 InterPro:IPR019807 InterPro:IPR022672 InterPro:IPR022673 Pfam:PF00349 Pfam:PF03727 PRINTS:PR00475 PROSITE:PS00378 UniPathway:UPA00242 MGI:MGI:2384910 GO:GO:0005829 GO:GO:0005739 GO:GO:0005524 GO:GO:0005634 GO:GO:0006096 GO:GO:0004340 GO:GO:0001678 eggNOG:COG5026 GeneTree:ENSGT00390000017159 PANTHER:PTHR19443 CTD:80201 HOVERGEN:HBG005020 KO:K00844 OMA:MCYMEEM OrthoDB:EOG7S21X5 TreeFam:TF314238 GO:GO:0008865 GO:GO:0019158 EMBL:AK145980 EMBL:BC016235 RefSeq:NP_663394.1 UniGene:Mm.213213 ProteinModelPortal:Q91W97 SMR:Q91W97 PhosphoSite:Q91W97 PaxDb:Q91W97 PRIDE:Q91W97 Ensembl:ENSMUST00000020277 GeneID:216019 KEGG:mmu:216019 UCSC:uc007fhc.1 HOGENOM:HOG000162671 InParanoid:Q91W97 NextBio:374947 PRO:PR:Q91W97 Bgee:Q91W97 CleanEx:MM_HKDC1 Genevestigator:Q91W97 Uniprot:Q91W97)

HSP 1 Score: 376.711 bits (966), Expect = 2.925e-112
Identity = 194/428 (45.33%), Postives = 281/428 (65.65%), Query Frame = 0 
Query:  368 VERRMRKAINEGLSKKYHETSSVKCFPTYVRLLPTGKETGRFLALDLGGTNFRVLVVDIGENQQFEMDSQVFPIPNSIMIGTGEGLFDHIADCCKKFVYDRKLEDQVLPMGFTFSFATQQEGLAKGRLFKWSKGFKCSDVEDEDVVQLLKTALDKK-KLKIDVCAILNDTTGCLMSCAWKESNCRIGLIIGTGTNACYLEDLENVETFDGDRDEGPKHMIVNTEWGNFGSCSELDFIRTKWDEAVDAGSINPGQQIFEKMISGMYMGELTRQVLVDMIWEGLMFKEQANTDLLFEWGRFYTRYLSEIESDPVGSYQRAKEVCIELGLENVCEEDLSALRYICECVSRRAGFMAXAGITALLKK------MDYRXVVVAIDGSVFRYHPHFSNIMKSRISQLM-GVDYKFDLMMSTDGSGRGAALVAAV 787
            V  +MR  +  GL KK H  ++VK  PTYV  +P G E G+FLALDLGGTNFRVL+V I   +   M +++F IP  IM GTGE LFDHI  C   F+    L+   LP+GFTFSF  +Q  + KG L  W+KGFK +D E EDVV +L+ A+ ++ +  +D+ AI+NDT G +M+C +++  C IGLI GTG+N CY+E++ N+E  DG  DEG   M VNTEWG FG    +D IRT++D+ VD GS+N G+Q +EKM SGMY+GE+ R++L+D+  +GL+F+ Q  ++ L   G F T++LS+IESD +   Q  + +  +LGL++ CE+ +  ++ +C  VSRRA  M  AG+ A+++K      + +  V V +DG++++ HPHFS I++  + +L    D  F  M+S DGSG+GAAL+ AV
Sbjct:  487 VRDKMRAELEYGLKKKTHSLATVKMLPTYVYGMPDGTEKGKFLALDLGGTNFRVLLVKI-RRRSVRMYNKIFAIPLEIMQGTGEELFDHIVQCIADFLDYMGLKGAQLPLGFTFSFPCRQTCIDKGTLVGWTKGFKATDCEGEDVVDMLREAIKRRNEFDLDIVAIVNDTVGTMMTCGYEDPRCEIGLIAGTGSNVCYMEEMRNIELVDG--DEG--RMCVNTEWGGFGDNGCIDDIRTQYDKEVDEGSLNAGKQRYEKMTSGMYLGEIVRRILIDLTRQGLLFRGQI-SERLRTRGIFETKFLSQIESDRLALLQ-VRRILQQLGLDSTCEDSI-VVKEVCGAVSRRAAQMCGAGMAAIVEKRREDQGLQHFKVTVGVDGTLYKLHPHFSRILQETVKELAPQCDVTF--MLSEDGSGKGAALITAV 904

HSP 2 Score: 339.347 bits (869), Expect = 1.026e-98
Identity = 179/427 (41.92%), Postives = 267/427 (62.53%), Query Frame = 0 
Query:  371 RMRKAINEGLSKKYHETSSVKCFPTYVRLLPTGKETGRFLALDLGGTNFRVLVVDIGE--NQQFEMDSQVFPIPNSIMIGTGEGLFDHIADCCKKFVYDRKLEDQVLPMGFTFSFATQQEGLAKGRLFKWSKGFKCSDVEDEDVVQLLKTALDK-KKLKIDVCAILNDTTGCLMSCAWKESNCRIGLIIGTGTNACYLEDLENVETFDGDRDEGPKHMIVNTEWGNFGSCSELDFIRTKWDEAVDAGSINPGQQIFEKMISGMYMGELTRQVLVDMIWEGLMFKEQANTDLLFEWGRFYTRYLSEIESDPVGSYQRAKEVCIELGLENVCEEDLSALRYICECVSRRAGFMAXAGITALL------KKMDYRXVVVAIDGSVFRYHPHFSNIMKSRISQLM-GVDYKFDLMMSTDGSGRGAALVAAV 787
            R +  + +GL K  + T+SVK  PT+VR +P G E G FL+LDLGG+ FRVL V + +   Q  +M+SQ +P+PN I  G G  LFD++ADC   F+  + L  + LP+GFTFSF  +Q  L +G L  W+K FK   V+D DVV  L TA+ K K L +D+ A++NDT G +M+CA+ + NC +G+IIGTGTNACY+ED+ N++  +G  DEG   M +NTEWG FG    L+ IRT++D  +D GS+NPG+Q+FEKMISG+YMGEL R +L+ M   GL+F   A +  L   G+  T++++ +E    G     +E+ ++LGLE   E D  A++++C  VS R+  +  A +  +L      KK+      V +DG++++ HP +   +   + +L+   D +F  ++S  GS +GAA+V AV
Sbjct:   42 RFQAEMEKGLGKDTNPTASVKMLPTFVRAIPDGSENGEFLSLDLGGSKFRVLKVQVSQEGQQNVQMESQFYPMPNEITRGNGTELFDYVADCLADFMKTKNLTHKKLPLGFTFSFPCRQNKLEEGVLLSWTKKFKARGVQDTDVVNRLATAMKKHKDLDVDILALVNDTVGTMMTCAYDDPNCEVGVIIGTGTNACYMEDMSNIDLVEG--DEG--RMCINTEWGAFGDDGALEDIRTEFDRELDLGSLNPGKQLFEKMISGLYMGELVRLILLKMAKVGLLFG-GAKSSALHTKGKIETQHVAAMEMSKEG-LANTREILVDLGLEP-SESDCIAVQHVCTIVSFRSANLCAAALATILTRLRENKKLARLRTTVGMDGTLYKTHPQYPKRLHKVVRRLVPNCDVRF--LLSESGSTKGAAMVTAV 459
[Close]
BLAST of EMLSAG00000004643 vs. GO
Match: - (symbol:HKDC1 "Uncharacterized protein" species:9913 "Bos taurus" [GO:0001678 "cellular glucose homeostasis" evidence=IBA] [GO:0004340 "glucokinase activity" evidence=IBA] [GO:0005524 "ATP binding" evidence=IEA] [GO:0005634 "nucleus" evidence=IEA] [GO:0005739 "mitochondrion" evidence=IEA] [GO:0005829 "cytosol" evidence=IBA] [GO:0006096 "glycolytic process" evidence=IBA] [GO:0008865 "fructokinase activity" evidence=IBA] [GO:0019158 "mannokinase activity" evidence=IBA] [GO:0046835 "carbohydrate phosphorylation" evidence=IBA] [GO:0051156 "glucose 6-phosphate metabolic process" evidence=IBA] InterPro:IPR001312 InterPro:IPR019807 InterPro:IPR022672 InterPro:IPR022673 Pfam:PF00349 Pfam:PF03727 PRINTS:PR00475 PROSITE:PS00378 GO:GO:0005829 GO:GO:0005739 GO:GO:0005524 GO:GO:0005634 GO:GO:0006096 GO:GO:0004340 GO:GO:0001678 GeneTree:ENSGT00390000017159 PANTHER:PTHR19443 CTD:80201 KO:K00844 OMA:MCYMEEM OrthoDB:EOG7S21X5 TreeFam:TF314238 GO:GO:0008865 GO:GO:0019158 EMBL:DAAA02061832 RefSeq:NP_001178413.1 UniGene:Bt.1522 Ensembl:ENSBTAT00000047474 GeneID:614824 KEGG:bta:614824 NextBio:20899309 Uniprot:F1MIM3)

HSP 1 Score: 375.941 bits (964), Expect = 5.674e-112
Identity = 190/429 (44.29%), Postives = 284/429 (66.20%), Query Frame = 0 
Query:  368 VERRMRKAINEGLSKKYHETSSVKCFPTYVRLLPTGKETGRFLALDLGGTNFRVLVVDIGENQQ-FEMDSQVFPIPNSIMIGTGEGLFDHIADCCKKFVYDRKLEDQVLPMGFTFSFATQQEGLAKGRLFKWSKGFKCSDVEDEDVVQLLKTALDKK-KLKIDVCAILNDTTGCLMSCAWKESNCRIGLIIGTGTNACYLEDLENVETFDGDRDEGPKHMIVNTEWGNFGSCSELDFIRTKWDEAVDAGSINPGQQIFEKMISGMYMGELTRQVLVDMIWEGLMFKEQANTDLLFEWGRFYTRYLSEIESDPVGSYQRAKEVCIELGLENVCEEDLSALRYICECVSRRAGFMAXAGITALLKK------MDYRXVVVAIDGSVFRYHPHFSNIMKSRISQLM-GVDYKFDLMMSTDGSGRGAALVAAV 787
            +  +MR     GL K  H  ++VK  PTYV  +P G E G+FLALDLGGTNFRVL+V I   ++   M +++F IP  IM GTGE LFDHI  C   F+    L+   LP+GFTFSF  +Q  + KG L +W+KGFK +D E EDVV +L+ A+ ++ +  +D+ A++NDT G +M+C +++SNC +GLI GTG+N CY+E++ N+E  +G  DEG   M +NTEWG FG    LD I T++D+ VD GS+NPG+Q +EKM SGMY+GE+ RQ+L+D+  +GL+F+ Q  ++ L   G F T++LS+IESD +   Q  + +  +LGL++ CE+ +  ++ +C  VSRRA  +  AG+ A+++K      +++  + V +DG++++ HPHFS I++  + +L    D  F  M+S DGSG+GAAL+ AV
Sbjct:  487 IRNKMRVEFEYGLKKDTHPLATVKMLPTYVCGMPDGTEKGKFLALDLGGTNFRVLLVKIRSGRRSVRMYNKIFAIPLEIMQGTGEELFDHIVQCIADFLDYMGLKGAQLPLGFTFSFPCRQANIDKGTLIEWTKGFKATDCEGEDVVDMLREAIKRRNEFDLDIVAVVNDTVGTMMTCGYEDSNCEVGLIAGTGSNMCYMEEMRNIELVEG--DEG--KMCINTEWGGFGDNGCLDDIHTQYDKEVDEGSLNPGKQRYEKMTSGMYLGEIVRQILIDLTKQGLLFRGQI-SERLRTRGIFETKFLSQIESDRLALLQ-VRRILQQLGLDSTCEDSI-VVKEVCGAVSRRAAQLYGAGLAAIVEKRREDQGLEHMRITVGVDGTLYKLHPHFSRILRETVKELAPQCDVMF--MLSEDGSGKGAALITAV 906

HSP 2 Score: 313.153 bits (801), Expect = 2.822e-89
Identity = 172/427 (40.28%), Postives = 266/427 (62.30%), Query Frame = 0 
Query:  371 RMRKAINEGLSKKYHETSSVKCFPTYVRLLPTGKETGRFLALDLGGTNFRVLVVDIGE--NQQFEMDSQVFPIPNSIMIGTGEGLFDHIADCCKKFVYDRKLEDQVLPMGFTFSFATQQEGLAKGRLFKWSKGFKCSDVEDEDVVQLLKTALDK-KKLKIDVCAILNDTTGCLMSCAWKESNCRIGLIIGTGTNACYLEDLENVETFDGDRDEGPKHMIVNTEWGNFGSCSELDFIRTKWDEAVDAGSINPGQQIFEKMISGMYMGELTRQVLVDMIWEGLMFKEQANTDLLFEWGRFYTRYLSEIESDPVGSYQRAKEVCIELGLENVCEEDLSALRYICECVSRRAGFMAXAGITALL------KKMDYRXVVVAIDGSVFRYHPHFSNIMKSRISQLM-GVDYKFDLMMSTDGSGRGAALVAAV 787
            R +  + +GL K  + T+SVK  PT+VR +P G E G FL+LDLGG+ FRVL V + E   +  +M+SQ +P PN I+ G G  LF+++ADC   F+  ++L  + LP+G TFSF  +Q  L +G L  W+K FK   V+  DVV  L  A+ + + L +D+ A++NDT G +M+CA+ +  C +G+IIGTGTNACY+ED+ N++  +GD  EG   M VNTEWG FG    L+ IRT++D  +D GS+NPG+Q+FEKMISG+Y+GEL R +L+ M   GL+F  + ++ L  + G+  TR+++ +E    G     +E+  +LGLE   + D  A++++C  VS R+  +  A + A+L      KK+      V +DG++++ HP +   +   + +L+   D +F  ++S  GS +GAA+V AV
Sbjct:   42 RFQAEMQKGLGKDTNPTASVKMLPTFVRAIPDGSENGEFLSLDLGGSKFRVLKVQVSEEGKRNVQMESQFYPTPNEIIRGNGTELFEYVADCLADFMKTKELMQKKLPLGLTFSFPCKQTKLEEGILLSWTKKFKARGVQGTDVVSSLTNAMKRHQDLDVDILALVNDTVGTMMTCAYDDPYCEVGVIIGTGTNACYMEDMSNIDLVEGD--EG--RMCVNTEWGAFGDDGALEDIRTEFDRELDLGSLNPGKQLFEKMISGLYLGELVRLILLKMAKAGLLFGGEKSSALHIK-GKIETRHVAAMERYKEG-LANTREILTDLGLEP-SDADCIAVQHVCTIVSFRSANLCAAALAAILTRLRENKKLVRLRTTVGVDGTLYKIHPQYPKRLHKVVRKLVPNCDVRF--LLSESGSTKGAAMVTAV 459
[Close]
BLAST of EMLSAG00000004643 vs. C. finmarchicus
Match: gi|592858043|gb|GAXK01099519.1| (TSA: Calanus finmarchicus comp447507_c1_seq1 transcribed RNA sequence)

HSP 1 Score: 649.818 bits (1675), Expect = 0.000e+0
Identity = 330/505 (65.35%), Postives = 392/505 (77.62%), Query Frame = 0 
Query:  295 HNTWQKPAPLKRMQSMT---LQSYQPKIISETRRKIEDLCRDLIVNNDHIHVXXXXXXXXXXXXXXXXXXXXXXXXVERRMRKAINEGLSKKYHETSSVKCFPTYVRLLPTGKETGRFLALDLGGTNFRVLVVDIGENQQFEMDSQVFPIPNSIMIGTGEGLFDHIADCCKKFVYDRKLEDQV--LPMGFTFSFATQQEGLAKGRLFKWSKGFKCSDVEDEDVVQXXXXXXXXXX-XXIDVCAILNDTTGCLMSCAWKESNCRIGLIIGTGTNACYLEDLENVETFDGDRDEGPKHMIVNTEWGNFGSCSELDFIRTKWDEAVDAGSINPGQQIFEKMISGMYMGELTRQVLVDMIWEGLMFKEQANTDLLFEWGRFYTRYLSEIESDPVGSYQRAKEVCIELGLENVCEEDLSALRYICECVSRRAGFMAXAGITALLKKMDYRXVVVAIDGSVFRYHPHFSNIMKSRISQLMGVDYKFDLMMSTDGSGRGAALVAAVLTNEYY 793
             NT +     KR +S T   + SYQP II++TRRKIEDLCRDL+VNNDHIH                         VE+RMR A N+GLS   +E +SVKCFPTYVR LP+GKETG+FLALDLGGTNFRVL++DI  +++F+MDS+VF IP  IM G G  LFDHIA C  +FV ++ L+++   LP+GFTFSF  +QEGLA G+L  W+KGFKC  VE EDVV+LLK AL ++  + ++VCAILNDTTGCLMSCAW    CRIGLIIGTGTNACYLED+ENVE +DGD  E P+H+IVNTEWG FG   ELDFIRTKWD AVD GS+NPG+QIFEKMISGMYMGEL RQVLVDM+WE LMF +Q NTD LFE G F T+++S+IE+DPVG Y + ++V  ELG+ +  +ED SA+RYICECVSRRAGFMA AGI+ALLKKMDY  VVVAIDGSVFRYHPHF NIM+SRI+QLMGV+YKFDLM+STDGSGRGAALVAAVL N+ +
Sbjct:   95 QNTARANMSFKRGESQTSIRMHSYQPTIITDTRRKIEDLCRDLVVNNDHIHC------------------------VEQRMRVAFNQGLSADGNEKASVKCFPTYVRYLPSGKETGKFLALDLGGTNFRVLLIDIEPDKKFKMDSKVFAIPQEIMEGPGTQLFDHIAKCLAEFVQEKNLQEETEKLPLGFTFSFPCKQEGLAIGKLTSWTKGFKCEGVEGEDVVKLLKEALSRRGDVNLEVCAILNDTTGCLMSCAWHNPKCRIGLIIGTGTNACYLEDIENVELWDGDHGE-PRHVIVNTEWGAFGDKGELDFIRTKWDLAVDEGSLNPGKQIFEKMISGMYMGELVRQVLVDMVWEELMFVDQ-NTDSLFEKGAFQTKFVSKIEADPVGDYSKCRKVLSELGMPDASDEDCSAVRYICECVSRRAGFMASAGISALLKKMDYHDVVVAIDGSVFRYHPHFPNIMRSRIAQLMGVEYKFDLMLSTDGSGRGAALVAAVLKNQEH 1531
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BLAST of EMLSAG00000004643 vs. C. finmarchicus
Match: gi|592939528|gb|GAXK01019025.1| (TSA: Calanus finmarchicus comp268685_c0_seq1 transcribed RNA sequence)

HSP 1 Score: 627.091 bits (1616), Expect = 0.000e+0
Identity = 311/491 (63.34%), Postives = 378/491 (76.99%), Query Frame = 0 
Query:  303 PLKRMQSMTLQSYQPKIISETRRKIEDLCRDLIVNNDHIHVXXXXXXXXXXXXXXXXXXXXXXXXVERRMRKAINEGLSKKYHETSSVKCFPTYVRLLPTGKETGRFLALDLGGTNFRVLVVDIGENQQFEMDSQVFPIPNSIMIGTGEGLFDHIADCCKKFVYDRKLEDQVLPMGFTFSFATQQEGLAKGRLFKWSKGFKCSDVEDEDVVQXXXXXXXXXX-XXIDVCAILNDTTGCLMSCAWKESNCRIGLIIGTGTNACYLEDLENVETFDGDRDE--GPKHMIVNTEWGNFGSCSELDFIRTKWDEAVDAGSINPGQQIFEKMISGMYMGELTRQVLVDMIWEGLMFKEQANTDLLFEWGRFYTRYLSEIESDPVGSYQRAKEVCIELGLENVCEEDLSALRYICECVSRRAGFMAXAGITALLKKMDYRXVVVAIDGSVFRYHPHFSNIMKSRISQLMGVDYKFDLMMSTDGSGRGAALVAAVLTN 790
            P  R  S+++++Y+P +I+E RRK+EDLCRDL+VNNDHIHV                        +E R+R AI +GL KK HE +SVKCFPTYVR LPTG+ETG+FLALDLGGTNFRVL+++IG   +FEMDSQ+F I   +M+GTGE LFDHIA C   FV DR+LE++ LP+GFTFSF   QEGL KGRL +W+KGFKCS VE  DVV LLK A+ ++  + IDV AILNDTTGCLMSCAWKE  CRIGLI+GTGTNACYLED+E V TF+ ++D+   P H++VNTEWG FG   ELDF+RTKWDE VD  S+NPG+Q FEKMISGMYMGEL R V+ D++ EGL+F  Q NT+ L   G F T+YLSEIE+D VG Y R + V ++LG++   E DLSA+RYICECVSRRAGFM  AGI ALLKKMDY+ VVVA+DGS+FR+HPHF N+MKSR++QLMG+DYKFD++MS DGSGRGAALVAAVL N
Sbjct:  343 PRSRCTSISIKTYKPHLITERRRKVEDLCRDLVVNNDHIHV------------------------MEMRLRSAIAKGLDKKTHEQASVKCFPTYVRHLPTGEETGQFLALDLGGTNFRVLLMEIGGEGRFEMDSQIFSIEQQLMVGTGEALFDHIASCLATFVKDRELENEDLPLGFTFSFPLVQEGLTKGRLAQWTKGFKCSSVEGLDVVDLLKQAITRRNDVTIDVVAILNDTTGCLMSCAWKEPKCRIGLILGTGTNACYLEDVEKVTTFNPEKDDVNEPDHVVVNTEWGAFGDKGELDFVRTKWDEEVDVMSLNPGKQTFEKMISGMYMGELVRLVVEDVVDEGLIFFNQ-NTNKLRIPGNFPTKYLSEIEADGVGEYDRCRNVLLKLGIDGASEADLSAIRYICECVSRRAGFMCAAGIAALLKKMDYKDVVVAVDGSLFRHHPHFHNVMKSRVAQLMGIDYKFDMIMSEDGSGRGAALVAAVLKN 1740
[Close]
BLAST of EMLSAG00000004643 vs. C. finmarchicus
Match: gi|592850467|gb|GAXK01107077.1| (TSA: Calanus finmarchicus comp36281_c2_seq1 transcribed RNA sequence)

HSP 1 Score: 598.201 bits (1541), Expect = 0.000e+0
Identity = 292/486 (60.08%), Postives = 374/486 (76.95%), Query Frame = 0 
Query:  311 TLQSYQPKIISETRRKIEDLCRDLIVNNDHIHVXXXXXXXXXXXXXXXXXXXXXXXXVERRMRKAINEGLSKKYHETSSVKCFPTYVRLLPTGKETGRFLALDLGGTNFRVLVVDIGENQQFEMDSQVFPIPNSIMIGTGEGLFDHIADCCKKFVYDRKLEDQVLPMGFTFSFATQQEGLAKGRLFKWSKGFKCSDVEDEDVVQXXXXXXXXX-XXXIDVCAILNDTTGCLMSCAWKESNCRIGLIIGTGTNACYLEDLENVETFDGDRDEGPKHMIVNTEWGNFGSCSELDFIRTKWDEAVDAGSINPGQQIFEKMISGMYMGELTRQVLVDMIWEGLMFKEQANTDLLFEWGRFYTRYLSEIESDPVGSYQRAKEVCIELGL--ENVCEEDLSALRYICECVSRRAGFMAXAGITALLKKMDYRXVVVAIDGSVFRYHPHFSNIMKSRISQLMGVDYKFDLMMSTDGSGRGAALVAAVLTNEYY 793
             L++Y+P +++  RR IED  RDL++NNDHIHV                        +E++MR AI  GL K+ HE +SVKCFPTYV+ LP GKE G+FL+LDLGGTNFRV+ +++ ++++F MDS+++ IP+S+MIG G  LFDHIADC   FV DRK++D+ LP+GFTFSF  QQEGL K  L KW+KGF C+ VE EDVV LL+ AL+++  +KI+VCAILNDTTGCLMSCAW+++ CRIGLI+GTGTNACYLED++N+ET + +   G +HM++NTEWG FG   EL+FI+TKWDE VD  S+NPG+QI+EKMISGMYMGEL RQVLVD++ + L+F   A+ + L E G F+TRY SEIESDPVG Y R ++   ELG+  + V ++D SALRY+CE VSRRA  MA AGITALLKKMDY+ VV+AIDGSVFR+HPHF N+M+SRISQLMG++YKFDL++S DGSGRGAALVAAVL  + Y
Sbjct:  223 VLETYKPNLLTRRRRLIEDFVRDLMLNNDHIHV------------------------MEQQMRDAIKMGLKKENHENASVKCFPTYVKELPNGKEQGKFLSLDLGGTNFRVIFMELTKDKEFMMDSKIYAIPHSVMIGPGVELFDHIADCLAMFVLDRKIQDETLPLGFTFSFPLQQEGLNKATLVKWTKGFNCAGVEGEDVVGLLQEALERRGDVKIEVCAILNDTTGCLMSCAWRDNRCRIGLILGTGTNACYLEDIKNIETLNPEDFPGQEHMVINTEWGAFGDKGELNFIKTKWDENVDEMSVNPGKQIYEKMISGMYMGELIRQVLVDLMKDDLIFV-GADREQLLERGSFFTRYASEIESDPVGEYTRCRQALEELGMDPDEVSDDDCSALRYVCEAVSRRASMMASAGITALLKKMDYKDVVIAIDGSVFRFHPHFKNVMQSRISQLMGINYKFDLLLSEDGSGRGAALVAAVLKRDDY 1605
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BLAST of EMLSAG00000004643 vs. C. finmarchicus
Match: gi|592850466|gb|GAXK01107078.1| (TSA: Calanus finmarchicus comp36281_c2_seq2 transcribed RNA sequence)

HSP 1 Score: 585.489 bits (1508), Expect = 0.000e+0
Identity = 289/478 (60.46%), Postives = 368/478 (76.99%), Query Frame = 0 
Query:  319 IISETRRKIEDLCRDLIVNNDHIHVXXXXXXXXXXXXXXXXXXXXXXXXVERRMRKAINEGLSKKYHETSSVKCFPTYVRLLPTGKETGRFLALDLGGTNFRVLVVDIGENQQFEMDSQVFPIPNSIMIGTGEGLFDHIADCCKKFVYDRKLEDQVLPMGFTFSFATQQEGLAKGRLFKWSKGFKCSDVEDEDVVQXXXXXXXXXX-XXIDVCAILNDTTGCLMSCAWKESNCRIGLIIGTGTNACYLEDLENVETFDGDRDEGPKHMIVNTEWGNFGSCSELDFIRTKWDEAVDAGSINPGQQIFEKMISGMYMGELTRQVLVDMIWEGLMFKEQANTDLLFEWGRFYTRYLSEIESDPVGSYQRAKEVCIELGL--ENVCEEDLSALRYICECVSRRAGFMAXAGITALLKKMDYRXVVVAIDGSVFRYHPHFSNIMKSRISQLMGVDYKFDLMMSTDGSGRGAALVAAVLTNEYY 793
            +++  RR IED  RDL++NNDHIHV                        +E++MR AI  GL K+ HE +SVKCFPTYV+ LP GKE G+FL+LDLGGTNFRV+ +++ ++++F MDS+++ IP+S+MIG G  LFDHIADC   FV DRK++D+ LP+GFTFSF  QQEGL K  L KW+KGF C+ VE EDVV LL+ AL+++  +KI+VCAILNDTTGCLMSCAW+++ CRIGLI+GTGTNACYLED++N+ET + +   G +HM++NTEWG FG   EL+FI+TKWDE VD  S+NPG+QI+EKMISGMYMGEL RQVLVD++ + L+F   A+ + L E G F+TRY SEIESDPVG Y R ++   ELG+  + V ++D SALRY+CE VSRRA  MA AGITALLKKMDY+ VV+AIDGSVFR+HPHF N+M+SRISQLMG++YKFDL++S DGSGRGAALVAAVL  + Y
Sbjct:    2 LLTRRRRLIEDFVRDLMLNNDHIHV------------------------MEQQMRDAIKMGLKKENHENASVKCFPTYVKELPNGKEQGKFLSLDLGGTNFRVIFMELTKDKEFMMDSKIYAIPHSVMIGPGVELFDHIADCLAMFVLDRKIQDETLPLGFTFSFPLQQEGLNKATLVKWTKGFNCAGVEGEDVVGLLQEALERRGDVKIEVCAILNDTTGCLMSCAWRDNRCRIGLILGTGTNACYLEDIKNIETLNPEDFPGQEHMVINTEWGAFGDKGELNFIKTKWDENVDEMSVNPGKQIYEKMISGMYMGELIRQVLVDLMKDDLIFV-GADREQLLERGSFFTRYASEIESDPVGEYTRCRQALEELGMDPDEVSDDDCSALRYVCEAVSRRASMMASAGITALLKKMDYKDVVIAIDGSVFRFHPHFKNVMQSRISQLMGINYKFDLLLSEDGSGRGAALVAAVLKRDDY 1360
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BLAST of EMLSAG00000004643 vs. C. finmarchicus
Match: gi|592850457|gb|GAXK01107087.1| (TSA: Calanus finmarchicus comp36281_c7_seq1 transcribed RNA sequence)

HSP 1 Score: 513.842 bits (1322), Expect = 9.201e-169
Identity = 254/435 (58.39%), Postives = 328/435 (75.40%), Query Frame = 0 
Query:  311 TLQSYQPKIISETRRKIEDLCRDLIVNNDHIHVXXXXXXXXXXXXXXXXXXXXXXXXVERRMRKAINEGLSKKYHETSSVKCFPTYVRLLPTGKETGRFLALDLGGTNFRVLVVDIGENQQFEMDSQVFPIPNSIMIGTGEGLFDHIADCCKKFVYDRKLEDQVLPMGFTFSFATQQEGLAKGRLFKWSKGFKCSDVEDEDVVQXXXXXXXXX-XXXIDVCAILNDTTGCLMSCAWKESNCRIGLIIGTGTNACYLEDLENVETFDGDRDEGPKHMIVNTEWGNFGSCSELDFIRTKWDEAVDAGSINPGQQIFEKMISGMYMGELTRQVLVDMIWEGLMFKEQANTDLLFEWGRFYTRYLSEIESDPVGSYQRAKEVCIELGL--ENVCEEDLSALRYICECVSRRAGFMAXAGITALLKKMDYRXVVVAIDGS 742
             L++Y+P +++  RR IED  RDL++NNDHIHV                        +E++MR AI  GL K+ HE +SVKCFPTYV+ LP GKE G+FL+LDLGGTNFRV+ +++ ++++F MDS+++ IP+S+MIG G  LFDHIADC   FV DRK++D+ LP+GFTFSF  QQEGL K  L KW+KGF C+ VE EDVV LL+ AL+++  +KI+VCAILNDTTGCLMSCAW+++ CRIGLI+GTGTNACYLED++N+ET + +   G +HM++NTEWG FG   EL+FI+TKWDE VD  S+NPG+QI+EKMISGMYMGEL RQVLVD++ + L+F   A+ + L E G F+TRY SEIESDPVG Y R ++   ELG+  + V ++D SALRY+CE VSRRA  MA AGITALLKKMDY+ VV+AIDGS
Sbjct:    1 VLETYKPNLLTRRRRLIEDFVRDLMLNNDHIHV------------------------MEQQMRDAIKMGLKKENHENASVKCFPTYVKELPNGKEQGKFLSLDLGGTNFRVIFMELTKDKEFMMDSKIYAIPHSVMIGPGVELFDHIADCLAMFVLDRKIQDETLPLGFTFSFPLQQEGLNKATLVKWTKGFNCAGVEGEDVVGLLQEALERRGDVKIEVCAILNDTTGCLMSCAWRDNRCRIGLILGTGTNACYLEDIKNIETLNPEDFPGQEHMVINTEWGAFGDKGELNFIKTKWDENVDEMSVNPGKQIYEKMISGMYMGELIRQVLVDLMKDDLIFV-GADREQLLERGSFFTRYASEIESDPVGEYTRCRQALEELGMDPDEVSDDDCSALRYVCEAVSRRASMMASAGITALLKKMDYKDVVIAIDGS 1230
[Close]
BLAST of EMLSAG00000004643 vs. C. finmarchicus
Match: gi|592850456|gb|GAXK01107088.1| (TSA: Calanus finmarchicus comp36281_c7_seq2 transcribed RNA sequence)

HSP 1 Score: 502.286 bits (1292), Expect = 1.751e-164
Identity = 249/429 (58.04%), Postives = 322/429 (75.06%), Query Frame = 0 
Query:  311 TLQSYQPKIISETRRKIEDLCRDLIVNNDHIHVXXXXXXXXXXXXXXXXXXXXXXXXVERRMRKAINEGLSKKYHETSSVKCFPTYVRLLPTGKETGRFLALDLGGTNFRVLVVDIGENQQFEMDSQVFPIPNSIMIGTGEGLFDHIADCCKKFVYDRKLEDQVLPMGFTFSFATQQEGLAKGRLFKWSKGFKCSDVEDEDVVQXXXXXXXXX-XXXIDVCAILNDTTGCLMSCAWKESNCRIGLIIGTGTNACYLEDLENVETFDGDRDEGPKHMIVNTEWGNFGSCSELDFIRTKWDEAVDAGSINPGQQIFEKMISGMYMGELTRQVLVDMIWEGLMFKEQANTDLLFEWGRFYTRYLSEIESDPVGSYQRAKEVCIELGL--ENVCEEDLSALRYICECVSRRAGFMAXAGITALLKKMDYRXVV 736
             L++Y+P +++  RR IED  RDL++NNDHIHV                        +E++MR AI  GL K+ HE +SVKCFPTYV+ LP GKE G+FL+LDLGGTNFRV+ +++ ++++F MDS+++ IP+S+MIG G  LFDHIADC   FV DRK++D+ LP+GFTFSF  QQEGL K  L KW+KGF C+ VE EDVV LL+ AL+++  +KI+VCAILNDTTGCLMSCAW+++ CRIGLI+GTGTNACYLED++N+ET + +   G +HM++NTEWG FG   EL+FI+TKWDE VD  S+NPG+QI+EKMISGMYMGEL RQVLVD++ + L+F   A+ + L E G F+TRY SEIESDPVG Y R ++   ELG+  + V ++D SALRY+CE VSRRA  MA AGITALLKKMDY+ VV
Sbjct:    1 VLETYKPNLLTRRRRLIEDFVRDLMLNNDHIHV------------------------MEQQMRDAIKMGLKKENHENASVKCFPTYVKELPNGKEQGKFLSLDLGGTNFRVIFMELTKDKEFMMDSKIYAIPHSVMIGPGVELFDHIADCLAMFVLDRKIQDETLPLGFTFSFPLQQEGLNKATLVKWTKGFNCAGVEGEDVVGLLQEALERRGDVKIEVCAILNDTTGCLMSCAWRDNRCRIGLILGTGTNACYLEDIKNIETLNPEDFPGQEHMVINTEWGAFGDKGELNFIKTKWDENVDEMSVNPGKQIYEKMISGMYMGELIRQVLVDLMKDDLIFV-GADREQLLERGSFFTRYASEIESDPVGEYTRCRQALEELGMDPDEVSDDDCSALRYVCEAVSRRASMMASAGITALLKKMDYKDVV 1212
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BLAST of EMLSAG00000004643 vs. C. finmarchicus
Match: gi|592839357|gb|GAXK01118187.1| (TSA: Calanus finmarchicus comp125886_c0_seq1 transcribed RNA sequence)

HSP 1 Score: 392.889 bits (1008), Expect = 2.691e-125
Identity = 197/341 (57.77%), Postives = 249/341 (73.02%), Query Frame = 0 
Query:  303 PLKRMQ----SMTLQSYQPKIISETRRKIEDLCRDLIVNNDHIHVXXXXXXXXXXXXXXXXXXXXXXXXVERRMRKAINEGLSKKYHETSSVKCFPTYVRLLPTGKETGRFLALDLGGTNFRVLVVDIGENQQFEMDSQVFPIPNSIMIGTGEGLFDHIADCCKKFVYDRKLEDQVLPMGFTFSFATQQEGLAKGRLFKWSKGFKCSDVEDEDVVQXXXXXXXXXX-XXIDVCAILNDTTGCLMSCAWKESNCRIGLIIGTGTNACYLEDLENVETFDGDRDEGPKHMIVNTEWGNFGSCSELDFIRTKWDEAVDAGSINPGQQIFEKMISGMYMGELTRQ 638
            P+K++      + + S+ PK  S+ RR+IED CRDL+++NDHI                          +ER +R AI +GL K+ H+ ++VKCFPTYVR LP+G E GRFLALDLGGTNFRV++++IGEN +FEMDS++F +P SIM G+G  LFDHIA C   F+  R +ED VLP+GFTFSF  +Q GLAKG L  W+KGF C+ VE EDVV LLK A+ ++  +KIDV AILNDTTGCLM+CAW+   CRIG+IIGTGTNACYLED++NV T+DGD +E PKH+I+NTEWG FG+  ELDF+ TKWD  VD  SINPG+Q+FEKMISGMYMGE+ RQ
Sbjct:    2 PIKKVSRQSSKVNIVSFLPKTRSDRRRQIEDYCRDLVIDNDHIS------------------------RMERGLRDAIEKGLDKEGHKNATVKCFPTYVRELPSGYEVGRFLALDLGGTNFRVVLMEIGENAKFEMDSEIFAVPKSIMSGSGSSLFDHIASCLASFISTRNIEDVVLPLGFTFSFPCRQVGLAKGELISWTKGFSCAGVEGEDVVGLLKEAIARRGDIKIDVAAILNDTTGCLMACAWENPKCRIGMIIGTGTNACYLEDIDNVGTWDGDNNE-PKHVIINTEWGAFGNQGELDFMLTKWDREVDRESINPGKQLFEKMISGMYMGEVFRQ 949
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BLAST of EMLSAG00000004643 vs. C. finmarchicus
Match: gi|592850465|gb|GAXK01107079.1| (TSA: Calanus finmarchicus comp36281_c2_seq3 transcribed RNA sequence)

HSP 1 Score: 379.793 bits (974), Expect = 1.675e-121
Identity = 180/269 (66.91%), Postives = 222/269 (82.53%), Query Frame = 0 
Query:  527 IDVCAILNDTTGCLMSCAWKESNCRIGLIIGTGTNACYLEDLENVETFDGDRDEGPKHMIVNTEWGNFGSCSELDFIRTKWDEAVDAGSINPGQQIFEKMISGMYMGELTRQVLVDMIWEGLMFKEQANTDLLFEWGRFYTRYLSEIESDPVGSYQRAKEVCIELGL--ENVCEEDLSALRYICECVSRRAGFMAXAGITALLKKMDYRXVVVAIDGSVFRYHPHFSNIMKSRISQLMGVDYKFDLMMSTDGSGRGAALVAAVLTNEYY 793
            I+VCAILNDTTGCLMSCAW+++ CRIGLI+GTGTNACYLED++N+ET + +   G +HM++NTEWG FG   EL+FI+TKWDE VD  S+NPG+QI+EKMISGMYMGEL RQVLVD++ + L+F   A+ + L E G F+TRY SEIESDPVG Y R ++   ELG+  + V ++D SALRY+CE VSRRA  MA AGITALLKKMDY+ VV+AIDGSVFR+HPHF N+M+SRISQLMG++YKFDL++S DGSGRGAALVAAVL  + Y
Sbjct:   10 IEVCAILNDTTGCLMSCAWRDNRCRIGLILGTGTNACYLEDIKNIETLNPEDFPGQEHMVINTEWGAFGDKGELNFIKTKWDENVDEMSVNPGKQIYEKMISGMYMGELIRQVLVDLMKDDLIFV-GADREQLLERGSFFTRYASEIESDPVGEYTRCRQALEELGMDPDEVSDDDCSALRYVCEAVSRRASMMASAGITALLKKMDYKDVVIAIDGSVFRFHPHFKNVMQSRISQLMGINYKFDLLLSEDGSGRGAALVAAVLKRDDY 813
[Close]
BLAST of EMLSAG00000004643 vs. C. finmarchicus
Match: gi|592801212|gb|GAXK01153356.1| (TSA: Calanus finmarchicus comp545789_c1_seq1 transcribed RNA sequence)

HSP 1 Score: 353.599 bits (906), Expect = 7.917e-108
Identity = 193/411 (46.96%), Postives = 276/411 (67.15%), Query Frame = 0 
Query:  368 VERRMRKAINEGLSKKYHETSSVKCFPTYVRLLPTGKETGRFLALDLGGTNFRVLVVDIGENQ-QFEMDSQVFPIPNSIMIGTGEGLFDHIADCCKKFVYDRKLEDQVLPMGFTFSFATQQEGLAKGRLFKWSKGFKCSDVEDEDVVQXXXXXXXXX-XXXIDVCAILNDTTGCLMSCAWKESNCRIGLIIGTGTNACYLEDLENVETFDGDRDEGPKHMIVNTEWGNFGSCSELDFIRTKWDEAVDAGSINPGQQIFEKMISGMYMGELTRQVLVDMIWEGLMFKEQANTDLLFEWGRFYTRYLSEIESDPVGSYQRAKEVCIELGLENVCEE-DLSALRYICECVSRRAGFMAXAGITALLKKMDYRXVVVAIDGSVFRYHPHFSNIMKSRISQLMGVDYKFDLMMSTD 775
            +E+RM   IN GL K  + TS++K + TYV  LPTG+E+G +LALDLGGTNFRV+++++        M +    +   +M G GE LF+ +AD  K+F+ + +L  +   +GFTFSF T Q  LA   L  W+KGF C+ VE EDVV++L+ A+ +  +L I++CAILNDTTGCL++CA+K  +C IG+IIGTGTNA Y+ED+ NVE + G   +  K +++NTEWG  G+   LDFIRT++D AVD  S N  +Q++EK+ISGMY+GELTRQV+++   + ++FK Q N ++L     F TR++SEIESD VG Y     V  ELGL +V  + D   LR+ICE +S RA  +A AG+ ALL KM  R V V +DGS++++HPHF   M ++I  L+    +F+L++S D
Sbjct:  420 IEKRMIMEINWGLGKDTNTTSNIKSYITYVSQLPTGRESGAYLALDLGGTNFRVILIELDTGTTSVRMKAVKHAVSEDLMTGPGEDLFNFMADKLKEFMVEHQLLGKRHHLGFTFSFPTIQHSLASADLATWTKGFVCAGVEGEDVVKMLEKAITRHPELNINICAILNDTTGCLIACAYKRPDCAIGVIIGTGTNASYVEDIRNVELYQGHVGK-KKEVVINTEWGGLGNTGSLDFIRTRFDHAVDKNSKNVTKQVYEKLISGMYLGELTRQVILEAAQKQILFKGQ-NVEMLKRKEIFQTRHISEIESDEVGDYSSTWAVLAELGLSSVATQFDCQLLRFICESISIRAALLAAAGVAALLNKMGRRTVTVGMDGSLYKFHPHFQARMTAKIRHLVDKAIQFNLVLSED 1646
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BLAST of EMLSAG00000004643 vs. C. finmarchicus
Match: gi|592801211|gb|GAXK01153357.1| (TSA: Calanus finmarchicus comp545789_c1_seq2 transcribed RNA sequence)

HSP 1 Score: 274.633 bits (701), Expect = 1.266e-80
Identity = 141/294 (47.96%), Postives = 204/294 (69.39%), Query Frame = 0 
Query:  368 VERRMRKAINEGLSKKYHETSSVKCFPTYVRLLPTGKETGRFLALDLGGTNFRVLVVDIGENQ-QFEMDSQVFPIPNSIMIGTGEGLFDHIADCCKKFVYDRKLEDQVLPMGFTFSFATQQEGLAKGRLFKWSKGFKCSDVEDEDVVQXXXXXXXXX-XXXIDVCAILNDTTGCLMSCAWKESNCRIGLIIGTGTNACYLEDLENVETFDGDRDEGPKHMIVNTEWGNFGSCSELDFIRTKWDEAVDAGSINPGQQIFEKMISGMYMGELTRQVLVDMIWEGLMFKEQANTDLL 659
            +E+RM   IN GL K  + TS++K + TYV  LPTG+E+G +LALDLGGTNFRV+++++        M +    +   +M G GE LF+ +AD  K+F+ + +L  +   +GFTFSF T Q  LA   L  W+KGF C+ VE EDVV++L+ A+ +  +L I++CAILNDTTGCL++CA+K  +C IG+IIGTGTNA Y+ED+ NVE + G   +  K +++NTEWG  G+   LDFIRT++D AVD  S N  +Q++EK+ISGMY+GELTRQV+++   + ++FK Q N ++L
Sbjct:  420 IEKRMIMEINWGLGKDTNTTSNIKSYITYVSQLPTGRESGAYLALDLGGTNFRVILIELDTGTTSVRMKAVKHAVSEDLMTGPGEDLFNFMADKLKEFMVEHQLLGKRHHLGFTFSFPTIQHSLASADLATWTKGFVCAGVEGEDVVKMLEKAITRHPELNINICAILNDTTGCLIACAYKRPDCAIGVIIGTGTNASYVEDIRNVELYQGHVGK-KKEVVINTEWGGLGNTGSLDFIRTRFDHAVDKNSKNVTKQVYEKLISGMYLGELTRQVILEAAQKQILFKGQ-NVEML 1295
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BLAST of EMLSAG00000004643 vs. L. salmonis peptides
Match: EMLSAP00000004643 (pep:novel supercontig:LSalAtl2s:LSalAtl2s242:114441:222596:1 gene:EMLSAG00000004643 transcript:EMLSAT00000004643 description:"maker-LSalAtl2s242-augustus-gene-2.18")

HSP 1 Score: 2134.76 bits (5530), Expect = 0.000e+0
Identity = 1061/1061 (100.00%), Postives = 1061/1061 (100.00%), Query Frame = 0 
Query:    1 MAILNGTSLFFERSSKVDFILPYRTLGLLFLLVLLLPYSSQKLSXSSSKSXPSLSSETEYFTQHNNISSPLEFRHHHSFITVPNASSSASSYSTSWEWTRLQRRHYRSSSLSSSSRTLIDDGQSDESGSERKPSRHSQCLYSRFRSKSHSPGYTTTFIHNNNASLSTSKNQLSKLQRVTNWINRLCSTPDPKDRLEKLLSNSPCSEYKLDICQALTPKDILDIVGSDHFACFKTVEKWWKTFHHIRNLLDDFNLFLPSFDSSPYSVEFELDQCKVIKWHNMSSTSSPTGSHPXYHNTWQKPAPLKRMQSMTLQSYQPKIISETRRKIEDLCRDLIVNNDHIHVXXXXXXXXXXXXXXXXXXXXXXXXVERRMRKAINEGLSKKYHETSSVKCFPTYVRLLPTGKETGRFLALDLGGTNFRVLVVDIGENQQFEMDSQVFPIPNSIMIGTGEGLFDHIADCCKKFVYDRKLEDQVLPMGFTFSFATQQEGLAKGRLFKWSKGFKCSDVEDEDVVQLLKTALDKKKLKIDVCAILNDTTGCLMSCAWKESNCRIGLIIGTGTNACYLEDLENVETFDGDRDEGPKHMIVNTEWGNFGSCSELDFIRTKWDEAVDAGSINPGQQIFEKMISGMYMGELTRQVLVDMIWEGLMFKEQANTDLLFEWGRFYTRYLSEIESDPVGSYQRAKEVCIELGLENVCEEDLSALRYICECVSRRAGFMAXAGITALLKKMDYRXVVVAIDGSVFRYHPHFSNIMKSRISQLMGVDYKFDLMMSTDGSGRGAALVAAVLTNEYYFLLMESYYLQIAYGFWICSESLPLXLTSTLNNKTMPVAPCRSVCRDVEKRCPFLIRGTEDDKAAGNPTFLCRDENVPSVILEESSPPTQCCYEQIKDPPPGSWRSIKKSSFLDPTSSCLSLLEVRREGEVRKEEETIDKDPGGTWGFFQHHHREQMQLDSSSSTTAEELTACDSFYFVPPNLNVSSSVEKMDWERWMAAWEEEKESEVLQNYPLTVLHYQFNLEEFFLTLFNSSSGSSIHLRLPPNVWVLLLQLYYLLIRTLWNYLTS 1061
            MAILNGTSLFFERSSKVDFILPYRTLGLLFLLVLLLPYSSQKLSXSSSKSXPSLSSETEYFTQHNNISSPLEFRHHHSFITVPNASSSASSYSTSWEWTRLQRRHYRSSSLSSSSRTLIDDGQSDESGSERKPSRHSQCLYSRFRSKSHSPGYTTTFIHNNNASLSTSKNQLSKLQRVTNWINRLCSTPDPKDRLEKLLSNSPCSEYKLDICQALTPKDILDIVGSDHFACFKTVEKWWKTFHHIRNLLDDFNLFLPSFDSSPYSVEFELDQCKVIKWHNMSSTSSPTGSHPXYHNTWQKPAPLKRMQSMTLQSYQPKIISETRRKIEDLCRDLIVNNDHIHVXXXXXXXXXXXXXXXXXXXXXXXXVERRMRKAINEGLSKKYHETSSVKCFPTYVRLLPTGKETGRFLALDLGGTNFRVLVVDIGENQQFEMDSQVFPIPNSIMIGTGEGLFDHIADCCKKFVYDRKLEDQVLPMGFTFSFATQQEGLAKGRLFKWSKGFKCSDVEDEDVVQLLKTALDKKKLKIDVCAILNDTTGCLMSCAWKESNCRIGLIIGTGTNACYLEDLENVETFDGDRDEGPKHMIVNTEWGNFGSCSELDFIRTKWDEAVDAGSINPGQQIFEKMISGMYMGELTRQVLVDMIWEGLMFKEQANTDLLFEWGRFYTRYLSEIESDPVGSYQRAKEVCIELGLENVCEEDLSALRYICECVSRRAGFMAXAGITALLKKMDYRXVVVAIDGSVFRYHPHFSNIMKSRISQLMGVDYKFDLMMSTDGSGRGAALVAAVLTNEYYFLLMESYYLQIAYGFWICSESLPLXLTSTLNNKTMPVAPCRSVCRDVEKRCPFLIRGTEDDKAAGNPTFLCRDENVPSVILEESSPPTQCCYEQIKDPPPGSWRSIKKSSFLDPTSSCLSLLEVRREGEVRKEEETIDKDPGGTWGFFQHHHREQMQLDSSSSTTAEELTACDSFYFVPPNLNVSSSVEKMDWERWMAAWEEEKESEVLQNYPLTVLHYQFNLEEFFLTLFNSSSGSSIHLRLPPNVWVLLLQLYYLLIRTLWNYLTS
Sbjct:    1 MAILNGTSLFFERSSKVDFILPYRTLGLLFLLVLLLPYSSQKLSXSSSKSXPSLSSETEYFTQHNNISSPLEFRHHHSFITVPNASSSASSYSTSWEWTRLQRRHYRSSSLSSSSRTLIDDGQSDESGSERKPSRHSQCLYSRFRSKSHSPGYTTTFIHNNNASLSTSKNQLSKLQRVTNWINRLCSTPDPKDRLEKLLSNSPCSEYKLDICQALTPKDILDIVGSDHFACFKTVEKWWKTFHHIRNLLDDFNLFLPSFDSSPYSVEFELDQCKVIKWHNMSSTSSPTGSHPXYHNTWQKPAPLKRMQSMTLQSYQPKIISETRRKIEDLCRDLIVNNDHIHVXXXXXXXXXXXXXXXXXXXXXXXXVERRMRKAINEGLSKKYHETSSVKCFPTYVRLLPTGKETGRFLALDLGGTNFRVLVVDIGENQQFEMDSQVFPIPNSIMIGTGEGLFDHIADCCKKFVYDRKLEDQVLPMGFTFSFATQQEGLAKGRLFKWSKGFKCSDVEDEDVVQLLKTALDKKKLKIDVCAILNDTTGCLMSCAWKESNCRIGLIIGTGTNACYLEDLENVETFDGDRDEGPKHMIVNTEWGNFGSCSELDFIRTKWDEAVDAGSINPGQQIFEKMISGMYMGELTRQVLVDMIWEGLMFKEQANTDLLFEWGRFYTRYLSEIESDPVGSYQRAKEVCIELGLENVCEEDLSALRYICECVSRRAGFMAXAGITALLKKMDYRXVVVAIDGSVFRYHPHFSNIMKSRISQLMGVDYKFDLMMSTDGSGRGAALVAAVLTNEYYFLLMESYYLQIAYGFWICSESLPLXLTSTLNNKTMPVAPCRSVCRDVEKRCPFLIRGTEDDKAAGNPTFLCRDENVPSVILEESSPPTQCCYEQIKDPPPGSWRSIKKSSFLDPTSSCLSLLEVRREGEVRKEEETIDKDPGGTWGFFQHHHREQMQLDSSSSTTAEELTACDSFYFVPPNLNVSSSVEKMDWERWMAAWEEEKESEVLQNYPLTVLHYQFNLEEFFLTLFNSSSGSSIHLRLPPNVWVLLLQLYYLLIRTLWNYLTS 1061
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BLAST of EMLSAG00000004643 vs. L. salmonis peptides
Match: EMLSAP00000005083 (pep:novel supercontig:LSalAtl2s:LSalAtl2s268:391970:410510:-1 gene:EMLSAG00000005083 transcript:EMLSAT00000005083 description:"maker-LSalAtl2s268-snap-gene-3.20")

HSP 1 Score: 529.25 bits (1362), Expect = 2.143e-176
Identity = 276/514 (53.70%), Postives = 349/514 (67.90%), Query Frame = 0 
Query:  282 SSTSSPTGSHPXYHNTWQKPAPL-KRMQSMTLQSYQPKIISETRRKIEDLCRDLIVNNDHIHVXXXXXXXXXXXXXXXXXXXXXXXXVERRMRKAINEGLSKKYHETSSVKCFPTYVRLLPTGKETGRFLALDLGGTNFRVLVVDIGENQQFEMDSQVFPIPNSIMIGTGEGLFDHIADCCKKFVYDRKLEDQVLPMGFTFSFATQQEGLAKGRLFKWSKGFKCSDVEDEDVVQLLKTALDKK-KLKIDVCAILNDTTGCLMSCAWKESNCRIGLIIGTGTNACYLEDLENVETFDGDRDEGPKHMIVNTEWGNFGSCSELDFIRTKWDEAVDAGSINPGQQIFEKMISGMYMGELTRQVLVDMIWEGLMFKEQANTDLLFEWGRFYTRYLSEIESDPVGSYQRAKEVCIELGLE--NVCEEDLSALRYICECVSRRAGFMAXAGITALLKKMDYRXVVVAIDGSVFRYHPHFSNIMKSRISQLMGVDYKFDLMMSTDGSGRGAALVAAVLTNE 791
            +S + PT  H  +    +    + K +    L++Y+P I+S  R+ IED  RDL +NNDHIH+                        VE+ MR AI +GL+ + +  +SVKC+PTYV  LP G E G+FL+LDLGGTNFRVL ++I E   F MDS+++ IP  IM G+G+ LF+HIA C   FV DR+L ++ LP+GFTFSF  +Q  LAK RL +W+KGF CS  E +DVV LL+ A++++  +KID+CAILNDTTG                   TGTNACYLE +++++  D    +   HM+VNTEWG FG   ELDFI TKWD  VD  S+NPGQQIFEKMISGMYMGEL RQVLVD+I + L+F + +N + + E G FYTR+ SEIESDPVG Y R K V  EL ++   V EED SALRY+CECVSRRA FMA AGI ALLKKMDY+ V++ IDGS+FRYHPHF N+M+SRISQLMG+D+KFDLMM+ DGSGRGAALVAAVL  E
Sbjct:   55 NSGTMPTFRHAIHERLKKTKDDMPKGLMREVLETYKPHILSRRRQLIEDCVRDLRLNNDHIHI------------------------VEQEMRSAILKGLNGEAN--ASVKCYPTYVCELPNGCEEGQFLSLDLGGTNFRVLYLEI-EEGDFLMDSKIYAIPQGIMTGSGDLLFNHIAQCLADFVNDRQLSNETLPLGFTFSFPLEQISLAKARLVRWTKGFNCSGCEGKDVVTLLQQAINRRGDVKIDICAILNDTTG-------------------TGTNACYLEKVKDIQLIDQYNFQDHDHMLVNTEWGGFGENGELDFILTKWDRNVDGLSVNPGQQIFEKMISGMYMGELIRQVLVDLIKDDLIFFD-SNCEKILERGCFYTRFASEIESDPVGDYTRTKAVLEELEMDPDTVTEEDCSALRYVCECVSRRASFMASAGIAALLKKMDYKDVIIGIDGSLFRYHPHFKNVMQSRISQLMGIDFKFDLMMAEDGSGRGAALVAAVLKRE 521
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BLAST of EMLSAG00000004643 vs. L. salmonis peptides
Match: EMLSAP00000001264 (pep:novel supercontig:LSalAtl2s:LSalAtl2s1206:76:2304:1 gene:EMLSAG00000001264 transcript:EMLSAT00000001264 description:"maker-LSalAtl2s1206-augustus-gene-0.15")

HSP 1 Score: 495.352 bits (1274), Expect = 8.894e-166
Identity = 238/359 (66.30%), Postives = 288/359 (80.22%), Query Frame = 0 
Query:  434 MDSQVFPIPNSIMIGTGEGLFDHIADCCKKFVYDRKLEDQVLPMGFTFSFATQQEGLAKGRLFKWSKGFKCSDVEDEDVVQLLKTALDKKK-LKIDVCAILNDTTGCLMSCAWKESNCRIGLIIGTGTNACYLEDLENVETFDGDRDEGPKHMIVNTEWGNFGSCSELDFIRTKWDEAVDAGSINPGQQIFEKMISGMYMGELTRQVLVDMIWEGLMFKEQANTDLLFEWGRFYTRYLSEIESDPVGSYQRAKEVCIELGLENVCEEDLSALRYICECVSRRAGFMAXAGITALLKKMDYRXVVVAIDGSVFRYHPHFSNIMKSRISQLMGVDYKFDLMMSTDGSGRGAALVAAVLTNE 791
            MDS+V+ I   +M GTG  LFDHIA C  KFV+ RK++D+ LP+GFTFSF  +Q+GLA G L  W+KGFKC  VE ED V LL  A+ K+  + +D+ AILNDTTGCLMSCAWK   CRIGLIIGTGTNACYLE+L+NV+ +DGD +E PKHMIVNTEWG FG   ELD+I+TKWD+ VD GSINPG+QIFEKMISGMYMGE+ RQVLVD++ EGL+F    NT  +FE GRF+T+Y+SEIESD VG +   ++   +LG+++  +ED S++RY+CE VSRRAGFM  AGI ALLKKM+Y+ VVVAIDGSVFR+HPHF NIMKSRISQLMG+DYKFDLM+STDGSGRGAALVAA L  +
Sbjct:    1 MDSEVYAISKDLMEGTGSALFDHIASCLAKFVHTRKIQDKNLPLGFTFSFPCRQKGLAVGELISWTKGFKCLGVEGEDXVTLLMKAVKKRDDINVDIAAILNDTTGCLMSCAWKNPKCRIGLIIGTGTNACYLEELDNVDLWDGDSNE-PKHMIVNTEWGAFGDHGELDYIQTKWDKRVDEGSINPGKQIFEKMISGMYMGEVVRQVLVDLVNEGLIFN-GCNTQSIFERGRFFTKYVSEIESDQVGDFTLCRKSLQDLGIQDPSDEDCSSIRYVCEKVSRRAGFMVAAGIAALLKKMNYKDVVVAIDGSVFRFHPHFPNIMKSRISQLMGIDYKFDLMLSTDGSGRGAALVAATLLGQ 357
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BLAST of EMLSAG00000004643 vs. L. salmonis peptides
Match: EMLSAP00000012532 (pep:novel supercontig:LSalAtl2s:LSalAtl2s923:102721:106560:-1 gene:EMLSAG00000012532 transcript:EMLSAT00000012532 description:"maker-LSalAtl2s923-augustus-gene-0.24")

HSP 1 Score: 244.202 bits (622), Expect = 5.129e-68
Identity = 139/395 (35.19%), Postives = 223/395 (56.46%), Query Frame = 0 
Query:  371 RMRKAINEGLS---KKYHETSSVKCFPTYVRLLPTGKETGRFLALDLGGTNFRVLVVDIGENQQFEMDSQVFPIPNSIMIGTGEGLFDHIADCCKKFVYDR--KLEDQVLPMGFTFSFATQQEGLAKGRLFKWSKGFKCSDVEDEDVVQLLKTALDK--KKLKIDVCAILNDTTGCLMSCAWKESNCRIGLIIGTGTNACYLEDLENVETFDGDRDEGPKHMIVNTEWGNFGSCSELDFIRTKWDEAVDAGSINPGQQIFEKMISGMYMGELTRQVLVDMIWEGLMFKEQANTDLLFEWGRFYTRYLSEIESDPVGSYQRAKEVCIELGL--ENVCEEDLSALRYICECVSRRAGFMAXAGITALLKKMDYRXVVVAIDGSVFRYHPHFSNIMKS 756
            ++R   +E L    K   E S ++   T+V  L +GKE G ++A+DLG +NFR++++++ E +    D + + IP     G GE LF+ +A+CC  F+ D   + E + LP+GF+FSF  +Q  L  G L  W+  F CS+    D VQ+L+ AL K  K + + V AILNDTTG L+  A+ + N  IGLIIGTG+N  Y E  ENV  +   +    KH+I++ EWG FG    +DFI+T+ D  VDA S+ P    +EK  SG ++G + R +L+++  +G +F   +  D+L +      + +S I  D   S +  KE+ + +GL  E+  +ED + ++Y+ E +S RA  +        L +MD     +A+ GS+++YHP   + M++
Sbjct:   33 KVRSVFHEKLELGMKHGLEKSCIQMENTFVPELLSGKEEGLYMAMDLGSSNFRIILIEMKEGRIVREDIEPYSIPEEKRYGKGEALFEFLAECCSNFIQDHIPQFEGE-LPLGFSFSFPMRQNSLDSGVLVTWTSRFNCSESVGRDAVQMLRDALKKFPKTINVSVIAILNDTTGTLVRGAYDDPNTAIGLIIGTGSNGAYFEKGENVIRW--SKGSKTKHVIMDPEWGAFGDDGCIDFIKTEIDAEVDATSLIPKSFTYEKYYSGNFIGNVFRLILLNLCEKGFIFTSSSAVDVL-KNSCLEAKDISTILGDQ--SIEGTKEILVRVGLFNESSFKEDFAIMQYVAEILSERAALLVCIPCAEFLLRMDRASTTIAVTGSLYKYHPKLKSYMEN 421
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BLAST of EMLSAG00000004643 vs. L. salmonis peptides
Match: EMLSAP00000007398 (pep:novel supercontig:LSalAtl2s:LSalAtl2s420:463770:464254:-1 gene:EMLSAG00000007398 transcript:EMLSAT00000007398 description:"maker-LSalAtl2s420-snap-gene-5.9")

HSP 1 Score: 140.584 bits (353), Expect = 7.032e-38
Identity = 77/157 (49.04%), Postives = 101/157 (64.33%), Query Frame = 0 
Query:  632 MGELTRQVLVDMIWEGLMFKEQANTDLLFEWGRFYTRYLSEIESDPVGSYQRAKEVCIELGLENVCEEDLSALRYICECVSRRAGFMAXAGITALLKKMDYRXVVVAIDGSVFRYHPHFSNIMKSRISQLMGVDYKFDLMMSTDGSGRGAALVAAVL 788
            MGE+ RQ+LVD++  GL+F    N   + E G F+ +Y+SEIESD  G     ++   + G E+  ++D S++RY+CE VS   GF+             YR VV+AIDG V R+HPHF NIM+SRI QLMG+DYKFD M+STDGSGR  ALV A L
Sbjct:    1 MGEVVRQILVDLLNGGLIFNS-CNKQNVLERGIFFIKYVSEIESDQFGDRTLCRKSLQDSGNEDASDKDCSSIRYVCEKVSWLRGFI-------------YRDVVIAIDGCVCRFHPHFPNIMRSRIYQLMGIDYKFDFMLSTDGSGR--ALVTANL 141
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BLAST of EMLSAG00000004643 vs. L. salmonis peptides
Match: EMLSAP00000009528 (pep:novel supercontig:LSalAtl2s:LSalAtl2s612:571280:573885:1 gene:EMLSAG00000009528 transcript:EMLSAT00000009528 description:"snap_masked-LSalAtl2s612-processed-gene-4.9")

HSP 1 Score: 122.865 bits (307), Expect = 3.637e-32
Identity = 63/128 (49.22%), Postives = 82/128 (64.06%), Query Frame = 0 
Query:  304 LKRMQSMT---LQSYQPKIISETRRKIEDLCRDLIVNNDHIHVXXXXXXXXXXXXXXXXXXXXXXXXVERRMRKAINEGLSKKYHETSSVKCFPTYVRLLPTGKETGRFLALDLGGTNFRVLVVDIGE 428
            L R Q  T   +QSY+PK + + RR++ED  RDLI+NNDHI                          +E+RMR AI +GL K+ H+ +SVKCFPTYVR LP+G E G+FLALDLGGTNFRV++++IGE
Sbjct:    5 LNRNQDSTCVLMQSYKPKTVDDKRRQLEDYVRDLIINNDHI------------------------SEMEKRMRSAITKGLKKETHKEASVKCFPTYVRDLPSGHENGQFLALDLGGTNFRVVLMEIGE 108
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BLAST of EMLSAG00000004643 vs. L. salmonis peptides
Match: EMLSAP00000007400 (pep:novel supercontig:LSalAtl2s:LSalAtl2s420:464710:465146:-1 gene:EMLSAG00000007400 transcript:EMLSAT00000007400 description:"maker-LSalAtl2s420-snap-gene-5.10")

HSP 1 Score: 87.0409 bits (214), Expect = 1.767e-19
Identity = 54/160 (33.75%), Postives = 79/160 (49.38%), Query Frame = 0 
Query:  315 YQPKIISETRRKIEDLCRDLIVNNDHIHVXXXXXXXXXXXXXXXXXXXXXXXXVERRMRKAINEGLSKKYHETSSVKCFPTYVRLLPTGKETGRFLALDLGGTNFRVLVVDIGENQQFEMDSQVFPIPNSIMIGTGEGLFDHIADCCKKFVYDRKLEDQV 474
            Y+PK + +   + +D  RDLI+NN HI                          + RRMR  I++GL KK  + S  + F   + +         F  L+  GTNF V+ ++IGE  +F+MDSQV+ I   +M GTG  LFDHIA C   FV+  K + ++
Sbjct:    7 YKPKSLGDKICQFKDHVRDLIINNYHI------------------------SEMARRMRSTISKGLKKKRTQRSFCQIFCNIMSM-------DNFWPLNWCGTNFVVVFMEIGECGKFKMDSQVYTISKDLMEGTGSALFDHIASCLAMFVHTLKYKAKI 135
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BLAST of EMLSAG00000004643 vs. L. salmonis peptides
Match: EMLSAP00000007399 (pep:novel supercontig:LSalAtl2s:LSalAtl2s420:464317:464593:-1 gene:EMLSAG00000007399 transcript:EMLSAT00000007399 description:"maker-LSalAtl2s420-snap-gene-5.8")

HSP 1 Score: 82.4185 bits (202), Expect = 2.439e-18
Identity = 44/94 (46.81%), Postives = 55/94 (58.51%), Query Frame = 0 
Query:  516 LKTALDKKKLKIDVCAILNDTTGCLMSCAWKESNCRIGLIIGTGTNACYLED---LENVETFDGDRDEGPKHMIVNTEWGNFGSCSELDFIRTK 606
            +K    K  + +D  AILN TTGC+MSCAWK    R  L IG GTNA YL++   +   E     R      MI+NTEWG FG+  +LDFI+TK
Sbjct:    1 MKAVKKKDDINVDTVAILNYTTGCIMSCAWKNPKYRTVLTIGNGTNAFYLQEKLWIHGTEI----RMNFNICMIINTEWGTFGNHGKLDFIQTK 90
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BLAST of EMLSAG00000004643 vs. SwissProt
Match: gi|49066053|sp|Q9NFT7.4|HXK2_DROME (RecName: Full=Hexokinase type 2)

HSP 1 Score: 414.461 bits (1064), Expect = 6.377e-133
Identity = 203/420 (48.33%), Postives = 281/420 (66.90%), Query Frame = 0 
Query:  368 VERRMRKAINEGLSKKYHETSSVKCFPTYVRLLPTGKETGRFLALDLGGTNFRVLVVDIGENQQFEMDSQVFPIPNSIMIGTGEGLFDHIADCCKKFVYDRKLEDQVLPMGFTFSFATQQEGLAKGRLFKWSKGFKCSDVEDEDVVQLLKTALDKKK-LKIDVCAILNDTTGCLMSCAWKESNCRIGLIIGTGTNACYLEDLENVETFDGDRDEGPKHMIVNTEWGNFGSCSELDFIRTKWDEAVDAGSINPGQQIFEKMISGMYMGELTRQVLVDMIWEGLMFKEQANTDLLFEWGRFYTRYLSEIESDPVGSYQRAKEVCIELGLENVCEEDLSALRYICECVSRRAGFMAXAGITALLKKMDYRXVVVAIDGSVFRYHPHFSNIMKSRISQLMGVDYKFDLMMSTDGSGRGAALVAA 786
            V  RM K I  GL+K  H  + +KCF ++V+ LPTGKE G++LALDLGG+NFRVL+V++  N   E  S+ +  P ++M G+G+ LFD +A+C  +F +   LE++ L +GFTFSF  QQ+GL+KG L  W+KGF C  V  ++VV LL+ A+D++  LKI+  AILNDT G LMSCA+   NCRIGLI+GTG+NACY+E   N E F+G +      MI+N EWG FG    L+F+RT +D+AVD  + NPG+Q FEK ISGMYMGEL R V+ DMI +G MF    +  +   W  F T Y+S++ESD  G Y+   +V  ELG+    E D  ALRYICE VS R+  +   G+  ++ KM+   V + IDGSV+R+HP + ++++  + +L+    KF+L++S DGSGRGAALVAA
Sbjct:   59 VVERMTKEIKMGLAKDTHARAVIKCFVSHVQDLPTGKERGKYLALDLGGSNFRVLLVNLISNSDVETMSKGYNFPQTLMSGSGKALFDFLAECLSEFCHSHGLENESLALGFTFSFPLQQQGLSKGILVAWTKGFSCEGVVGKNVVSLLQEAIDRRGDLKINTVAILNDTVGTLMSCAFYHPNCRIGLIVGTGSNACYVEKTVNAECFEGYQTSPKPSMIINCEWGAFGDNGVLEFVRTSYDKAVDKVTPNPGKQTFEKCISGMYMGELVRLVITDMIAKGFMFHGIISEKIQERW-SFKTAYISDVESDAPGEYRNCNKVLSELGILGCQEPDKEALRYICEAVSSRSAKLCACGLVTIINKMNINEVAIGIDGSVYRFHPKYHDMLQYHMKKLLKPGVKFELVVSEDGSGRGAALVAA 477
[Close]
BLAST of EMLSAG00000004643 vs. SwissProt
Match: gi|81902330|sp|Q91W97.1|HKDC1_MOUSE (RecName: Full=Putative hexokinase HKDC1; AltName: Full=Hexokinase domain-containing protein 1)

HSP 1 Score: 376.711 bits (966), Expect = 1.333e-113
Identity = 194/428 (45.33%), Postives = 281/428 (65.65%), Query Frame = 0 
Query:  368 VERRMRKAINEGLSKKYHETSSVKCFPTYVRLLPTGKETGRFLALDLGGTNFRVLVVDIGENQQFEMDSQVFPIPNSIMIGTGEGLFDHIADCCKKFVYDRKLEDQVLPMGFTFSFATQQEGLAKGRLFKWSKGFKCSDVEDEDVVQLLKTALDKK-KLKIDVCAILNDTTGCLMSCAWKESNCRIGLIIGTGTNACYLEDLENVETFDGDRDEGPKHMIVNTEWGNFGSCSELDFIRTKWDEAVDAGSINPGQQIFEKMISGMYMGELTRQVLVDMIWEGLMFKEQANTDLLFEWGRFYTRYLSEIESDPVGSYQRAKEVCIELGLENVCEEDLSALRYICECVSRRAGFMAXAGITALLKK------MDYRXVVVAIDGSVFRYHPHFSNIMKSRISQLM-GVDYKFDLMMSTDGSGRGAALVAAV 787
            V  +MR  +  GL KK H  ++VK  PTYV  +P G E G+FLALDLGGTNFRVL+V I   +   M +++F IP  IM GTGE LFDHI  C   F+    L+   LP+GFTFSF  +Q  + KG L  W+KGFK +D E EDVV +L+ A+ ++ +  +D+ AI+NDT G +M+C +++  C IGLI GTG+N CY+E++ N+E  DG  DEG   M VNTEWG FG    +D IRT++D+ VD GS+N G+Q +EKM SGMY+GE+ R++L+D+  +GL+F+ Q  ++ L   G F T++LS+IESD +   Q  + +  +LGL++ CE+ +  ++ +C  VSRRA  M  AG+ A+++K      + +  V V +DG++++ HPHFS I++  + +L    D  F  M+S DGSG+GAAL+ AV
Sbjct:  487 VRDKMRAELEYGLKKKTHSLATVKMLPTYVYGMPDGTEKGKFLALDLGGTNFRVLLVKI-RRRSVRMYNKIFAIPLEIMQGTGEELFDHIVQCIADFLDYMGLKGAQLPLGFTFSFPCRQTCIDKGTLVGWTKGFKATDCEGEDVVDMLREAIKRRNEFDLDIVAIVNDTVGTMMTCGYEDPRCEIGLIAGTGSNVCYMEEMRNIELVDG--DEG--RMCVNTEWGGFGDNGCIDDIRTQYDKEVDEGSLNAGKQRYEKMTSGMYLGEIVRRILIDLTRQGLLFRGQI-SERLRTRGIFETKFLSQIESDRLALLQ-VRRILQQLGLDSTCEDSI-VVKEVCGAVSRRAAQMCGAGMAAIVEKRREDQGLQHFKVTVGVDGTLYKLHPHFSRILQETVKELAPQCDVTF--MLSEDGSGKGAALITAV 904

HSP 2 Score: 339.347 bits (869), Expect = 6.860e-100
Identity = 179/427 (41.92%), Postives = 267/427 (62.53%), Query Frame = 0 
Query:  371 RMRKAINEGLSKKYHETSSVKCFPTYVRLLPTGKETGRFLALDLGGTNFRVLVVDIGE--NQQFEMDSQVFPIPNSIMIGTGEGLFDHIADCCKKFVYDRKLEDQVLPMGFTFSFATQQEGLAKGRLFKWSKGFKCSDVEDEDVVQLLKTALDK-KKLKIDVCAILNDTTGCLMSCAWKESNCRIGLIIGTGTNACYLEDLENVETFDGDRDEGPKHMIVNTEWGNFGSCSELDFIRTKWDEAVDAGSINPGQQIFEKMISGMYMGELTRQVLVDMIWEGLMFKEQANTDLLFEWGRFYTRYLSEIESDPVGSYQRAKEVCIELGLENVCEEDLSALRYICECVSRRAGFMAXAGITALL------KKMDYRXVVVAIDGSVFRYHPHFSNIMKSRISQLM-GVDYKFDLMMSTDGSGRGAALVAAV 787
            R +  + +GL K  + T+SVK  PT+VR +P G E G FL+LDLGG+ FRVL V + +   Q  +M+SQ +P+PN I  G G  LFD++ADC   F+  + L  + LP+GFTFSF  +Q  L +G L  W+K FK   V+D DVV  L TA+ K K L +D+ A++NDT G +M+CA+ + NC +G+IIGTGTNACY+ED+ N++  +G  DEG   M +NTEWG FG    L+ IRT++D  +D GS+NPG+Q+FEKMISG+YMGEL R +L+ M   GL+F   A +  L   G+  T++++ +E    G     +E+ ++LGLE   E D  A++++C  VS R+  +  A +  +L      KK+      V +DG++++ HP +   +   + +L+   D +F  ++S  GS +GAA+V AV
Sbjct:   42 RFQAEMEKGLGKDTNPTASVKMLPTFVRAIPDGSENGEFLSLDLGGSKFRVLKVQVSQEGQQNVQMESQFYPMPNEITRGNGTELFDYVADCLADFMKTKNLTHKKLPLGFTFSFPCRQNKLEEGVLLSWTKKFKARGVQDTDVVNRLATAMKKHKDLDVDILALVNDTVGTMMTCAYDDPNCEVGVIIGTGTNACYMEDMSNIDLVEG--DEG--RMCINTEWGAFGDDGALEDIRTEFDRELDLGSLNPGKQLFEKMISGLYMGELVRLILLKMAKVGLLFG-GAKSSALHTKGKIETQHVAAMEMSKEG-LANTREILVDLGLEP-SESDCIAVQHVCTIVSFRSANLCAAALATILTRLRENKKLARLRTTVGMDGTLYKTHPQYPKRLHKVVRRLVPNCDVRF--LLSESGSTKGAAMVTAV 459
[Close]
BLAST of EMLSAG00000004643 vs. SwissProt
Match: gi|311033440|sp|Q2TB90.3|HKDC1_HUMAN (RecName: Full=Putative hexokinase HKDC1; AltName: Full=Hexokinase domain-containing protein 1)

HSP 1 Score: 375.941 bits (964), Expect = 2.803e-113
Identity = 190/429 (44.29%), Postives = 282/429 (65.73%), Query Frame = 0 
Query:  368 VERRMRKAINEGLSKKYHETSSVKCFPTYVRLLPTGKETGRFLALDLGGTNFRVLVVDIGENQQ-FEMDSQVFPIPNSIMIGTGEGLFDHIADCCKKFVYDRKLEDQVLPMGFTFSFATQQEGLAKGRLFKWSKGFKCSDVEDEDVVQLLKTALDKK-KLKIDVCAILNDTTGCLMSCAWKESNCRIGLIIGTGTNACYLEDLENVETFDGDRDEGPKHMIVNTEWGNFGSCSELDFIRTKWDEAVDAGSINPGQQIFEKMISGMYMGELTRQVLVDMIWEGLMFKEQANTDLLFEWGRFYTRYLSEIESDPVGSYQRAKEVCIELGLENVCEEDLSALRYICECVSRRAGFMAXAGITALLKK------MDYRXVVVAIDGSVFRYHPHFSNIMKSRISQLM-GVDYKFDLMMSTDGSGRGAALVAAV 787
            V+ +MR  +  GL KK H  ++V+  PTYV  LP G E G+FLALDLGGTNFRVL+V I   ++   M +++F IP  IM GTGE LFDHI  C   F+    L+   LP+GFTFSF  +Q  + KG L  W+KGFK +D E EDVV +L+ A+ ++ +  +D+ A++NDT G +M+C +++ NC IGLI GTG+N CY+ED+ N+E  +G    G   M +NTEWG FG    +D I T++D  VD GS+NPG+Q +EKM SGMY+GE+ RQ+L+D+  +GL+F+ Q  ++ L   G F T++LS+IESD +   Q  + +  +LGL++ CE+ +  ++ +C  VSRRA  +  AG+ A+++K      +++  + V +DG++++ HPHFS I++  + +L    D  F  M+S DGSG+GAAL+ AV
Sbjct:  487 VQAKMRAELEYGLKKKSHGLATVRMLPTYVCGLPDGTEKGKFLALDLGGTNFRVLLVKIRSGRRSVRMYNKIFAIPLEIMQGTGEELFDHIVQCIADFLDYMGLKGASLPLGFTFSFPCRQMSIDKGTLIGWTKGFKATDCEGEDVVDMLREAIKRRNEFDLDIVAVVNDTVGTMMTCGYEDPNCEIGLIAGTGSNMCYMEDMRNIEMVEG----GEGKMCINTEWGGFGDNGCIDDIWTRYDTEVDEGSLNPGKQRYEKMTSGMYLGEIVRQILIDLTKQGLLFRGQI-SERLRTRGIFETKFLSQIESDRLALLQ-VRRILQQLGLDSTCEDSI-VVKEVCGAVSRRAAQLCGAGLAAIVEKRREDQGLEHLRITVGVDGTLYKLHPHFSRILQETVKELAPRCDVTF--MLSEDGSGKGAALITAV 906

HSP 2 Score: 322.783 bits (826), Expect = 7.570e-94
Identity = 174/430 (40.47%), Postives = 271/430 (63.02%), Query Frame = 0 
Query:  368 VERRMRKAINEGLSKKYHETSSVKCFPTYVRLLPTGKETGRFLALDLGGTNFRVLVVDIGE--NQQFEMDSQVFPIPNSIMIGTGEGLFDHIADCCKKFVYDRKLEDQVLPMGFTFSFATQQEGLAKGRLFKWSKGFKCSDVEDEDVVQLLKTALDK-KKLKIDVCAILNDTTGCLMSCAWKESNCRIGLIIGTGTNACYLEDLENVETFDGDRDEGPKHMIVNTEWGNFGSCSELDFIRTKWDEAVDAGSINPGQQIFEKMISGMYMGELTRQVLVDMIWEGLMFKEQANTDLLFEWGRFYTRYLSEIESDPVGSYQRAKEVCIELGLENVCEEDLSALRYICECVSRRAGFMAXAGITALL------KKMDYRXVVVAIDGSVFRYHPHFSNIMKSRISQLM-GVDYKFDLMMSTDGSGRGAALVAAV 787
            + RR R  + +GL+K  + T++VK  PT+VR +P G E G FL+LDLGG+ FRVL V + E   +  +M+SQ +P PN I+ G G  LF+++ADC   F+  + L+ + LP+G TFSF  +Q  L +G L  W+K FK   V+D DVV  L  A+ + K + +D+ A++NDT G +M+CA+ +  C +G+IIGTGTNACY+ED+ N++  +GD  EG   M +NTEWG FG    L+ IRT++D  +D GS+NPG+Q+FEKMISG+Y+GEL R +L+ M   GL+F  + ++  L   G+  TR+++ +E    G     +E+ ++LGLE   E D  A++++C  VS R+  +  A + A+L      KK++     V +DG++++ HP +   +   + +L+   D +F  ++S  GS +GAA+V AV
Sbjct:   39 IMRRFRAEMEKGLAKDTNPTAAVKMLPTFVRAIPDGSENGEFLSLDLGGSKFRVLKVQVAEEGKRHVQMESQFYPTPNEIIRGNGTELFEYVADCLADFMKTKDLKHKKLPLGLTFSFPCRQTKLEEGVLLSWTKKFKARGVQDTDVVSRLTKAMRRHKDMDVDILALVNDTVGTMMTCAYDDPYCEVGVIIGTGTNACYMEDMSNIDLVEGD--EG--RMCINTEWGAFGDDGALEDIRTEFDRELDLGSLNPGKQLFEKMISGLYLGELVRLILLKMAKAGLLFGGEKSS-ALHTKGKIETRHVAAMEKYKEG-LANTREILVDLGLEP-SEADCIAVQHVCTIVSFRSANLCAAALAAILTRLRENKKVERLRTTVGMDGTLYKIHPQYPKRLHKVVRKLVPSCDVRF--LLSESGSTKGAAMVTAV 459
[Close]
BLAST of EMLSAG00000004643 vs. SwissProt
Match: gi|56405344|sp|P52789.2|HXK2_HUMAN (RecName: Full=Hexokinase-2; AltName: Full=Hexokinase type II; Short=HK II; AltName: Full=Muscle form hexokinase)

HSP 1 Score: 369.777 bits (948), Expect = 4.465e-111
Identity = 199/481 (41.37%), Postives = 304/481 (63.20%), Query Frame = 0 
Query:  368 VERRMRKAINEGLSKKYHETSSVKCFPTYVRLLPTGKETGRFLALDLGGTNFRVLVVDIGEN--QQFEMDSQVFPIPNSIMIGTGEGLFDHIADCCKKFVYDRKLEDQVLPMGFTFSFATQQEGLAKGRLFKWSKGFKCSDVEDEDVVQLLKTALDKK-KLKIDVCAILNDTTGCLMSCAWKESNCRIGLIIGTGTNACYLEDLENVETFDGDRDEGPKHMIVNTEWGNFGSCSELDFIRTKWDEAVDAGSINPGQQIFEKMISGMYMGELTRQVLVDMIWEGLMFKEQANTDLLFEWGRFYTRYLSEIESDPVGSYQRAKEVCIELGLENVCEEDLSALRYICECVSRRAGFMAXAGITALLKKM------DYRXVVVAIDGSVFRYHPHFSNIMKSRISQLM-GVDYKFDLMMSTDGSGRGAALVAAV---LTNEYYFLLMESYYLQIAYGFWI-CSESLPLXLTSTLNNKTMPVAPCR 834
            + +R RK + +GL    H T++VK  PT+VR  P G E G FLALDLGGTNFRVL V + +N  Q+ EM++Q++ IP  IM G+G  LFDHIA+C   F+   +++D+ LP+GFTFSF   Q  L +  L  W+KGFK S VE  DVV L++ A+ ++    ID+ A++NDT G +M+C + + NC IGLI+GTG+NACY+E++ +++  +G  DEG   M +N EWG FG    L+ IRT++D+ +D GS+NPG+Q+FEKMISGMYMGEL R +LV M  E L+F  + + +LL   GRF T+ +S+IE +  G  ++A+EV + LGL+   +ED  A   IC+ VS R+  +  A + A+L+++      +     + +DGSV++ HPHF+  +   + +L+ G D +F  + S DGSG+GAA+V AV   L +++        +LQ+++   +     + + +   L+ +T   AP +
Sbjct:   39 ISKRFRKEMEKGLGATTHPTAAVKMLPTFVRSTPDGTEHGEFLALDLGGTNFRVLWVKVTDNGLQKVEMENQIYAIPEDIMRGSGTQLFDHIAECLANFMDKLQIKDKKLPLGFTFSFPCHQTKLDESFLVSWTKGFKSSGVEGRDVVALIRKAIQRRGDFDIDIVAVVNDTVGTMMTCGYDDHNCEIGLIVGTGSNACYMEEMRHIDMVEG--DEG--RMCINMEWGAFGDDGSLNDIRTEFDQEIDMGSLNPGKQLFEKMISGMYMGELVRLILVKMAKEELLFGGKLSPELL-NTGRFETKDISDIEGEKDG-IRKAREVLMRLGLDPT-QEDCVATHRICQIVSTRSASLCAATLAAVLQRIKENKGEERLRSTIGVDGSVYKKHPHFAKRLHKTVRRLVPGCDVRF--LRSEDGSGKGAAMVTAVAYRLADQHRARQKTLEHLQLSHDQLLEVKRRMKVEMERGLSKETHASAPVK 510

HSP 2 Score: 360.533 bits (924), Expect = 1.335e-107
Identity = 191/430 (44.42%), Postives = 277/430 (64.42%), Query Frame = 0 
Query:  368 VERRMRKAINEGLSKKYHETSSVKCFPTYVRLLPTGKETGRFLALDLGGTNFRVLVVDI--GENQQFEMDSQVFPIPNSIMIGTGEGLFDHIADCCKKFVYDRKLEDQVLPMGFTFSFATQQEGLAKGRLFKWSKGFKCSDVEDEDVVQLLKTALDKK-KLKIDVCAILNDTTGCLMSCAWKESNCRIGLIIGTGTNACYLEDLENVETFDGDRDEGPKHMIVNTEWGNFGSCSELDFIRTKWDEAVDAGSINPGQQIFEKMISGMYMGELTRQVLVDMIWEGLMFKEQANTDLLFEWGRFYTRYLSEIESDPVGSYQRAKEVCIELGLENVCEEDLSALRYICECVSRRAGFMAXAGITALLKK------MDYRXVVVAIDGSVFRYHPHFSNIMKSRISQLM-GVDYKFDLMMSTDGSGRGAALVAAV 787
            V+RRM+  +  GLSK+ H ++ VK  PTYV   P G E G FLALDLGGTNFRVL+V +  G+    EM ++++ IP  +M GTG+ LFDHI  C   F+    ++   LP+GFTFSF  QQ  L +  L KW+KGFK S  E EDVV LLK A+ ++ +  +DV A++NDT G +M+C +++ +C +GLI+GTG+NACY+E++ NVE  +G  +EG   M VN EWG FG    LD  RT++D AVD  S+NPG+Q FEKMISGMY+GE+ R +L+D    GL+F+ +  ++ L   G F T++LS+IESD +   Q  + +   LGLE+ C++ +  ++ +C  V+RRA  +  AG+ A++ +      +D   V V +DG++++ HPHF+ +M   +  L    D  F  + S DGSG+GAAL+ AV
Sbjct:  487 VKRRMKVEMERGLSKETHASAPVKMLPTYVCATPDGTEKGDFLALDLGGTNFRVLLVRVRNGKWGGVEMHNKIYAIPQEVMHGTGDELFDHIVQCIADFLEYMGMKGVSLPLGFTFSFPCQQNSLDESILLKWTKGFKASGCEGEDVVTLLKEAIHRREEFDLDVVAVVNDTVGTMMTCGFEDPHCEVGLIVGTGSNACYMEEMRNVELVEG--EEG--RMCVNMEWGAFGDNGCLDDFRTEFDVAVDELSLNPGKQRFEKMISGMYLGEIVRNILIDFTKRGLLFRGRI-SERLKTRGIFETKFLSQIESDCLALLQ-VRAILQHLGLESTCDDSI-IVKEVCTVVARRAAQLCGAGMAAVVDRIRENRGLDALKVTVGVDGTLYKLHPHFAKVMHETVKDLAPKCDVSF--LQSEDGSGKGAALITAV 907
[Close]
BLAST of EMLSAG00000004643 vs. SwissProt
Match: gi|2495218|sp|O08528.1|HXK2_MOUSE (RecName: Full=Hexokinase-2; AltName: Full=Hexokinase type II; Short=HK II)

HSP 1 Score: 369.777 bits (948), Expect = 4.511e-111
Identity = 195/430 (45.35%), Postives = 279/430 (64.88%), Query Frame = 0 
Query:  368 VERRMRKAINEGLSKKYHETSSVKCFPTYVRLLPTGKETGRFLALDLGGTNFRVLVVDI--GENQQFEMDSQVFPIPNSIMIGTGEGLFDHIADCCKKFVYDRKLEDQVLPMGFTFSFATQQEGLAKGRLFKWSKGFKCSDVEDEDVVQLLKTALDKK-KLKIDVCAILNDTTGCLMSCAWKESNCRIGLIIGTGTNACYLEDLENVETFDGDRDEGPKHMIVNTEWGNFGSCSELDFIRTKWDEAVDAGSINPGQQIFEKMISGMYMGELTRQVLVDMIWEGLMFKEQANTDLLFEWGRFYTRYLSEIESDPVGSYQRAKEVCIELGLENVCEEDLSALRYICECVSRRAGFMAXAGITALLKK------MDYRXVVVAIDGSVFRYHPHFSNIMKSRISQLM-GVDYKFDLMMSTDGSGRGAALVAAV 787
            V+RRM+  + +GLSK+ HE + VK  PTYV   P G E G FLALDLGGTNFRVL+V +  G+ +  EM ++++ IP  +M GTGE LFDHI  C   F+    ++   LP+GFTFSF  QQ  L +  L KW+KGFK S  E EDVV LLK A+ ++ +  +DV A++NDT G +M+C +++ +C +GLI+GTG+NACY+E++ NVE  DG  +EG   M VN EWG FG    LD +RT +D AVD  S+NPG+Q FEKMISGMY+GE+ R +L+D    GL+F+ +  ++ L   G F T++LS+IESD +   Q  + +   LGLE+ C++ +  ++ +C  V+RRA  +  AG+ A++ K      +D   V V +DG++++ HPHF+ +M   +  L    D  F  + S DGSG+GAAL+ AV
Sbjct:  487 VKRRMKVEMEQGLSKETHEAAPVKMLPTYVCATPDGTEKGDFLALDLGGTNFRVLLVRVRNGKRRGVEMHNKIYSIPQEVMHGTGEELFDHIVQCIADFLEYMGMKGVSLPLGFTFSFPCQQNSLDQSILLKWTKGFKASGCEGEDVVTLLKEAIRRREEFDLDVVAVVNDTVGTMMTCGYEDPHCEVGLIVGTGSNACYMEEMRNVELVDG--EEG--RMCVNMEWGAFGDNGCLDDLRTVFDVAVDELSLNPGKQRFEKMISGMYLGEIVRNILIDFTKRGLLFRGRI-SERLKTRGIFETKFLSQIESDCLALLQ-VRAILRHLGLESTCDDSI-IVKEVCTVVARRAAQLCGAGMAAVVDKIRENRGLDNLKVTVGVDGTLYKLHPHFAKVMHETVRDLAPKCDVSF--LESEDGSGKGAALITAV 907

HSP 2 Score: 360.147 bits (923), Expect = 1.588e-107
Identity = 190/430 (44.19%), Postives = 277/430 (64.42%), Query Frame = 0 
Query:  368 VERRMRKAINEGLSKKYHETSSVKCFPTYVRLLPTGKETGRFLALDLGGTNFRVLVVDIGEN--QQFEMDSQVFPIPNSIMIGTGEGLFDHIADCCKKFVYDRKLEDQVLPMGFTFSFATQQEGLAKGRLFKWSKGFKCSDVEDEDVVQLLKTALDKK-KLKIDVCAILNDTTGCLMSCAWKESNCRIGLIIGTGTNACYLEDLENVETFDGDRDEGPKHMIVNTEWGNFGSCSELDFIRTKWDEAVDAGSINPGQQIFEKMISGMYMGELTRQVLVDMIWEGLMFKEQANTDLLFEWGRFYTRYLSEIESDPVGSYQRAKEVCIELGLENVCEEDLSALRYICECVSRRAGFMAXAGITALL------KKMDYRXVVVAIDGSVFRYHPHFSNIMKSRISQLM-GVDYKFDLMMSTDGSGRGAALVAAV 787
            + RR RK + +GL    H T++VK  PT+VR  P G E G FLALDLGGTNFRVL V + +N  Q+ EM++Q++ IP  IM G+G  LFDHIA+C   F+   +++++ LP+GFTFSF   Q  L +  L  W+KGFK S VE  DVV L++ A+ ++    ID+ A++NDT G +M+C + + NC IGLI+GTG+NACY+E++ +++  +G  DEG   M +N EWG FG    L+ IRT++D  +D GS+NPG+Q+FEKMISGMYMGEL R +LV M    L+F+ + + +LL   G F T+ +S+IE D  G  Q+A ++ + LGL  + +ED  A   IC+ VS R+  +  A + A+L      K  +     + +DGSV++ HPHF+  +   + +L+   D +F  + S DGSG+GAA+V AV
Sbjct:   39 ISRRFRKEMEKGLGATTHPTAAVKMLPTFVRSTPDGTEHGEFLALDLGGTNFRVLRVRVTDNGLQRVEMENQIYAIPEDIMRGSGTQLFDHIAECLANFMDKLQIKEKKLPLGFTFSFPCHQTKLDESFLVSWTKGFKSSGVEGRDVVDLIRKAIQRRGDFDIDIVAVVNDTVGTMMTCGYDDQNCEIGLIVGTGSNACYMEEMRHIDMVEG--DEG--RMCINMEWGAFGDDGTLNDIRTEFDREIDMGSLNPGKQLFEKMISGMYMGELVRLILVKMAKAELLFQGKLSPELL-TTGSFETKDVSDIEDDKDG-IQKAYQILVRLGLSPL-QEDCVATHRICQIVSTRSASLCAATLAAVLWRIKENKGEERLRSTIGVDGSVYKKHPHFAKRLHKAVRRLVPDCDVRF--LRSEDGSGKGAAMVTAV 459
[Close]
BLAST of EMLSAG00000004643 vs. SwissProt
Match: gi|146324940|sp|A2PYL8.1|HXK2_EQUGR (RecName: Full=Hexokinase-2; AltName: Full=Hexokinase type II; Short=HK II >gi|146324941|sp|A2PYL7.1|HXK2_EQUZE RecName: Full=Hexokinase-2; AltName: Full=Hexokinase type II; Short=HK II >gi|146324942|sp|A2PYL6.1|HXK2_HORSE RecName: Full=Hexokinase-2; AltName: Full=Hexokinase type II; Short=HK II)

HSP 1 Score: 368.622 bits (945), Expect = 1.436e-110
Identity = 193/430 (44.88%), Postives = 281/430 (65.35%), Query Frame = 0 
Query:  368 VERRMRKAINEGLSKKYHETSSVKCFPTYVRLLPTGKETGRFLALDLGGTNFRVLVVDIGEN--QQFEMDSQVFPIPNSIMIGTGEGLFDHIADCCKKFVYDRKLEDQVLPMGFTFSFATQQEGLAKGRLFKWSKGFKCSDVEDEDVVQLLKTALDKK-KLKIDVCAILNDTTGCLMSCAWKESNCRIGLIIGTGTNACYLEDLENVETFDGDRDEGPKHMIVNTEWGNFGSCSELDFIRTKWDEAVDAGSINPGQQIFEKMISGMYMGELTRQVLVDMIWEGLMFKEQANTDLLFEWGRFYTRYLSEIESDPVGSYQRAKEVCIELGLENVCEEDLSALRYICECVSRRAGFMAXAGITALLKKM------DYRXVVVAIDGSVFRYHPHFSNIMKSRISQLM-GVDYKFDLMMSTDGSGRGAALVAAV 787
            + +R RK + +GL+   H T+SVK  PT+VR  P G E G FLALDLGGTNFRVL V + +N  Q+ EM++Q++ IP  IM G+G  LFDHIA C   F+   +++D+ LP+GFTFSF   Q  L +  L  W+KGFK   VE  DVV L++ A+ ++    ID+ A++NDT   +M+C + + NC IGLI+G G+NACY+E++  ++T +GD  EG   M +N EWG FG    LD IRT++D+ +D GS+NPGQQ+FEKMISGMYMGEL R +LV M  E L+F+ + + +LL   GRF T+ +SEIE +  G  Q+A+EV + LG++   +ED  A   IC+ VS R+  +  A + A+L+++      +     + +DGSV++ HPHF+  ++  + +L+   D +F  + S DGSG+GAA+V AV
Sbjct:   39 ISKRFRKEMEKGLAATTHPTASVKMLPTFVRSTPDGTEHGEFLALDLGGTNFRVLRVRVTDNGLQKVEMENQIYAIPEDIMQGSGTQLFDHIAGCLANFMDKLQIKDKKLPLGFTFSFPCIQTKLDESFLVSWTKGFKSRGVEGRDVVTLIRKAIQRRGDFDIDIVAMVNDTVATMMTCGYDDQNCEIGLIVGMGSNACYMEEMRYIDTVEGD--EG--RMCINMEWGAFGDDGTLDDIRTEFDQEIDMGSLNPGQQLFEKMISGMYMGELVRLILVKMAKEELLFRGKLSPELL-TTGRFETKDVSEIEGEKDG-IQKAREVLVRLGMDPT-QEDCVATHRICQIVSTRSASLCAATLAAVLQRIKENKGEERLRSTIGVDGSVYKKHPHFAKRLQKTVRRLVPNCDIRF--LCSEDGSGKGAAMVTAV 459

HSP 2 Score: 362.073 bits (928), Expect = 3.396e-108
Identity = 191/430 (44.42%), Postives = 281/430 (65.35%), Query Frame = 0 
Query:  368 VERRMRKAINEGLSKKYHETSSVKCFPTYVRLLPTGKETGRFLALDLGGTNFRVLVVDI--GENQQFEMDSQVFPIPNSIMIGTGEGLFDHIADCCKKFVYDRKLEDQVLPMGFTFSFATQQEGLAKGRLFKWSKGFKCSDVEDEDVVQLLKTALDKK-KLKIDVCAILNDTTGCLMSCAWKESNCRIGLIIGTGTNACYLEDLENVETFDGDRDEGPKHMIVNTEWGNFGSCSELDFIRTKWDEAVDAGSINPGQQIFEKMISGMYMGELTRQVLVDMIWEGLMFKEQANTDLLFEWGRFYTRYLSEIESDPVGSYQRAKEVCIELGLENVCEEDLSALRYICECVSRRAGFMAXAGITALLKK------MDYRXVVVAIDGSVFRYHPHFSNIMKSRISQLM-GVDYKFDLMMSTDGSGRGAALVAAV 787
            V+RRM+  +  GLSK+ H ++ VK  PTYV   P G E G FLALDLGGTNFRVL+V +  G+ +  EM ++++ IP  IM GTG+ LFDHI  C   F+    ++   LP+GFTFSF  QQ  L +  L KW+KGFK S  E EDVV LLK A+ ++ +  +DV A++NDT G +M+C +++ +C +GLI+GTG+NACY+E++ NVE  +G  +EG   M VNTEWG FG    LD   T++D AVD  S+NPG+Q FEKM+SGMY+GE+ R +L+D    GL+F+ +  ++ L   G F T++LS+IESD + + Q+ + +   LGLE+ C++ +  ++ +C  V++RA  +  AG+ A++ K      +D   V V +DG++++ HPHF+ +M+  +  L    D  F  + S DGSG+GAAL+ AV
Sbjct:  487 VKRRMKVEMERGLSKETHASAPVKMLPTYVCATPDGTEKGDFLALDLGGTNFRVLLVRVRNGKRRGVEMHNKIYSIPQDIMHGTGDELFDHIVQCIADFLEYMGMKGVSLPLGFTFSFPCQQNRLDESILLKWTKGFKASGCEGEDVVTLLKEAIHRREEFDLDVVAVVNDTVGTMMTCGYEDPHCEVGLIVGTGSNACYMEEMRNVELVEG--EEG--RMCVNTEWGAFGDNGCLDDFCTEFDVAVDELSLNPGKQRFEKMMSGMYLGEIVRNILIDFTKRGLLFRGRI-SERLKTRGIFETKFLSQIESDCL-ALQQVRAILQHLGLESTCDDSI-IVKEVCTVVAQRAAQLCGAGMAAVVDKIRENRGLDTLKVTVGVDGTLYKLHPHFAKVMRETVKDLAPKCDVSF--LESEDGSGKGAALITAV 907
[Close]
BLAST of EMLSAG00000004643 vs. SwissProt
Match: gi|123895|sp|P27881.1|HXK2_RAT (RecName: Full=Hexokinase-2; AltName: Full=Hexokinase type II; Short=HK II)

HSP 1 Score: 367.081 bits (941), Expect = 4.714e-110
Identity = 194/430 (45.12%), Postives = 278/430 (64.65%), Query Frame = 0 
Query:  368 VERRMRKAINEGLSKKYHETSSVKCFPTYVRLLPTGKETGRFLALDLGGTNFRVLVVDI--GENQQFEMDSQVFPIPNSIMIGTGEGLFDHIADCCKKFVYDRKLEDQVLPMGFTFSFATQQEGLAKGRLFKWSKGFKCSDVEDEDVVQLLKTALDKK-KLKIDVCAILNDTTGCLMSCAWKESNCRIGLIIGTGTNACYLEDLENVETFDGDRDEGPKHMIVNTEWGNFGSCSELDFIRTKWDEAVDAGSINPGQQIFEKMISGMYMGELTRQVLVDMIWEGLMFKEQANTDLLFEWGRFYTRYLSEIESDPVGSYQRAKEVCIELGLENVCEEDLSALRYICECVSRRAGFMAXAGITALLKK------MDYRXVVVAIDGSVFRYHPHFSNIMKSRISQLM-GVDYKFDLMMSTDGSGRGAALVAAV 787
            V+RRM+  + +GLSK+ H  + VK  PTYV   P G E G FLALDLGGTNFRVL+V +  G+ +  EM ++++ IP  +M GTGE LFDHI  C   F+    ++   LP+GFTFSF  QQ  L +  L KW+KGFK S  E EDVV LLK A+ ++ +  +DV A++NDT G +M+C +++ +C +GLI+GTG+NACY+E++ NVE  DG  +EG   M VN EWG FG    LD +RT +D AVD  S+NPG+Q FEKMISGMY+GE+ R +L+D    GL+F+ +  ++ L   G F T++LS+IESD +   Q  + +   LGLE+ C++ +  ++ +C  V+RRA  +  AG+ A++ K      +D   V V +DG++++ HPHF+ +M   +  L    D  F  + S DGSG+GAAL+ AV
Sbjct:  487 VKRRMKVEMEQGLSKETHAVAPVKMLPTYVCATPDGTEKGDFLALDLGGTNFRVLLVRVRNGKRRGVEMHNKIYSIPQEVMHGTGEELFDHIVQCIADFLEYMGMKGVSLPLGFTFSFPCQQNSLDQSILLKWTKGFKASGCEGEDVVTLLKEAIHRREEFDLDVVAVVNDTVGTMMTCGYEDPHCEVGLIVGTGSNACYMEEMRNVELVDG--EEG--RMCVNMEWGAFGDNGCLDDLRTVFDVAVDELSLNPGKQRFEKMISGMYLGEIVRNILIDFTKRGLLFRGRI-SERLKTRGIFETKFLSQIESDCLALLQ-VRAILRHLGLESTCDDSI-IVKEVCTVVARRAAQLCGAGMAAVVDKIRENRGLDNLKVTVGVDGTLYKLHPHFAKVMHETVRDLAPKCDVSF--LESEDGSGKGAALITAV 907

HSP 2 Score: 358.992 bits (920), Expect = 4.410e-107
Identity = 190/430 (44.19%), Postives = 277/430 (64.42%), Query Frame = 0 
Query:  368 VERRMRKAINEGLSKKYHETSSVKCFPTYVRLLPTGKETGRFLALDLGGTNFRVLVVDIGEN--QQFEMDSQVFPIPNSIMIGTGEGLFDHIADCCKKFVYDRKLEDQVLPMGFTFSFATQQEGLAKGRLFKWSKGFKCSDVEDEDVVQLLKTALDKK-KLKIDVCAILNDTTGCLMSCAWKESNCRIGLIIGTGTNACYLEDLENVETFDGDRDEGPKHMIVNTEWGNFGSCSELDFIRTKWDEAVDAGSINPGQQIFEKMISGMYMGELTRQVLVDMIWEGLMFKEQANTDLLFEWGRFYTRYLSEIESDPVGSYQRAKEVCIELGLENVCEEDLSALRYICECVSRRAGFMAXAGITALL------KKMDYRXVVVAIDGSVFRYHPHFSNIMKSRISQLM-GVDYKFDLMMSTDGSGRGAALVAAV 787
            + RR RK + +GL    H T++VK  PT+VR  P G E G FLALDLGGTNFRVL V + +N  Q+ EM++Q++ IP  IM G+G  LFDHIA+C   F+   +++++ LP+GFTFSF   Q  L +  L  W+KGFK S VE  DVV L++ A+ ++    ID+ A++NDT G +M+C + + NC IGLI+GTG+NACY+E++ +++  +G  DEG   M +N EWG FG    L+ IRT++D  +D GS+NPG+Q+FEKMISGMYMGEL R +LV M    L+F+ + + +LL   G F T+ +S+IE D  G  ++A ++ + LGL N  +ED  A   IC+ VS R+  +  A + A+L      K  +     + +DGSV++ HPHF+  +   + +L+   D +F  + S DGSG+GAA+V AV
Sbjct:   39 ISRRFRKEMEKGLGATTHPTAAVKMLPTFVRSTPDGTEHGEFLALDLGGTNFRVLRVRVTDNGLQRVEMENQIYAIPEDIMRGSGTQLFDHIAECLANFMDKLQIKEKKLPLGFTFSFPCHQTKLDESFLVSWTKGFKSSGVEGRDVVDLIRKAIQRRGDFDIDIVAVVNDTVGTMMTCGYDDQNCEIGLIVGTGSNACYMEEMRHIDMVEG--DEG--RMCINMEWGAFGDDGTLNDIRTEFDREIDMGSLNPGKQLFEKMISGMYMGELVRLILVKMAKAELLFQGKLSPELL-TTGSFETKDVSDIEEDKDG-IEKAYQILMRLGL-NPLQEDCVATHRICQIVSTRSASLCAATLAAVLWRIKENKGEERLRSTIGVDGSVYKKHPHFAKRLHKAVRRLVPDCDVRF--LRSEDGSGKGAAMVTAV 459
[Close]
BLAST of EMLSAG00000004643 vs. SwissProt
Match: gi|116242516|sp|P19367.3|HXK1_HUMAN (RecName: Full=Hexokinase-1; AltName: Full=Brain form hexokinase; AltName: Full=Hexokinase type I; Short=HK I)

HSP 1 Score: 365.54 bits (937), Expect = 1.997e-109
Identity = 187/429 (43.59%), Postives = 274/429 (63.87%), Query Frame = 0 
Query:  368 VERRMRKAINEGLSKKYHETSSVKCFPTYVRLLPTGKETGRFLALDLGGTNFRVLVVDI--GENQQFEMDSQVFPIPNSIMIGTGEGLFDHIADCCKKFVYDRKLEDQVLPMGFTFSFATQQEGLAKGRLFKWSKGFKCSDVEDEDVVQLLKTALDKK-KLKIDVCAILNDTTGCLMSCAWKESNCRIGLIIGTGTNACYLEDLENVETFDGDRDEGPKHMIVNTEWGNFGSCSELDFIRTKWDEAVDAGSINPGQQIFEKMISGMYMGELTRQVLVDMIWEGLMFKEQANTDLLFEWGRFYTRYLSEIESDPVGSYQRAKEVCIELGLENVCEEDLSALRYICECVSRRAGFMAXAGITALLKK------MDYRXVVVAIDGSVFRYHPHFSNIMKSRISQLMGVDYKFDLMMSTDGSGRGAALVAAV 787
            V++RMR  +  GL K+ H  + VK  P++VR  P G E G FLALDLGGTNFRVL+V I  G+ +  EM ++++ IP  IM GTGE LFDHI  C   F+    ++   +P+GFTFSF  QQ  L  G L  W+KGFK +D    DVV LL+ A+ ++ +  +DV A++NDT G +M+CA++E  C +GLI+GTG+NACY+E+++NVE  +GD+ +    M +N EWG FG    LD IRT +D  VD  S+N G+Q +EKMISGMY+GE+ R +L+D   +G +F+ Q  ++ L   G F T++LS+IESD +   Q  + +  +LGL + C++ +  ++ +C  VSRRA  +  AG+ A++ K      +D   V V +DG++++ HPHFS IM   + +L         ++S DGSG+GAAL+ AV
Sbjct:  487 VKKRMRAEMELGLRKQTHNNAVVKMLPSFVRRTPDGTENGDFLALDLGGTNFRVLLVKIRSGKKRTVEMHNKIYAIPIEIMQGTGEELFDHIVSCISDFLDYMGIKGPRMPLGFTFSFPCQQTSLDAGILITWTKGFKATDCVGHDVVTLLRDAIKRREEFDLDVVAVVNDTVGTMMTCAYEEPTCEVGLIVGTGSNACYMEEMKNVEMVEGDQGQ----MCINMEWGAFGDNGCLDDIRTHYDRLVDEYSLNAGKQRYEKMISGMYLGEIVRNILIDFTKKGFLFRGQI-SETLKTRGIFETKFLSQIESDRLALLQ-VRAILQQLGLNSTCDDSI-LVKTVCGVVSRRAAQLCGAGMAAVVDKIRENRGLDRLNVTVGVDGTLYKLHPHFSRIMHQTVKEL-SPKCNVSFLLSEDGSGKGAALITAV 907

HSP 2 Score: 345.51 bits (885), Expect = 4.320e-102
Identity = 180/426 (42.25%), Postives = 276/426 (64.79%), Query Frame = 0 
Query:  371 RMRKAINEGLSKKYHETSSVKCFPTYVRLLPTGKETGRFLALDLGGTNFRVLVVDIG--ENQQFEMDSQVFPIPNSIMIGTGEGLFDHIADCCKKFVYDRKLEDQVLPMGFTFSFATQQEGLAKGRLFKWSKGFKCSDVEDEDVVQLLKTALDKK-KLKIDVCAILNDTTGCLMSCAWKESNCRIGLIIGTGTNACYLEDLENVETFDGDRDEGPKHMIVNTEWGNFGSCSELDFIRTKWDEAVDAGSINPGQQIFEKMISGMYMGELTRQVLVDMIWEGLMFKEQANTDLLFEWGRFYTRYLSEIESDPVGSYQRAKEVCIELGLENVCEEDLSALRYICECVSRRAGFMAXAGITALLKKM-DYR-----XVVVAIDGSVFRYHPHFSNIMKSRISQLMGVDYKFDLMMSTDGSGRGAALVAAV 787
            R RK +  GLS+ ++ T++VK  PT+VR +P G E G F+ALDLGG++FR+L V +   +NQ   M+S+V+  P +I+ G+G  LFDH+A+C   F+  RK++D+ LP+GFTFSF  QQ  + +  L  W+K FK S VE  DVV+LL  A+ K+     ++ A++NDT G +M+C + + +C +GLIIGTGTNACY+E+L +++  +G  DEG   M +NTEWG FG    L+ IRT++D  +D GS+NPG+Q+FEKM+SGMY+GEL R +LV M  EGL+F+ +   +LL   G+F T  +S IE +  G +  AKE+   LG+E   ++D  +++++C  VS R+  +  A + A+L ++ D +        V +DGS+++ HP +S      + +L+  D     ++S  GSG+GAA+V AV
Sbjct:   42 RFRKEMKNGLSRDFNPTATVKMLPTFVRSIPDGSEKGDFIALDLGGSSFRILRVQVNHEKNQNVHMESEVYDTPENIVHGSGSQLFDHVAECLGDFMEKRKIKDKKLPVGFTFSFPCQQSKIDEAILITWTKRFKASGVEGADVVKLLNKAIKKRGDYDANIVAVVNDTVGTMMTCGYDDQHCEVGLIIGTGTNACYMEELRHIDLVEG--DEG--RMCINTEWGAFGDDGSLEDIRTEFDREIDRGSLNPGKQLFEKMVSGMYLGELVRLILVKMAKEGLLFEGRITPELL-TRGKFNTSDVSAIEKNKEGLHN-AKEILTRLGVEP-SDDDCVSVQHVCTIVSFRSANLVAATLGAILNRLRDNKGTPRLRTTVGVDGSLYKTHPQYSRRFHKTLRRLV-PDSDVRFLLSESGSGKGAAMVTAV 459
[Close]
BLAST of EMLSAG00000004643 vs. SwissProt
Match: gi|122134685|sp|Q1W674.1|HXK2_PIG (RecName: Full=Hexokinase-2; AltName: Full=Hexokinase type II; Short=HK II)

HSP 1 Score: 363.999 bits (933), Expect = 6.959e-109
Identity = 189/429 (44.06%), Postives = 280/429 (65.27%), Query Frame = 0 
Query:  368 VERRMRKAINEGLSKKYHETSSVKCFPTYVRLLPTGKETGRFLALDLGGTNFRVLVVDIGEN--QQFEMDSQVFPIPNSIMIGTGEGLFDHIADCCKKFVYDRKLEDQVLPMGFTFSFATQQEGLAKGRLFKWSKGFKCSDVEDEDVVQLLKTALDKK-KLKIDVCAILNDTTGCLMSCAWKESNCRIGLIIGTGTNACYLEDLENVETFDGDRDEGPKHMIVNTEWGNFGSCSELDFIRTKWDEAVDAGSINPGQQIFEKMISGMYMGELTRQVLVDMIWEGLMFKEQANTDLLFEWGRFYTRYLSEIESDPVGSYQRAKEVCIELGLENVCEEDLSALRYICECVSRRAGFMAXAGITALLKKM------DYRXVVVAIDGSVFRYHPHFSNIMKSRISQLMGVDYKFDLMMSTDGSGRGAALVAAV 787
            + +R RK + +GL    H T+SVK  PT+VR  P G E G FLALDLGGTNFRVL V + +N  Q+ EM++Q++ IP  IM G+G  LFDHIA+C   F+   +++D+ LP+GFTFSF   Q  L +  L  W+KGFK S VE +DVV L++ A+ ++    ID+ A++NDT G +M+C + + NC IGLI+GTG+NACY+E++ +++  +G  DEG   M +N EWG FG    LD IRT++D+ +D GS+NPG+Q+FEKMISG+YMGEL R +LV M  E L+F  + + +LL   G F T+ +S+IE +  G  ++A+EV + LGL+   +ED  A   +C+ VS R+  +  A + A+L+++      +     + +DGSV++ HPHF+  +   + +L+  D     + S DGSG+GAA+V AV
Sbjct:   39 IAKRFRKEMEKGLGATTHPTASVKMLPTFVRSTPDGTEHGEFLALDLGGTNFRVLWVRVTDNGLQKVEMENQIYAIPEDIMRGSGTQLFDHIAECLANFMDKLQIKDKKLPLGFTFSFPCIQTKLDESFLVSWTKGFKSSGVEGKDVVTLIRKAIQRRGDFDIDIVAVVNDTVGTMMTCGYDDQNCEIGLIVGTGSNACYMEEMRHIDMVEG--DEG--RMCINMEWGAFGDDGALDDIRTEFDQEIDMGSLNPGKQLFEKMISGLYMGELVRLILVKMAKEELLFGGKLSPELL-ATGHFETKDVSDIEGEKDG-IRKAREVLVRLGLDPT-QEDCVATHRVCQIVSTRSASLCAATLAAVLRRIKENKGEERLRSTIGVDGSVYKKHPHFAKRLHKTLRRLV-PDCDIRFLRSEDGSGKGAAMVTAV 459

HSP 2 Score: 360.147 bits (923), Expect = 1.672e-107
Identity = 192/430 (44.65%), Postives = 275/430 (63.95%), Query Frame = 0 
Query:  368 VERRMRKAINEGLSKKYHETSSVKCFPTYVRLLPTGKETGRFLALDLGGTNFRVLVVDI--GENQQFEMDSQVFPIPNSIMIGTGEGLFDHIADCCKKFVYDRKLEDQVLPMGFTFSFATQQEGLAKGRLFKWSKGFKCSDVEDEDVVQLLKTALDKK-KLKIDVCAILNDTTGCLMSCAWKESNCRIGLIIGTGTNACYLEDLENVETFDGDRDEGPKHMIVNTEWGNFGSCSELDFIRTKWDEAVDAGSINPGQQIFEKMISGMYMGELTRQVLVDMIWEGLMFKEQANTDLLFEWGRFYTRYLSEIESDPVGSYQRAKEVCIELGLENVCEEDLSALRYICECVSRRAGFMAXAGITALLKK------MDYRXVVVAIDGSVFRYHPHFSNIMKSRISQLM-GVDYKFDLMMSTDGSGRGAALVAAV 787
            V+RRM+  +  GLSK+ H  + VK  PTYV   P G E G FLALDLGGTNFRVL+V +  G+ +  EM ++++ IP  +M GTG+ LFDHI  C   F+    ++   LP+GFTFSF  QQ  L +  L KW+KGFK S  E EDVV LLK A+ ++ +  +DV A++NDT G +M+C +++ +C +GLI+GTG+NACY+E++ NVE  +G  +EG   M VN EWG FG    LD  RT++D AVD  S+N G+Q FEKMISGMY+GE+ R +L+D    GL+F+ +  ++ L   G F T++LS+IESD +   Q  + +   LGLE+ C + +  ++ +C  V+RRA  +  AG+ A++ K      +D   V V +DG++++ HPHF+ IM   +  L    D  F  + S DGSG+GAAL+ AV
Sbjct:  487 VKRRMKVEMERGLSKETHAIAPVKMLPTYVCATPDGTEKGDFLALDLGGTNFRVLLVRVRNGKRRGVEMHNKIYSIPQEVMHGTGDELFDHIVQCIADFLEYMGMKGVSLPLGFTFSFPCQQNSLDESILLKWTKGFKASGCEGEDVVTLLKEAIHRREEFDLDVVAVVNDTVGTMMTCGYEDPHCEVGLIVGTGSNACYMEEMRNVELVEG--EEG--RMCVNMEWGAFGDNGCLDDFRTEFDAAVDELSLNAGKQRFEKMISGMYLGEIVRNILIDFTKRGLLFRGRI-SERLKTRGIFETKFLSQIESDCLALLQ-VRAILHHLGLESTCGDSI-IVKEVCTVVARRAAQLCGAGMAAVVDKIRENRGLDTLKVTVGVDGTLYKLHPHFAKIMHETVKDLAPKCDVSF--LESEDGSGKGAALITAV 907
[Close]
BLAST of EMLSAG00000004643 vs. SwissProt
Match: gi|75061917|sp|Q5RC71.1|HXK1_PONAB (RecName: Full=Hexokinase-1; AltName: Full=Hexokinase type I; Short=HK I)

HSP 1 Score: 362.844 bits (930), Expect = 2.210e-108
Identity = 185/429 (43.12%), Postives = 274/429 (63.87%), Query Frame = 0 
Query:  368 VERRMRKAINEGLSKKYHETSSVKCFPTYVRLLPTGKETGRFLALDLGGTNFRVLVVDI--GENQQFEMDSQVFPIPNSIMIGTGEGLFDHIADCCKKFVYDRKLEDQVLPMGFTFSFATQQEGLAKGRLFKWSKGFKCSDVEDEDVVQLLKTALDKK-KLKIDVCAILNDTTGCLMSCAWKESNCRIGLIIGTGTNACYLEDLENVETFDGDRDEGPKHMIVNTEWGNFGSCSELDFIRTKWDEAVDAGSINPGQQIFEKMISGMYMGELTRQVLVDMIWEGLMFKEQANTDLLFEWGRFYTRYLSEIESDPVGSYQRAKEVCIELGLENVCEEDLSALRYICECVSRRAGFMAXAGITALLKK------MDYRXVVVAIDGSVFRYHPHFSNIMKSRISQLMGVDYKFDLMMSTDGSGRGAALVAAV 787
            V++RMR  +  GL K+ H  ++VK  P++VR  P G E G FLALDLGGTNFRVL+V I  G+ +  EM ++++ IP  IM GTGE LFDHI  C   F+    ++   +P+GFTFSF  +Q  L  G L  W+KGFK +D    DV  LL+ A+ ++ +  +DV A++NDT G +M+CA++E  C +GLI+GTG+NACY+E+++NVE  +GD+ +    M +N EWG FG    LD IRT +D  VD  S+N G+Q +EKMISGMY+GE+ R +L+D   +G +F+ Q  ++ L   G F T++LS+IESD +   Q  + +  +LGL + C++ +  ++ +C  VSRRA  +  AG+ A++ K      +D   V V +DG++++ HPHFS IM   + +L         ++S DGSG+GAAL+ AV
Sbjct:  487 VKKRMRAEMELGLRKQTHNNAAVKMLPSFVRRTPDGTENGDFLALDLGGTNFRVLLVKIRSGKKRTVEMHNKIYAIPIEIMQGTGEELFDHIVSCISDFLDYMGIKGPRMPLGFTFSFPCKQTSLDAGILITWTKGFKATDCVGNDVATLLRDAIKRREEFDLDVVAVVNDTVGTMMTCAYEEPTCEVGLIVGTGSNACYMEEMKNVEMVEGDQGQ----MCINMEWGAFGDNGCLDDIRTHYDRLVDEYSLNAGKQRYEKMISGMYLGEIVRNILIDFTKKGFLFRGQI-SEPLKTRGIFETKFLSQIESDRLALLQ-VRAILQQLGLNSTCDDSI-LVKTVCGVVSRRAAQLCGAGMAAVVDKIRENRGLDRLNVTVGVDGTLYKLHPHFSRIMHQTVKEL-SPKCNVSFLLSEDGSGKGAALITAV 907

HSP 2 Score: 343.199 bits (879), Expect = 2.737e-101
Identity = 179/426 (42.02%), Postives = 275/426 (64.55%), Query Frame = 0 
Query:  371 RMRKAINEGLSKKYHETSSVKCFPTYVRLLPTGKETGRFLALDLGGTNFRVLVVDIG--ENQQFEMDSQVFPIPNSIMIGTGEGLFDHIADCCKKFVYDRKLEDQVLPMGFTFSFATQQEGLAKGRLFKWSKGFKCSDVEDEDVVQLLKTALDKK-KLKIDVCAILNDTTGCLMSCAWKESNCRIGLIIGTGTNACYLEDLENVETFDGDRDEGPKHMIVNTEWGNFGSCSELDFIRTKWDEAVDAGSINPGQQIFEKMISGMYMGELTRQVLVDMIWEGLMFKEQANTDLLFEWGRFYTRYLSEIESDPVGSYQRAKEVCIELGLENVCEEDLSALRYICECVSRRAGFMAXAGITALLKKM-DYR-----XVVVAIDGSVFRYHPHFSNIMKSRISQLMGVDYKFDLMMSTDGSGRGAALVAAV 787
            R RK +  GLS+ ++ T++VK  PT+VR +P G E G F+ALDLGG++FR+L V +   +NQ   M+S+V+  P +I+ G+G  LFDH+A+C   F+  RK++D+  P+GFTFSF  QQ  + +  L  W+K FK S VE  DVV+LL  A+ K+     ++ A++NDT G +M+C + + +C +GLIIGTGTNACY+E+L +++  +G  DEG   M +NTEWG FG    L+ IRT++D  +D GS+NPG+Q+FEKM+SGMY+GEL R +LV M  EGL+F+ +   +LL   G+F T  +S IE +  G +  AKE+   LG+E   ++D  +++++C  VS R+  +  A + A+L ++ D +        V +DGS+++ HP +S      + +L+  D     ++S  GSG+GAA+V AV
Sbjct:   42 RFRKEMKNGLSRDFNPTATVKMLPTFVRSIPDGSEKGDFIALDLGGSSFRILRVQVNHEKNQNVHMESEVYDTPENIVHGSGSQLFDHVAECLGDFMEKRKIKDKKSPVGFTFSFPCQQSKIDEAVLITWTKRFKASGVEGADVVKLLNKAIKKRGDYDANIVAVVNDTVGTMMTCGYDDQHCEVGLIIGTGTNACYMEELRHIDLVEG--DEG--RMCINTEWGAFGDDGSLEDIRTEFDREIDRGSLNPGKQLFEKMVSGMYLGELVRLILVKMAKEGLLFEGRITPELLTR-GKFNTSDVSAIEKNKEGLHN-AKEILTRLGVEP-SDDDCVSVQHVCTIVSFRSANLVAATLGAILNRLRDNKGTPRLRTTVGVDGSLYKTHPQYSRRFHKTLRRLV-PDSDVRFLLSESGSGKGAAMVTAV 459
[Close]
BLAST of EMLSAG00000004643 vs. Select Arthropod Genomes
Match: gb|EEZ97932.2| (Hexokinase type 2-like Protein [Tribolium castaneum])

HSP 1 Score: 487.649 bits (1254), Expect = 1.185e-161
Identity = 237/408 (58.09%), Postives = 300/408 (73.53%), Query Frame = 0 
Query:  381 SKKYHETSSVKCFPTYVRLLPTGKETGRFLALDLGGTNFRVLVVDIGENQQFEMDSQVFPIPNSIMIGTGEGLFDHIADCCKKFVYDRKLEDQVLPMGFTFSFATQQEGLAKGRLFKWSKGFKCSDVEDEDVVQLLKTALDKK-KLKIDVCAILNDTTGCLMSCAWKESNCRIGLIIGTGTNACYLEDLENVETFDGDRDEGPKHMIVNTEWGNFGSCSELDFIRTKWDEAVDAGSINPGQQIFEKMISGMYMGELTRQVLVDMIWEGLMFKEQANTDLLFEWGRFYTRYLSEIESDPVGSYQRAKEVCIELGLENVCEEDLSALRYICECVSRRAGFMAXAGITALLKKMDYRXVVVAIDGSVFRYHPHFSNIMKSRISQLMGVDYKFDLMMSTDGSGRGAALVAAV 787
             K  H TS VKCF TYV+ LP G ETG+FLALDLGGTNFRVL++++ +N  FEM S++F IP  IM+G+GE LFDHIADC  KF  D K++ +VLP+GFTFSF   Q+GL KG L +W+KGF CS+V   DVVQ+LK A+D++  ++I+VCAILNDTTG LMSCAWK   C+IGLIIGTGTNACY+ED +N E FD + D G   +++N EWG FG    LDF+RT++D  VD  ++NPG+Q+ EKMISGMYMGEL R  L     EGL+F  +  +D LF   RFYT+Y+SEIESDP G++   KE+  ELGL++  E+D   +RY+CEC+SRRA  +A AGI  LL KM    V V IDGS++R+HPHF N+M  +IS+L+     FDLM+S DGSGRGAALVAAV
Sbjct:   65 GKATHPTSIVKCFITYVQDLPDGSETGKFLALDLGGTNFRVLLIELSKNH-FEMRSKIFAIPQHIMLGSGEQLFDHIADCLAKFAKDEKIQHEVLPLGFTFSFPLMQKGLTKGILERWTKGFNCSNVVGNDVVQMLKDAIDRRGDIQIEVCAILNDTTGTLMSCAWKNRYCKIGLIIGTGTNACYVEDQKNAEMFD-EPDRGSGKVLINCEWGAFGDDGALDFVRTQYDREVDEHTVNPGKQLHEKMISGMYMGELVRLALERFTNEGLLFGGKG-SDQLFTRDRFYTKYVSEIESDPPGTFTNCKEILEELGLKHATEQDCINVRYVCECISRRAAHLASAGIATLLNKMKEPRVTVGIDGSLYRFHPHFHNLMMEKISELVEPGIVFDLMLSEDGSGRGAALVAAV 469
[Close]
BLAST of EMLSAG00000004643 vs. Select Arthropod Genomes
Match: gb|KYB29370.1| (Hexokinase type 2-like Protein [Tribolium castaneum])

HSP 1 Score: 487.649 bits (1254), Expect = 1.263e-161
Identity = 237/412 (57.52%), Postives = 302/412 (73.30%), Query Frame = 0 
Query:  381 SKKYHETSSVKCFPTYVRLLPTGKETGRFLALDLGGTNFRVLVVDIGENQQFEMDSQVFPIPNSIMIGTGEGLFDHIADCCKKFVYDRKLEDQVLPMGFTFSFATQQEGLAKGRLFKWSKGFKCSDVEDEDVVQLLKTALDKK-KLKIDVCAILNDTTGCLMSCAWKESNCRIGLIIGTGTNACYLEDLENVETFDGDRDEGPKHMIVNTEWGNFGSCSELDFIRTKWDEAVDAGSINPGQQIFEKMISGMYMGELTRQVLVDMIWEGLMFKEQANTDLLFEWGRFYTRYLSEIESDPVGSYQRAKEVCIELGLENVCEEDLSALRYICECVSRRAGFMAXAGITALLKKMDYRXVVVAIDGSVFRYHPHFSNIMKSRISQLMGVDYKFDLMMSTDGSGRGAALVAAVLTNE 791
             K  H TS VKCF TYV+ LP G ETG+FLALDLGGTNFRVL++++ +N  FEM S++F IP  IM+G+GE LFDHIADC  KF  D K++ +VLP+GFTFSF   Q+GL KG L +W+KGF CS+V   DVVQ+LK A+D++  ++I+VCAILNDTTG LMSCAWK   C+IGLIIGTGTNACY+ED +N E FD + D G   +++N EWG FG    LDF+RT++D  VD  ++NPG+Q+ EKMISGMYMGEL R  L     EGL+F  +  +D LF   RFYT+Y+SEIESDP G++   KE+  ELGL++  E+D   +RY+CEC+SRRA  +A AGI  LL KM    V V IDGS++R+HPHF N+M  +IS+L+     FDLM+S DGSGRGAALVAAV + +
Sbjct:   60 GKATHPTSIVKCFITYVQDLPDGSETGKFLALDLGGTNFRVLLIELSKNH-FEMRSKIFAIPQHIMLGSGEQLFDHIADCLAKFAKDEKIQHEVLPLGFTFSFPLMQKGLTKGILERWTKGFNCSNVVGNDVVQMLKDAIDRRGDIQIEVCAILNDTTGTLMSCAWKNRYCKIGLIIGTGTNACYVEDQKNAEMFD-EPDRGSGKVLINCEWGAFGDDGALDFVRTQYDREVDEHTVNPGKQLHEKMISGMYMGELVRLALERFTNEGLLFGGKG-SDQLFTRDRFYTKYVSEIESDPPGTFTNCKEILEELGLKHATEQDCINVRYVCECISRRAAHLASAGIATLLNKMKEPRVTVGIDGSLYRFHPHFHNLMMEKISELVEPGIVFDLMLSEDGSGRGAALVAAVASRK 468
[Close]
BLAST of EMLSAG00000004643 vs. Select Arthropod Genomes
Match: gb|KYB29371.1| (Hexokinase type 2-like Protein [Tribolium castaneum])

HSP 1 Score: 488.804 bits (1257), Expect = 1.251e-160
Identity = 237/412 (57.52%), Postives = 302/412 (73.30%), Query Frame = 0 
Query:  381 SKKYHETSSVKCFPTYVRLLPTGKETGRFLALDLGGTNFRVLVVDIGENQQFEMDSQVFPIPNSIMIGTGEGLFDHIADCCKKFVYDRKLEDQVLPMGFTFSFATQQEGLAKGRLFKWSKGFKCSDVEDEDVVQLLKTALDKK-KLKIDVCAILNDTTGCLMSCAWKESNCRIGLIIGTGTNACYLEDLENVETFDGDRDEGPKHMIVNTEWGNFGSCSELDFIRTKWDEAVDAGSINPGQQIFEKMISGMYMGELTRQVLVDMIWEGLMFKEQANTDLLFEWGRFYTRYLSEIESDPVGSYQRAKEVCIELGLENVCEEDLSALRYICECVSRRAGFMAXAGITALLKKMDYRXVVVAIDGSVFRYHPHFSNIMKSRISQLMGVDYKFDLMMSTDGSGRGAALVAAVLTNE 791
             K  H TS VKCF TYV+ LP G ETG+FLALDLGGTNFRVL++++ +N  FEM S++F IP  IM+G+GE LFDHIADC  KF  D K++ +VLP+GFTFSF   Q+GL KG L +W+KGF CS+V   DVVQ+LK A+D++  ++I+VCAILNDTTG LMSCAWK   C+IGLIIGTGTNACY+ED +N E FD + D G   +++N EWG FG    LDF+RT++D  VD  ++NPG+Q+ EKMISGMYMGEL R  L     EGL+F  +  +D LF   RFYT+Y+SEIESDP G++   KE+  ELGL++  E+D   +RY+CEC+SRRA  +A AGI  LL KM    V V IDGS++R+HPHF N+M  +IS+L+     FDLM+S DGSGRGAALVAAV + +
Sbjct:  164 GKATHPTSIVKCFITYVQDLPDGSETGKFLALDLGGTNFRVLLIELSKNH-FEMRSKIFAIPQHIMLGSGEQLFDHIADCLAKFAKDEKIQHEVLPLGFTFSFPLMQKGLTKGILERWTKGFNCSNVVGNDVVQMLKDAIDRRGDIQIEVCAILNDTTGTLMSCAWKNRYCKIGLIIGTGTNACYVEDQKNAEMFD-EPDRGSGKVLINCEWGAFGDDGALDFVRTQYDREVDEHTVNPGKQLHEKMISGMYMGELVRLALERFTNEGLLFGGKG-SDQLFTRDRFYTKYVSEIESDPPGTFTNCKEILEELGLKHATEQDCINVRYVCECISRRAAHLASAGIATLLNKMKEPRVTVGIDGSLYRFHPHFHNLMMEKISELVEPGIVFDLMLSEDGSGRGAALVAAVASRK 572
[Close]
BLAST of EMLSAG00000004643 vs. Select Arthropod Genomes
Match: gb|EEZ97931.1| (Hexokinase type 2-like Protein [Tribolium castaneum])

HSP 1 Score: 484.182 bits (1245), Expect = 1.535e-160
Identity = 236/421 (56.06%), Postives = 304/421 (72.21%), Query Frame = 0 
Query:  368 VERRMRKAINEGLSKKYHETSSVKCFPTYVRLLPTGKETGRFLALDLGGTNFRVLVVDIGENQQFEMDSQVFPIPNSIMIGTGEGLFDHIADCCKKFVYDRKLEDQVLPMGFTFSFATQQEGLAKGRLFKWSKGFKCSDVEDEDVVQLLKTALDKK-KLKIDVCAILNDTTGCLMSCAWKESNCRIGLIIGTGTNACYLEDLENVETFDGDRDEGPKHMIVNTEWGNFGSCSELDFIRTKWDEAVDAGSINPGQQIFEKMISGMYMGELTRQVLVDMIWEGLMFKEQANTDLLFEWGRFYTRYLSEIESDPVGSYQRAKEVCIELGLENVCEEDLSALRYICECVSRRAGFMAXAGITALLKKMDYRXVVVAIDGSVFRYHPHFSNIMKSRISQLMGVDYKFDLMMSTDGSGRGAALVAAV 787
            + RR    +++GL K  H TS VKCF TYV+ LP G E G+FLALDLGGTNFRVL++++ ++  FEM S+++ IP  IM+G+GE LFDHIADC   F+   ++  + LP+GFTFSF   Q+GL KG L +W+KGF CS+    DVVQLLK A+ ++  ++I VCAILNDTTG LMSCAWK  NCRIGLI+GTG+NACY+E  +N E FD D D+G  ++I+N EWG FG    LDFIRT++D  VDA S+NPG+Q+ EKMISGMYMGELTR  L     EGL+F+ +A +D LF  G+FYT+Y+SEIE DP G     +++  ELG+ +  ++D   +RY+CECVS+RA  +A  GI  LL KM+   V VAIDGSV+RYHPHF ++M   IS L+    KFDLM+S DGSGRGAALVAAV
Sbjct:   27 ISRRFLHDVDKGLRKDTHATSIVKCFVTYVQDLPNGTENGKFLALDLGGTNFRVLLIELSKDH-FEMRSKIYAIPQHIMLGSGEQLFDHIADCLASFMKQEQVIAETLPLGFTFSFPLTQKGLTKGILERWTKGFNCSNCVGNDVVQLLKDAIARRGDIQIKVCAILNDTTGTLMSCAWKNPNCRIGLIVGTGSNACYVEKQKNAELFD-DEDKGSGNVIINLEWGAFGDDGALDFIRTEYDRDVDANSVNPGRQLHEKMISGMYMGELTRLALEKFTKEGLLFEGKA-SDALFTRGKFYTKYVSEIEGDPAGVITSCRDILEELGIYHATDQDCFNVRYVCECVSKRAADLASTGIATLLNKMNEARVTVAIDGSVYRYHPHFHDLMMQTISTLVNPGIKFDLMLSEDGSGRGAALVAAV 444
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BLAST of EMLSAG00000004643 vs. Select Arthropod Genomes
Match: XP_006557645.1 (PREDICTED: hexokinase type 2 isoform X1 [Apis mellifera])

HSP 1 Score: 480.33 bits (1235), Expect = 1.179e-158
Identity = 238/467 (50.96%), Postives = 316/467 (67.67%), Query Frame = 0 
Query:  316 QPKIISETRRKIEDLCRDLIVNNDHIHVXXXXXXXXXXXXXXXXXXXXXXXXVERRMRKAINEGLSKKYHETSSVKCFPTYVRLLPTGKETGRFLALDLGGTNFRVLVVDIGENQQFEMDSQVFPIPNSIMIGTGEGLFDHIADCCKKFVYDRKLEDQVLPMGFTFSFATQQEGLAKGRLFKWSKGFKCSDVEDEDVVQLLKTALDKK-KLKIDVCAILNDTTGCLMSCAWKESNCRIGLIIGTGTNACYLEDLENVET-FDGDRDEGPKHMIVNTEWGNFGSCSELDFIRTKWDEAVDAGSINPGQQIFEKMISGMYMGELTRQVLVDMIWEGLMFKEQANTDLLFEWGRFYTRYLSEIESDPVGSYQRAKEVCIELGLENVCEEDLSALRYICECVSRRAGFMAXAGITALLKKMDYRXVVVAIDGSVFRYHPHFSNIMKSRISQLMGVDYKFDLMMSTDGSGRG 780
            +P  +++   +I D+C+DL+++++ +                          +   +   +++GL K+ H T++ KCFPTYV+ LP G E G FLALDLGGTNFRVL++ + E Q F+M S+++ IP S+M+GTG  LFDHIA C   FV D  L+++VLP+GFTFSF   Q GL KG L +W+KGFKC D+  ED+V LL+ A+ K+  +KI +CAILNDTTG LMSCAWK  NCRIGLI+GTGTNACY+E LEN++T +  +   G   M++N EWG FG  + LDFI T  D  VD  SINP +Q+FEKMISGMYMGEL R ++   I  GL+F  ++ T+ L + GRFY +Y+SEIE+DP G Y   +EV  ELGL NV ++D   ++YIC  VSRRA  +A AGI  LL KMD   VVV IDGSV+RYHPHF N+M  +ISQL   ++KF+LM+S DGSGRG
Sbjct:   31 EPSTVAKVSDEIRDICKDLVLSDEKLR------------------------QLMDTLNDQLHKGLGKETHATATTKCFPTYVQDLPQGTEKGNFLALDLGGTNFRVLLITLDE-QNFDMKSKIYVIPQSLMVGTGVQLFDHIAHCLALFVKDLNLQNEVLPLGFTFSFPLDQHGLTKGYLIRWTKGFKCDDIIGEDIVDLLEQAIKKRGDVKIQICAILNDTTGTLMSCAWKNKNCRIGLIVGTGTNACYVEKLENIQTVYPENVLPGKPKMLINIEWGAFGEGTLLDFIATDIDRDVDENSINPAKQVFEKMISGMYMGELVRLLIEKAINAGLLFIGKS-TNELKKRGRFYAKYVSEIENDPNGKYTNCREVLAELGLRNVTDQDCENVKYICSVVSRRAAHLASAGIATLLNKMDEDNVVVGIDGSVYRYHPHFHNLMTEKISQLQ--NHKFELMLSEDGSGRG 469
[Close]
BLAST of EMLSAG00000004643 vs. Select Arthropod Genomes
Match: XP_006557647.1 (PREDICTED: hexokinase type 2 isoform X3 [Apis mellifera])

HSP 1 Score: 478.019 bits (1229), Expect = 4.060e-158
Identity = 237/459 (51.63%), Postives = 313/459 (68.19%), Query Frame = 0 
Query:  324 RRKIEDLCRDLIVNNDHIHVXXXXXXXXXXXXXXXXXXXXXXXXVERRMRKAINEGLSKKYHETSSVKCFPTYVRLLPTGKETGRFLALDLGGTNFRVLVVDIGENQQFEMDSQVFPIPNSIMIGTGEGLFDHIADCCKKFVYDRKLEDQVLPMGFTFSFATQQEGLAKGRLFKWSKGFKCSDVEDEDVVQLLKTALDKK-KLKIDVCAILNDTTGCLMSCAWKESNCRIGLIIGTGTNACYLEDLENVET-FDGDRDEGPKHMIVNTEWGNFGSCSELDFIRTKWDEAVDAGSINPGQQIFEKMISGMYMGELTRQVLVDMIWEGLMFKEQANTDLLFEWGRFYTRYLSEIESDPVGSYQRAKEVCIELGLENVCEEDLSALRYICECVSRRAGFMAXAGITALLKKMDYRXVVVAIDGSVFRYHPHFSNIMKSRISQLMGVDYKFDLMMSTDGSGRG 780
            +++I D+C+DL+++++ +                          +   +   +++GL K+ H T++ KCFPTYV+ LP G E G FLALDLGGTNFRVL++ + E Q F+M S+++ IP S+M+GTG  LFDHIA C   FV D  L+++VLP+GFTFSF   Q GL KG L +W+KGFKC D+  ED+V LL+ A+ K+  +KI +CAILNDTTG LMSCAWK  NCRIGLI+GTGTNACY+E LEN++T +  +   G   M++N EWG FG  + LDFI T  D  VD  SINP +Q+FEKMISGMYMGEL R ++   I  GL+F  ++ T+ L + GRFY +Y+SEIE+DP G Y   +EV  ELGL NV ++D   ++YIC  VSRRA  +A AGI  LL KMD   VVV IDGSV+RYHPHF N+M  +ISQL   ++KF+LM+S DGSGRG
Sbjct:   12 KQEIRDICKDLVLSDEKLR------------------------QLMDTLNDQLHKGLGKETHATATTKCFPTYVQDLPQGTEKGNFLALDLGGTNFRVLLITLDE-QNFDMKSKIYVIPQSLMVGTGVQLFDHIAHCLALFVKDLNLQNEVLPLGFTFSFPLDQHGLTKGYLIRWTKGFKCDDIIGEDIVDLLEQAIKKRGDVKIQICAILNDTTGTLMSCAWKNKNCRIGLIVGTGTNACYVEKLENIQTVYPENVLPGKPKMLINIEWGAFGEGTLLDFIATDIDRDVDENSINPAKQVFEKMISGMYMGELVRLLIEKAINAGLLFIGKS-TNELKKRGRFYAKYVSEIENDPNGKYTNCREVLAELGLRNVTDQDCENVKYICSVVSRRAAHLASAGIATLLNKMDEDNVVVGIDGSVYRYHPHFHNLMTEKISQLQ--NHKFELMLSEDGSGRG 442
[Close]
BLAST of EMLSAG00000004643 vs. Select Arthropod Genomes
Match: AGB95227.1 (hexokinase A, isoform C [Drosophila melanogaster])

HSP 1 Score: 476.093 bits (1224), Expect = 1.625e-157
Identity = 230/422 (54.50%), Postives = 300/422 (71.09%), Query Frame = 0 
Query:  371 RMRKAINEGLSKKYHETSSVKCFPTYVRLLPTGKETGRFLALDLGGTNFRVLVVDIGENQQFEMDSQVFPIPNSIMIGTGEGLFDHIADCCKKFVYDRKLEDQVLPMGFTFSFATQQEGLAKGRLFKWSKGFKCSDVEDEDVVQLLKTALDKK-KLKIDVCAILNDTTGCLMSCAWKESNCRIGLIIGTGTNACYLEDLENVETFDGDRDEGPKHMIVNTEWGNFGSCSELDFIRTKWDEAVDAGSINPGQQIFEKMISGMYMGELTRQVLVDMIWEGLMFKEQANTDLLFEWGRFYTRYLSEIESDPVGSYQRAKEVCIELGLENVCEEDLSALRYICECVSRRAGFMAXAGITALLKKMDYRXVVVAIDGSVFRYHPHFSNIMKSRISQLMGVDYKFDLMMSTDGSGRGAALVAAVLTNE 791
            R+   +  GL+K  H  ++VKCF TYV+ LP G E G+FLALDLGGTNFRVL++ + EN  F+M+S+++ IP  IMIG+G  LFDHIA+C   F+ +  +  + LP+GFTFSF  +Q GL KG L  W+KGF C+ V +EDVVQLLK A+ ++  ++IDVCAILNDTTG LMSCAWK  NC+IGLI+GTG NACY+E +E  E F  + D   KH+++NTEWG FG    LDF+RT++D  +D  SINPG+Q FEKMISGMYMGEL R VLV M   G++F  Q ++++L   G F+T+Y+SEIE+D  G++   + V  ELGL N  + D + +RYICECVS+RA  +  AGI  L+ KMD   V V +DGSV+R+HP F N+M  +ISQL+     FDLM+S DGSGRGAALVAAV   E
Sbjct:   22 RILHELRRGLAKDTHPKANVKCFVTYVQDLPNGNERGKFLALDLGGTNFRVLLIHLQENNDFQMESRIYAIPQHIMIGSGTQLFDHIAECLSNFMAEHNVYKERLPLGFTFSFPLRQLGLTKGLLETWTKGFNCAGVVNEDVVQLLKDAIARRGDVQIDVCAILNDTTGTLMSCAWKNHNCKIGLIVGTGANACYMERVEEAELFAAE-DPRKKHVLINTEWGAFGDNGALDFVRTEFDRDIDVHSINPGKQTFEKMISGMYMGELVRLVLVKMTQAGILFNGQ-DSEVLNTRGLFFTKYVSEIEADEPGNFTNCRLVLEELGLTNATDGDCANVRYICECVSKRAAHLVSAGIATLINKMDEPTVTVGVDGSVYRFHPKFHNLMVEKISQLIKPGITFDLMLSEDGSGRGAALVAAVACRE 441
[Close]
BLAST of EMLSAG00000004643 vs. Select Arthropod Genomes
Match: AAN09253.1 (hexokinase A, isoform B [Drosophila melanogaster])

HSP 1 Score: 476.093 bits (1224), Expect = 1.625e-157
Identity = 230/422 (54.50%), Postives = 300/422 (71.09%), Query Frame = 0 
Query:  371 RMRKAINEGLSKKYHETSSVKCFPTYVRLLPTGKETGRFLALDLGGTNFRVLVVDIGENQQFEMDSQVFPIPNSIMIGTGEGLFDHIADCCKKFVYDRKLEDQVLPMGFTFSFATQQEGLAKGRLFKWSKGFKCSDVEDEDVVQLLKTALDKK-KLKIDVCAILNDTTGCLMSCAWKESNCRIGLIIGTGTNACYLEDLENVETFDGDRDEGPKHMIVNTEWGNFGSCSELDFIRTKWDEAVDAGSINPGQQIFEKMISGMYMGELTRQVLVDMIWEGLMFKEQANTDLLFEWGRFYTRYLSEIESDPVGSYQRAKEVCIELGLENVCEEDLSALRYICECVSRRAGFMAXAGITALLKKMDYRXVVVAIDGSVFRYHPHFSNIMKSRISQLMGVDYKFDLMMSTDGSGRGAALVAAVLTNE 791
            R+   +  GL+K  H  ++VKCF TYV+ LP G E G+FLALDLGGTNFRVL++ + EN  F+M+S+++ IP  IMIG+G  LFDHIA+C   F+ +  +  + LP+GFTFSF  +Q GL KG L  W+KGF C+ V +EDVVQLLK A+ ++  ++IDVCAILNDTTG LMSCAWK  NC+IGLI+GTG NACY+E +E  E F  + D   KH+++NTEWG FG    LDF+RT++D  +D  SINPG+Q FEKMISGMYMGEL R VLV M   G++F  Q ++++L   G F+T+Y+SEIE+D  G++   + V  ELGL N  + D + +RYICECVS+RA  +  AGI  L+ KMD   V V +DGSV+R+HP F N+M  +ISQL+     FDLM+S DGSGRGAALVAAV   E
Sbjct:   22 RILHELRRGLAKDTHPKANVKCFVTYVQDLPNGNERGKFLALDLGGTNFRVLLIHLQENNDFQMESRIYAIPQHIMIGSGTQLFDHIAECLSNFMAEHNVYKERLPLGFTFSFPLRQLGLTKGLLETWTKGFNCAGVVNEDVVQLLKDAIARRGDVQIDVCAILNDTTGTLMSCAWKNHNCKIGLIVGTGANACYMERVEEAELFAAE-DPRKKHVLINTEWGAFGDNGALDFVRTEFDRDIDVHSINPGKQTFEKMISGMYMGELVRLVLVKMTQAGILFNGQ-DSEVLNTRGLFFTKYVSEIEADEPGNFTNCRLVLEELGLTNATDGDCANVRYICECVSKRAAHLVSAGIATLINKMDEPTVTVGVDGSVYRFHPKFHNLMVEKISQLIKPGITFDLMLSEDGSGRGAALVAAVACRE 441
[Close]
BLAST of EMLSAG00000004643 vs. Select Arthropod Genomes
Match: XP_006557646.1 (PREDICTED: hexokinase type 2 isoform X2 [Apis mellifera])

HSP 1 Score: 476.093 bits (1224), Expect = 1.973e-157
Identity = 238/458 (51.97%), Postives = 312/458 (68.12%), Query Frame = 0 
Query:  325 RKIEDLCRDLIVNNDHIHVXXXXXXXXXXXXXXXXXXXXXXXXVERRMRKAINEGLSKKYHETSSVKCFPTYVRLLPTGKETGRFLALDLGGTNFRVLVVDIGENQQFEMDSQVFPIPNSIMIGTGEGLFDHIADCCKKFVYDRKLEDQVLPMGFTFSFATQQEGLAKGRLFKWSKGFKCSDVEDEDVVQLLKTALDKK-KLKIDVCAILNDTTGCLMSCAWKESNCRIGLIIGTGTNACYLEDLENVET-FDGDRDEGPKHMIVNTEWGNFGSCSELDFIRTKWDEAVDAGSINPGQQIFEKMISGMYMGELTRQVLVDMIWEGLMFKEQANTDLLFEWGRFYTRYLSEIESDPVGSYQRAKEVCIELGLENVCEEDLSALRYICECVSRRAGFMAXAGITALLKKMDYRXVVVAIDGSVFRYHPHFSNIMKSRISQLMGVDYKFDLMMSTDGSGRG 780
            +KI D+C+DL+++++ +                          +   +   +++GL K+ H T++ KCFPTYV+ LP G E G FLALDLGGTNFRVL++ + E Q F+M S+++ IP S+M+GTG  LFDHIA C   FV D  L+++VLP+GFTFSF   Q GL KG L +W+KGFKC D+  ED+V LL+ A+ K+  +KI +CAILNDTTG LMSCAWK  NCRIGLI+GTGTNACY+E LEN++T +  +   G   M++N EWG FG  + LDFI T  D  VD  SINP +Q+FEKMISGMYMGEL R ++   I  GL+F  ++ T+ L + GRFY +Y+SEIE+DP G Y   +EV  ELGL NV ++D   ++YIC  VSRRA  +A AGI  LL KMD   VVV IDGSV+RYHPHF N+M  +ISQL   ++KF+LM+S DGSGRG
Sbjct:   17 QKIRDICKDLVLSDEKLR------------------------QLMDTLNDQLHKGLGKETHATATTKCFPTYVQDLPQGTEKGNFLALDLGGTNFRVLLITLDE-QNFDMKSKIYVIPQSLMVGTGVQLFDHIAHCLALFVKDLNLQNEVLPLGFTFSFPLDQHGLTKGYLIRWTKGFKCDDIIGEDIVDLLEQAIKKRGDVKIQICAILNDTTGTLMSCAWKNKNCRIGLIVGTGTNACYVEKLENIQTVYPENVLPGKPKMLINIEWGAFGEGTLLDFIATDIDRDVDENSINPAKQVFEKMISGMYMGELVRLLIEKAINAGLLFIGKS-TNELKKRGRFYAKYVSEIENDPNGKYTNCREVLAELGLRNVTDQDCENVKYICSVVSRRAAHLASAGIATLLNKMDEDNVVVGIDGSVYRYHPHFHNLMTEKISQLQ--NHKFELMLSEDGSGRG 446
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BLAST of EMLSAG00000004643 vs. Select Arthropod Genomes
Match: XP_006557648.1 (PREDICTED: hexokinase type 2 isoform X4 [Apis mellifera])

HSP 1 Score: 475.322 bits (1222), Expect = 3.799e-157
Identity = 237/458 (51.75%), Postives = 311/458 (67.90%), Query Frame = 0 
Query:  325 RKIEDLCRDLIVNNDHIHVXXXXXXXXXXXXXXXXXXXXXXXXVERRMRKAINEGLSKKYHETSSVKCFPTYVRLLPTGKETGRFLALDLGGTNFRVLVVDIGENQQFEMDSQVFPIPNSIMIGTGEGLFDHIADCCKKFVYDRKLEDQVLPMGFTFSFATQQEGLAKGRLFKWSKGFKCSDVEDEDVVQLLKTALDKK-KLKIDVCAILNDTTGCLMSCAWKESNCRIGLIIGTGTNACYLEDLENVET-FDGDRDEGPKHMIVNTEWGNFGSCSELDFIRTKWDEAVDAGSINPGQQIFEKMISGMYMGELTRQVLVDMIWEGLMFKEQANTDLLFEWGRFYTRYLSEIESDPVGSYQRAKEVCIELGLENVCEEDLSALRYICECVSRRAGFMAXAGITALLKKMDYRXVVVAIDGSVFRYHPHFSNIMKSRISQLMGVDYKFDLMMSTDGSGRG 780
            + I D+C+DL+++++ +                          +   +   +++GL K+ H T++ KCFPTYV+ LP G E G FLALDLGGTNFRVL++ + E Q F+M S+++ IP S+M+GTG  LFDHIA C   FV D  L+++VLP+GFTFSF   Q GL KG L +W+KGFKC D+  ED+V LL+ A+ K+  +KI +CAILNDTTG LMSCAWK  NCRIGLI+GTGTNACY+E LEN++T +  +   G   M++N EWG FG  + LDFI T  D  VD  SINP +Q+FEKMISGMYMGEL R ++   I  GL+F  ++ T+ L + GRFY +Y+SEIE+DP G Y   +EV  ELGL NV ++D   ++YIC  VSRRA  +A AGI  LL KMD   VVV IDGSV+RYHPHF N+M  +ISQL   ++KF+LM+S DGSGRG
Sbjct:    9 KHIRDICKDLVLSDEKLR------------------------QLMDTLNDQLHKGLGKETHATATTKCFPTYVQDLPQGTEKGNFLALDLGGTNFRVLLITLDE-QNFDMKSKIYVIPQSLMVGTGVQLFDHIAHCLALFVKDLNLQNEVLPLGFTFSFPLDQHGLTKGYLIRWTKGFKCDDIIGEDIVDLLEQAIKKRGDVKIQICAILNDTTGTLMSCAWKNKNCRIGLIVGTGTNACYVEKLENIQTVYPENVLPGKPKMLINIEWGAFGEGTLLDFIATDIDRDVDENSINPAKQVFEKMISGMYMGELVRLLIEKAINAGLLFIGKS-TNELKKRGRFYAKYVSEIENDPNGKYTNCREVLAELGLRNVTDQDCENVKYICSVVSRRAAHLASAGIATLLNKMDEDNVVVGIDGSVYRYHPHFHNLMTEKISQLQ--NHKFELMLSEDGSGRG 438
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BLAST of EMLSAG00000004643 vs. nr
Match: gi|1059415288|ref|XP_017780518.1| (PREDICTED: hexokinase type 2 isoform X3 [Nicrophorus vespilloides])

HSP 1 Score: 505.368 bits (1300), Expect = 3.879e-166
Identity = 248/463 (53.56%), Postives = 326/463 (70.41%), Query Frame = 0 
Query:  326 KIEDLCRDLIVNNDHIHVXXXXXXXXXXXXXXXXXXXXXXXXVERRMRKAINEGLSKKYHETSSVKCFPTYVRLLPTGKETGRFLALDLGGTNFRVLVVDIGENQQFEMDSQVFPIPNSIMIGTGEGLFDHIADCCKKFVYDRKLEDQVLPMGFTFSFATQQEGLAKGRLFKWSKGFKCSDVEDEDVVQLLKTALDKK-KLKIDVCAILNDTTGCLMSCAWKESNCRIGLIIGTGTNACYLEDLENVETFDGDRDEGPKHMIVNTEWGNFGSCSELDFIRTKWDEAVDAGSINPGQQIFEKMISGMYMGELTRQVLVDMIWEGLMFKEQANTDLLFEWGRFYTRYLSEIESDPVGSYQRAKEVCIELGLENVCEEDLSALRYICECVSRRAGFMAXAGITALLKKMDYRXVVVAIDGSVFRYHPHFSNIMKSRISQLMGVDYKFDLMMSTDGSGRGAALVAAV 787
            KI+D C++LI+ +D +                          V +R+   IN+GL KK H  + VKCF TYV+ LP G E G+FLALDLGGTNFRVL++++G+N  FEM S++F IP  IM+G+GE LFDHIADC  KF+ + K++ + LP+GFTFSF  QQ GL +G L +W+KGF CS V  +DVVQLLK A+ ++  ++I VCAILNDTTG LMSCAWK  +C+IGLI+GTGTNACY+E  +N E FDG +D G   +++NTEWG FG   +LDF+RT++D  +D  SINPG+Q+ EKMISGMYMGEL R VL  +  EGL+F  +  +D LF   RFYT+Y+SEIE++P G+Y   +++  ELG+++  E+D   +RY+CECVSRRA  +  AGI  LL KMD   V V IDGSV+RYHPHF N+M ++IS L+    KF+LM+S DGSGRGAALVAAV
Sbjct:   13 KIQDRCKELILGDDQL------------------------KEVMKRLTDDINKGLGKKTHADAIVKCFVTYVQDLPNGTEKGKFLALDLGGTNFRVLLIELGDNH-FEMKSKIFAIPQHIMLGSGEQLFDHIADCLAKFMKEEKVQKEKLPLGFTFSFPLQQLGLTRGMLERWTKGFNCSGVIGQDVVQLLKDAIARRGDIQITVCAILNDTTGTLMSCAWKNHDCKIGLIVGTGTNACYVEKQKNAELFDG-QDNGSGKVLINTEWGAFGDDGQLDFVRTEYDRDIDEHSINPGKQLHEKMISGMYMGELARLVLQKLTKEGLLFNGKG-SDPLFTRQRFYTKYVSEIENEPHGTYNNCRQILEELGIKHASEQDCVNVRYVCECVSRRAAHLVSAGIACLLNKMDDPTVTVGIDGSVYRYHPHFHNLMVAKISNLVNKHIKFNLMLSDDGSGRGAALVAAV 448
[Close]
BLAST of EMLSAG00000004643 vs. nr
Match: gi|1059415284|ref|XP_017780515.1| (PREDICTED: hexokinase type 2 isoform X1 [Nicrophorus vespilloides])

HSP 1 Score: 505.753 bits (1301), Expect = 4.802e-166
Identity = 248/467 (53.10%), Postives = 327/467 (70.02%), Query Frame = 0 
Query:  322 ETRRKIEDLCRDLIVNNDHIHVXXXXXXXXXXXXXXXXXXXXXXXXVERRMRKAINEGLSKKYHETSSVKCFPTYVRLLPTGKETGRFLALDLGGTNFRVLVVDIGENQQFEMDSQVFPIPNSIMIGTGEGLFDHIADCCKKFVYDRKLEDQVLPMGFTFSFATQQEGLAKGRLFKWSKGFKCSDVEDEDVVQLLKTALDKK-KLKIDVCAILNDTTGCLMSCAWKESNCRIGLIIGTGTNACYLEDLENVETFDGDRDEGPKHMIVNTEWGNFGSCSELDFIRTKWDEAVDAGSINPGQQIFEKMISGMYMGELTRQVLVDMIWEGLMFKEQANTDLLFEWGRFYTRYLSEIESDPVGSYQRAKEVCIELGLENVCEEDLSALRYICECVSRRAGFMAXAGITALLKKMDYRXVVVAIDGSVFRYHPHFSNIMKSRISQLMGVDYKFDLMMSTDGSGRGAALVAAV 787
            E   +I+D C++LI+ +D +                          V +R+   IN+GL KK H  + VKCF TYV+ LP G E G+FLALDLGGTNFRVL++++G+N  FEM S++F IP  IM+G+GE LFDHIADC  KF+ + K++ + LP+GFTFSF  QQ GL +G L +W+KGF CS V  +DVVQLLK A+ ++  ++I VCAILNDTTG LMSCAWK  +C+IGLI+GTGTNACY+E  +N E FDG +D G   +++NTEWG FG   +LDF+RT++D  +D  SINPG+Q+ EKMISGMYMGEL R VL  +  EGL+F  +  +D LF   RFYT+Y+SEIE++P G+Y   +++  ELG+++  E+D   +RY+CECVSRRA  +  AGI  LL KMD   V V IDGSV+RYHPHF N+M ++IS L+    KF+LM+S DGSGRGAALVAAV
Sbjct:   21 EISNEIQDRCKELILGDDQL------------------------KEVMKRLTDDINKGLGKKTHADAIVKCFVTYVQDLPNGTEKGKFLALDLGGTNFRVLLIELGDNH-FEMKSKIFAIPQHIMLGSGEQLFDHIADCLAKFMKEEKVQKEKLPLGFTFSFPLQQLGLTRGMLERWTKGFNCSGVIGQDVVQLLKDAIARRGDIQITVCAILNDTTGTLMSCAWKNHDCKIGLIVGTGTNACYVEKQKNAELFDG-QDNGSGKVLINTEWGAFGDDGQLDFVRTEYDRDIDEHSINPGKQLHEKMISGMYMGELARLVLQKLTKEGLLFNGKG-SDPLFTRQRFYTKYVSEIENEPHGTYNNCRQILEELGIKHASEQDCVNVRYVCECVSRRAAHLVSAGIACLLNKMDDPTVTVGIDGSVYRYHPHFHNLMVAKISNLVNKHIKFNLMLSDDGSGRGAALVAAV 460
[Close]
BLAST of EMLSAG00000004643 vs. nr
Match: gi|815766462|ref|XP_012220071.1| (PREDICTED: hexokinase type 2-like isoform X3 [Linepithema humile])

HSP 1 Score: 505.368 bits (1300), Expect = 5.692e-166
Identity = 246/466 (52.79%), Postives = 326/466 (69.96%), Query Frame = 0 
Query:  324 RRKIEDLCRDLIVNNDHIHVXXXXXXXXXXXXXXXXXXXXXXXXVERRMRKAINEGLSKKYHETSSVKCFPTYVRLLPTGKETGRFLALDLGGTNFRVLVVDIGENQQFEMDSQVFPIPNSIMIGTGEGLFDHIADCCKKFVYDRKLEDQVLPMGFTFSFATQQEGLAKGRLFKWSKGFKCSDVEDEDVVQLLKTALDKKK-LKIDVCAILNDTTGCLMSCAWKESNCRIGLIIGTGTNACYLEDLENVE-TFDGDRDEGPKHMIVNTEWGNFGSCSELDFIRTKWDEAVDAGSINPGQQIFEKMISGMYMGELTRQVLVDMIWEGLMFKEQANTDLLFEWGRFYTRYLSEIESDPVGSYQRAKEVCIELGLENVCEEDLSALRYICECVSRRAGFMAXAGITALLKKMDYRXVVVAIDGSVFRYHPHFSNIMKSRISQLMGVDYKFDLMMSTDGSGRGAALVAAV 787
            +++I D C+DL++++D + +                        V +R+   IN GLS++ H+ ++VKCF TYV+ LP G E G FLALDLGGTNFRVL++ + + Q F+M S+++ IP S+M+GTG  LFDHIA C   FV D KL+++VLP+GFTFSF   Q GL +G L +W+KGF CS V  EDVV LL+ A+D++  +KIDVCAILNDTTG LMSCAWK  NCRIGLI+GTG+NACY+E   NVE    G+  +   HM++NTEWG FG    LDF+ T++D A+D  SINP +Q+FEKMISGMYMGEL R VL  ++  GL+F  +  TDL  + G+F+T+Y+SEIE+DP G Y   +EV  ELGL NV ++D   +RY+C  VSRRA ++A AGI  LL KM    V V IDGSV+R+HPHF ++M ++I++L   +YKFDLM+S DGSGRGAALVAAV
Sbjct:   13 KQEIRDACKDLVLSDDQLRL------------------------VMQRLSDEINRGLSRQTHDDATVKCFTTYVQDLPNGTEKGNFLALDLGGTNFRVLLITL-DGQNFDMKSKIYAIPQSLMLGTGTQLFDHIAQCLALFVKDLKLQNEVLPLGFTFSFPLTQHGLTQGNLVRWTKGFNCSGVIGEDVVALLEEAIDRRNDVKIDVCAILNDTTGTLMSCAWKNQNCRIGLIVGTGSNACYVEKTRNVECAIPGNYADHKSHMLINTEWGAFGEGGVLDFVTTEFDRAIDENSINPSKQLFEKMISGMYMGELARLVLEKLVNAGLLFGGKYPTDLR-KRGKFFTKYVSEIENDPKGKYTNCREVLAELGLRNVSDQDCENVRYVCSLVSRRAAYLASAGIATLLNKMGENNVTVGIDGSVYRFHPHFHDLMTAKITELQ--NYKFDLMLSEDGSGRGAALVAAV 450
[Close]
BLAST of EMLSAG00000004643 vs. nr
Match: gi|1059415291|ref|XP_017780519.1| (PREDICTED: hexokinase type 2 isoform X4 [Nicrophorus vespilloides])

HSP 1 Score: 504.597 bits (1298), Expect = 6.134e-166
Identity = 247/463 (53.35%), Postives = 326/463 (70.41%), Query Frame = 0 
Query:  326 KIEDLCRDLIVNNDHIHVXXXXXXXXXXXXXXXXXXXXXXXXVERRMRKAINEGLSKKYHETSSVKCFPTYVRLLPTGKETGRFLALDLGGTNFRVLVVDIGENQQFEMDSQVFPIPNSIMIGTGEGLFDHIADCCKKFVYDRKLEDQVLPMGFTFSFATQQEGLAKGRLFKWSKGFKCSDVEDEDVVQLLKTALDKK-KLKIDVCAILNDTTGCLMSCAWKESNCRIGLIIGTGTNACYLEDLENVETFDGDRDEGPKHMIVNTEWGNFGSCSELDFIRTKWDEAVDAGSINPGQQIFEKMISGMYMGELTRQVLVDMIWEGLMFKEQANTDLLFEWGRFYTRYLSEIESDPVGSYQRAKEVCIELGLENVCEEDLSALRYICECVSRRAGFMAXAGITALLKKMDYRXVVVAIDGSVFRYHPHFSNIMKSRISQLMGVDYKFDLMMSTDGSGRGAALVAAV 787
            +I+D C++LI+ +D +                          V +R+   IN+GL KK H  + VKCF TYV+ LP G E G+FLALDLGGTNFRVL++++G+N  FEM S++F IP  IM+G+GE LFDHIADC  KF+ + K++ + LP+GFTFSF  QQ GL +G L +W+KGF CS V  +DVVQLLK A+ ++  ++I VCAILNDTTG LMSCAWK  +C+IGLI+GTGTNACY+E  +N E FDG +D G   +++NTEWG FG   +LDF+RT++D  +D  SINPG+Q+ EKMISGMYMGEL R VL  +  EGL+F  +  +D LF   RFYT+Y+SEIE++P G+Y   +++  ELG+++  E+D   +RY+CECVSRRA  +  AGI  LL KMD   V V IDGSV+RYHPHF N+M ++IS L+    KF+LM+S DGSGRGAALVAAV
Sbjct:    4 QIQDRCKELILGDDQL------------------------KEVMKRLTDDINKGLGKKTHADAIVKCFVTYVQDLPNGTEKGKFLALDLGGTNFRVLLIELGDNH-FEMKSKIFAIPQHIMLGSGEQLFDHIADCLAKFMKEEKVQKEKLPLGFTFSFPLQQLGLTRGMLERWTKGFNCSGVIGQDVVQLLKDAIARRGDIQITVCAILNDTTGTLMSCAWKNHDCKIGLIVGTGTNACYVEKQKNAELFDG-QDNGSGKVLINTEWGAFGDDGQLDFVRTEYDRDIDEHSINPGKQLHEKMISGMYMGELARLVLQKLTKEGLLFNGKG-SDPLFTRQRFYTKYVSEIENEPHGTYNNCRQILEELGIKHASEQDCVNVRYVCECVSRRAAHLVSAGIACLLNKMDDPTVTVGIDGSVYRYHPHFHNLMVAKISNLVNKHIKFNLMLSDDGSGRGAALVAAV 439
[Close]
BLAST of EMLSAG00000004643 vs. nr
Match: gi|815766464|ref|XP_012220077.1| (PREDICTED: hexokinase type 2-like isoform X4 [Linepithema humile])

HSP 1 Score: 503.442 bits (1295), Expect = 2.415e-165
Identity = 247/465 (53.12%), Postives = 324/465 (69.68%), Query Frame = 0 
Query:  325 RKIEDLCRDLIVNNDHIHVXXXXXXXXXXXXXXXXXXXXXXXXVERRMRKAINEGLSKKYHETSSVKCFPTYVRLLPTGKETGRFLALDLGGTNFRVLVVDIGENQQFEMDSQVFPIPNSIMIGTGEGLFDHIADCCKKFVYDRKLEDQVLPMGFTFSFATQQEGLAKGRLFKWSKGFKCSDVEDEDVVQLLKTALDKKK-LKIDVCAILNDTTGCLMSCAWKESNCRIGLIIGTGTNACYLEDLENVE-TFDGDRDEGPKHMIVNTEWGNFGSCSELDFIRTKWDEAVDAGSINPGQQIFEKMISGMYMGELTRQVLVDMIWEGLMFKEQANTDLLFEWGRFYTRYLSEIESDPVGSYQRAKEVCIELGLENVCEEDLSALRYICECVSRRAGFMAXAGITALLKKMDYRXVVVAIDGSVFRYHPHFSNIMKSRISQLMGVDYKFDLMMSTDGSGRGAALVAAV 787
            R I D C+DL++++D + +                        V +R+   IN GLS++ H+ ++VKCF TYV+ LP G E G FLALDLGGTNFRVL++ + + Q F+M S+++ IP S+M+GTG  LFDHIA C   FV D KL+++VLP+GFTFSF   Q GL +G L +W+KGF CS V  EDVV LL+ A+D++  +KIDVCAILNDTTG LMSCAWK  NCRIGLI+GTG+NACY+E   NVE    G+  +   HM++NTEWG FG    LDF+ T++D A+D  SINP +Q+FEKMISGMYMGEL R VL  ++  GL+F  +  TDL  + G+F+T+Y+SEIE+DP G Y   +EV  ELGL NV ++D   +RY+C  VSRRA ++A AGI  LL KM    V V IDGSV+R+HPHF ++M ++I++L   +YKFDLM+S DGSGRGAALVAAV
Sbjct:   13 RCIRDACKDLVLSDDQLRL------------------------VMQRLSDEINRGLSRQTHDDATVKCFTTYVQDLPNGTEKGNFLALDLGGTNFRVLLITL-DGQNFDMKSKIYAIPQSLMLGTGTQLFDHIAQCLALFVKDLKLQNEVLPLGFTFSFPLTQHGLTQGNLVRWTKGFNCSGVIGEDVVALLEEAIDRRNDVKIDVCAILNDTTGTLMSCAWKNQNCRIGLIVGTGSNACYVEKTRNVECAIPGNYADHKSHMLINTEWGAFGEGGVLDFVTTEFDRAIDENSINPSKQLFEKMISGMYMGELARLVLEKLVNAGLLFGGKYPTDLR-KRGKFFTKYVSEIENDPKGKYTNCREVLAELGLRNVSDQDCENVRYVCSLVSRRAAYLASAGIATLLNKMGENNVTVGIDGSVYRFHPHFHDLMTAKITELQ--NYKFDLMLSEDGSGRGAALVAAV 449
[Close]
BLAST of EMLSAG00000004643 vs. nr
Match: gi|1121118669|ref|XP_019548376.1| (PREDICTED: hexokinase type 2-like isoform X4 [Aedes albopictus] >gi|1121180612|ref|XP_019533861.1| PREDICTED: hexokinase type 2-like isoform X3 [Aedes albopictus])

HSP 1 Score: 503.056 bits (1294), Expect = 3.553e-165
Identity = 244/475 (51.37%), Postives = 329/475 (69.26%), Query Frame = 0 
Query:  320 ISETRRKIEDLCRDLIVNNDHIHVXXXXXXXXXXXXXXXXXXXXXXXXVERRMRKAINEGLSKKYHETSSVKCFPTYVRLLPTGKETGRFLALDLGGTNFRVLVVDIGENQQFEMDSQVFPIPNSIMIGTGEGLFDHIADCCKKFVYDRKLEDQVLPMGFTFSFATQQEGLAKGRLFKWSKGFKCSDVEDEDVVQLLKTALDKK-KLKIDVCAILNDTTGCLMSCAWKESNCRIGLIIGTGTNACYLEDLENVETFDGDRDEGPKHMIVNTEWGNFGSCSELDFIRTKWDEAVDAGSINPGQQIFEKMISGMYMGELTRQVLVDMIWEGLMFKEQANTDLLFEWGRFYTRYLSEIESDPVGSYQRAKEVCIELGLENVCEEDLSALRYICECVSRRAGFMAXAGITALLKKMDYRXVVVAIDGSVFRYHPHFSNIMKSRISQLMGVDYKFDLMMSTDGSGRGAALVAAVLTNEYY 793
            +S+ R +I + C++LI+++  I                          + RR+ K IN+GL+K  H  + +KCF TYV+ LP GKE G+FLALDLGGTNFRVL++ + +   FEM S+++ IP SIM+G+G  LFDHIA+C   F+ +  + ++ LP+GFTFSF   Q GL KG L +W+KGF CS V  EDVVQLLK A+ ++  ++I++CAILNDTTG LMSCAWK  NCRIGLI+GTG+NACY+E ++N E FDG +D   KH+++NTEWG FG    LDF+RT++D  +D  SINPG+QI EKMISGMYMGEL R  +V     GL+F     +D+LF+ G+F+T+Y+SEIESD  G+Y   ++V  ELGLE+  +ED + +RYICECVS RA  +  AGI AL+ KMD + V V +DGSV+R+HP F ++MK++I Q +  D  FDLM+S DGSGRGAALVAAV   E +
Sbjct:    1 MSDIREEIREQCQELILSDKQIE------------------------EIMRRLLKEINKGLNKATHPEADIKCFITYVQDLPNGKEKGKFLALDLGGTNFRVLLIHLKDENDFEMVSKIYAIPQSIMLGSGTQLFDHIAECLANFMKEHSVYEEKLPLGFTFSFPLTQLGLTKGILARWTKGFNCSGVVGEDVVQLLKDAIARRGDVQIEICAILNDTTGTLMSCAWKNHNCRIGLIVGTGSNACYVERVDNCEMFDGPKDPNKKHVLINTEWGAFGDNGMLDFVRTEYDREIDHFSINPGRQIQEKMISGMYMGELARLAIVKFTRAGLLFG-GVGSDILFKRGQFFTKYVSEIESDKPGTYMYCRDVLDELGLEHATDEDCANVRYICECVSSRAAHLVSAGIAALINKMDEKSVTVGVDGSVYRFHPKFHDLMKAKIRQFVKPDISFDLMLSEDGSGRGAALVAAVACREAH 450
[Close]
BLAST of EMLSAG00000004643 vs. nr
Match: gi|815766458|ref|XP_012220058.1| (PREDICTED: hexokinase type 2-like isoform X1 [Linepithema humile])

HSP 1 Score: 503.056 bits (1294), Expect = 7.972e-165
Identity = 246/464 (53.02%), Postives = 324/464 (69.83%), Query Frame = 0 
Query:  326 KIEDLCRDLIVNNDHIHVXXXXXXXXXXXXXXXXXXXXXXXXVERRMRKAINEGLSKKYHETSSVKCFPTYVRLLPTGKETGRFLALDLGGTNFRVLVVDIGENQQFEMDSQVFPIPNSIMIGTGEGLFDHIADCCKKFVYDRKLEDQVLPMGFTFSFATQQEGLAKGRLFKWSKGFKCSDVEDEDVVQLLKTALDKKK-LKIDVCAILNDTTGCLMSCAWKESNCRIGLIIGTGTNACYLEDLENVE-TFDGDRDEGPKHMIVNTEWGNFGSCSELDFIRTKWDEAVDAGSINPGQQIFEKMISGMYMGELTRQVLVDMIWEGLMFKEQANTDLLFEWGRFYTRYLSEIESDPVGSYQRAKEVCIELGLENVCEEDLSALRYICECVSRRAGFMAXAGITALLKKMDYRXVVVAIDGSVFRYHPHFSNIMKSRISQLMGVDYKFDLMMSTDGSGRGAALVAAV 787
            +I D C+DL++++D + +                        V +R+   IN GLS++ H+ ++VKCF TYV+ LP G E G FLALDLGGTNFRVL++ + + Q F+M S+++ IP S+M+GTG  LFDHIA C   FV D KL+++VLP+GFTFSF   Q GL +G L +W+KGF CS V  EDVV LL+ A+D++  +KIDVCAILNDTTG LMSCAWK  NCRIGLI+GTG+NACY+E   NVE    G+  +   HM++NTEWG FG    LDF+ T++D A+D  SINP +Q+FEKMISGMYMGEL R VL  ++  GL+F  +  TDL  + G+F+T+Y+SEIE+DP G Y   +EV  ELGL NV ++D   +RY+C  VSRRA ++A AGI  LL KM    V V IDGSV+R+HPHF ++M ++I++L   +YKFDLM+S DGSGRGAALVAAV
Sbjct:   33 EIRDACKDLVLSDDQLRL------------------------VMQRLSDEINRGLSRQTHDDATVKCFTTYVQDLPNGTEKGNFLALDLGGTNFRVLLITL-DGQNFDMKSKIYAIPQSLMLGTGTQLFDHIAQCLALFVKDLKLQNEVLPLGFTFSFPLTQHGLTQGNLVRWTKGFNCSGVIGEDVVALLEEAIDRRNDVKIDVCAILNDTTGTLMSCAWKNQNCRIGLIVGTGSNACYVEKTRNVECAIPGNYADHKSHMLINTEWGAFGEGGVLDFVTTEFDRAIDENSINPSKQLFEKMISGMYMGELARLVLEKLVNAGLLFGGKYPTDLR-KRGKFFTKYVSEIENDPKGKYTNCREVLAELGLRNVSDQDCENVRYVCSLVSRRAAYLASAGIATLLNKMGENNVTVGIDGSVYRFHPHFHDLMTAKITELQ--NYKFDLMLSEDGSGRGAALVAAV 468
[Close]
BLAST of EMLSAG00000004643 vs. nr
Match: gi|1121118667|ref|XP_019548375.1| (PREDICTED: hexokinase type 2-like isoform X3 [Aedes albopictus] >gi|1121180610|ref|XP_019533860.1| PREDICTED: hexokinase type 2-like isoform X2 [Aedes albopictus])

HSP 1 Score: 501.516 bits (1290), Expect = 1.216e-164
Identity = 244/476 (51.26%), Postives = 328/476 (68.91%), Query Frame = 0 
Query:  319 IISETRRKIEDLCRDLIVNNDHIHVXXXXXXXXXXXXXXXXXXXXXXXXVERRMRKAINEGLSKKYHETSSVKCFPTYVRLLPTGKETGRFLALDLGGTNFRVLVVDIGENQQFEMDSQVFPIPNSIMIGTGEGLFDHIADCCKKFVYDRKLEDQVLPMGFTFSFATQQEGLAKGRLFKWSKGFKCSDVEDEDVVQLLKTALDKK-KLKIDVCAILNDTTGCLMSCAWKESNCRIGLIIGTGTNACYLEDLENVETFDGDRDEGPKHMIVNTEWGNFGSCSELDFIRTKWDEAVDAGSINPGQQIFEKMISGMYMGELTRQVLVDMIWEGLMFKEQANTDLLFEWGRFYTRYLSEIESDPVGSYQRAKEVCIELGLENVCEEDLSALRYICECVSRRAGFMAXAGITALLKKMDYRXVVVAIDGSVFRYHPHFSNIMKSRISQLMGVDYKFDLMMSTDGSGRGAALVAAVLTNEYY 793
            +I +   KI + C++LI+++  I                          + RR+ K IN+GL+K  H  + +KCF TYV+ LP GKE G+FLALDLGGTNFRVL++ + +   FEM S+++ IP SIM+G+G  LFDHIA+C   F+ +  + ++ LP+GFTFSF   Q GL KG L +W+KGF CS V  EDVVQLLK A+ ++  ++I++CAILNDTTG LMSCAWK  NCRIGLI+GTG+NACY+E ++N E FDG +D   KH+++NTEWG FG    LDF+RT++D  +D  SINPG+QI EKMISGMYMGEL R  +V     GL+F     +D+LF+ G+F+T+Y+SEIESD  G+Y   ++V  ELGLE+  +ED + +RYICECVS RA  +  AGI AL+ KMD + V V +DGSV+R+HP F ++MK++I Q +  D  FDLM+S DGSGRGAALVAAV   E +
Sbjct:    3 VIRDNTGKIREQCQELILSDKQIE------------------------EIMRRLLKEINKGLNKATHPEADIKCFITYVQDLPNGKEKGKFLALDLGGTNFRVLLIHLKDENDFEMVSKIYAIPQSIMLGSGTQLFDHIAECLANFMKEHSVYEEKLPLGFTFSFPLTQLGLTKGILARWTKGFNCSGVVGEDVVQLLKDAIARRGDVQIEICAILNDTTGTLMSCAWKNHNCRIGLIVGTGSNACYVERVDNCEMFDGPKDPNKKHVLINTEWGAFGDNGMLDFVRTEYDREIDHFSINPGRQIQEKMISGMYMGELARLAIVKFTRAGLLFG-GVGSDILFKRGQFFTKYVSEIESDKPGTYMYCRDVLDELGLEHATDEDCANVRYICECVSSRAAHLVSAGIAALINKMDEKSVTVGVDGSVYRFHPKFHDLMKAKIRQFVKPDISFDLMLSEDGSGRGAALVAAVACREAH 453
[Close]
BLAST of EMLSAG00000004643 vs. nr
Match: gi|815766460|ref|XP_012220068.1| (PREDICTED: hexokinase type 2-like isoform X2 [Linepithema humile])

HSP 1 Score: 501.901 bits (1291), Expect = 1.374e-164
Identity = 246/465 (52.90%), Postives = 324/465 (69.68%), Query Frame = 0 
Query:  325 RKIEDLCRDLIVNNDHIHVXXXXXXXXXXXXXXXXXXXXXXXXVERRMRKAINEGLSKKYHETSSVKCFPTYVRLLPTGKETGRFLALDLGGTNFRVLVVDIGENQQFEMDSQVFPIPNSIMIGTGEGLFDHIADCCKKFVYDRKLEDQVLPMGFTFSFATQQEGLAKGRLFKWSKGFKCSDVEDEDVVQLLKTALDKKK-LKIDVCAILNDTTGCLMSCAWKESNCRIGLIIGTGTNACYLEDLENVE-TFDGDRDEGPKHMIVNTEWGNFGSCSELDFIRTKWDEAVDAGSINPGQQIFEKMISGMYMGELTRQVLVDMIWEGLMFKEQANTDLLFEWGRFYTRYLSEIESDPVGSYQRAKEVCIELGLENVCEEDLSALRYICECVSRRAGFMAXAGITALLKKMDYRXVVVAIDGSVFRYHPHFSNIMKSRISQLMGVDYKFDLMMSTDGSGRGAALVAAV 787
            + I D C+DL++++D + +                        V +R+   IN GLS++ H+ ++VKCF TYV+ LP G E G FLALDLGGTNFRVL++ + + Q F+M S+++ IP S+M+GTG  LFDHIA C   FV D KL+++VLP+GFTFSF   Q GL +G L +W+KGF CS V  EDVV LL+ A+D++  +KIDVCAILNDTTG LMSCAWK  NCRIGLI+GTG+NACY+E   NVE    G+  +   HM++NTEWG FG    LDF+ T++D A+D  SINP +Q+FEKMISGMYMGEL R VL  ++  GL+F  +  TDL  + G+F+T+Y+SEIE+DP G Y   +EV  ELGL NV ++D   +RY+C  VSRRA ++A AGI  LL KM    V V IDGSV+R+HPHF ++M ++I++L   +YKFDLM+S DGSGRGAALVAAV
Sbjct:   18 QSIRDACKDLVLSDDQLRL------------------------VMQRLSDEINRGLSRQTHDDATVKCFTTYVQDLPNGTEKGNFLALDLGGTNFRVLLITL-DGQNFDMKSKIYAIPQSLMLGTGTQLFDHIAQCLALFVKDLKLQNEVLPLGFTFSFPLTQHGLTQGNLVRWTKGFNCSGVIGEDVVALLEEAIDRRNDVKIDVCAILNDTTGTLMSCAWKNQNCRIGLIVGTGSNACYVEKTRNVECAIPGNYADHKSHMLINTEWGAFGEGGVLDFVTTEFDRAIDENSINPSKQLFEKMISGMYMGELARLVLEKLVNAGLLFGGKYPTDLR-KRGKFFTKYVSEIENDPKGKYTNCREVLAELGLRNVSDQDCENVRYVCSLVSRRAAYLASAGIATLLNKMGENNVTVGIDGSVYRFHPHFHDLMTAKITELQ--NYKFDLMLSEDGSGRGAALVAAV 454
[Close]
BLAST of EMLSAG00000004643 vs. nr
Match: gi|1121118655|ref|XP_019548372.1| (PREDICTED: hexokinase type 2-like isoform X1 [Aedes albopictus] >gi|1121118659|ref|XP_019548373.1| PREDICTED: hexokinase type 2-like isoform X1 [Aedes albopictus] >gi|1121180604|ref|XP_019533857.1| PREDICTED: hexokinase type 2-like isoform X1 [Aedes albopictus] >gi|1121180606|ref|XP_019533858.1| PREDICTED: hexokinase type 2-like isoform X1 [Aedes albopictus] >gi|1121180608|ref|XP_019533859.1| PREDICTED: hexokinase type 2-like isoform X1 [Aedes albopictus])

HSP 1 Score: 501.516 bits (1290), Expect = 2.214e-164
Identity = 237/427 (55.50%), Postives = 313/427 (73.30%), Query Frame = 0 
Query:  368 VERRMRKAINEGLSKKYHETSSVKCFPTYVRLLPTGKETGRFLALDLGGTNFRVLVVDIGENQQFEMDSQVFPIPNSIMIGTGEGLFDHIADCCKKFVYDRKLEDQVLPMGFTFSFATQQEGLAKGRLFKWSKGFKCSDVEDEDVVQLLKTALDKK-KLKIDVCAILNDTTGCLMSCAWKESNCRIGLIIGTGTNACYLEDLENVETFDGDRDEGPKHMIVNTEWGNFGSCSELDFIRTKWDEAVDAGSINPGQQIFEKMISGMYMGELTRQVLVDMIWEGLMFKEQANTDLLFEWGRFYTRYLSEIESDPVGSYQRAKEVCIELGLENVCEEDLSALRYICECVSRRAGFMAXAGITALLKKMDYRXVVVAIDGSVFRYHPHFSNIMKSRISQLMGVDYKFDLMMSTDGSGRGAALVAAVLTNEYY 793
            + RR+ K IN+GL+K  H  + +KCF TYV+ LP GKE G+FLALDLGGTNFRVL++ + +   FEM S+++ IP SIM+G+G  LFDHIA+C   F+ +  + ++ LP+GFTFSF   Q GL KG L +W+KGF CS V  EDVVQLLK A+ ++  ++I++CAILNDTTG LMSCAWK  NCRIGLI+GTG+NACY+E ++N E FDG +D   KH+++NTEWG FG    LDF+RT++D  +D  SINPG+QI EKMISGMYMGEL R  +V     GL+F     +D+LF+ G+F+T+Y+SEIESD  G+Y   ++V  ELGLE+  +ED + +RYICECVS RA  +  AGI AL+ KMD + V V +DGSV+R+HP F ++MK++I Q +  D  FDLM+S DGSGRGAALVAAV   E +
Sbjct:   36 IMRRLLKEINKGLNKATHPEADIKCFITYVQDLPNGKEKGKFLALDLGGTNFRVLLIHLKDENDFEMVSKIYAIPQSIMLGSGTQLFDHIAECLANFMKEHSVYEEKLPLGFTFSFPLTQLGLTKGILARWTKGFNCSGVVGEDVVQLLKDAIARRGDVQIEICAILNDTTGTLMSCAWKNHNCRIGLIVGTGSNACYVERVDNCEMFDGPKDPNKKHVLINTEWGAFGDNGMLDFVRTEYDREIDHFSINPGRQIQEKMISGMYMGELARLAIVKFTRAGLLFG-GVGSDILFKRGQFFTKYVSEIESDKPGTYMYCRDVLDELGLEHATDEDCANVRYICECVSSRAAHLVSAGIAALINKMDEKSVTVGVDGSVYRFHPKFHDLMKAKIRQFVKPDISFDLMLSEDGSGRGAALVAAVACREAH 461
[Close]
BLAST of EMLSAG00000004643 vs. Tigriopus kingsejongenis genes
Match: maker-scaffold383_size189472-snap-gene-0.30 (protein:Tk11343 transcript:maker-scaffold383_size189472-snap-gene-0.30-mRNA-1 annotation:"hexokinase")

HSP 1 Score: 698.353 bits (1801), Expect = 0.000e+0
Identity = 342/498 (68.67%), Postives = 399/498 (80.12%), Query Frame = 0 
Query:  298 WQKPAP---LKRMQSMTLQSYQPKIISETRRKIEDLCRDLIVNNDHIHVXXXXXXXXXXXXXXXXXXXXXXXXVERRMRKAINEGLSKKYHETSSVKCFPTYVRLLPTGKETGRFLALDLGGTNFRVLVVDIGENQQFEMDSQVFPIPNSIMIGTGEGLFDHIADCCKKFVYDRKLEDQVLPMGFTFSFATQQEGLAKGRLFKWSKGFKCSDVEDEDVVQLLKTALDK-KKLKIDVCAILNDTTGCLMSCAWKESNCRIGLIIGTGTNACYLEDLENVETFDGDRDEGPKHMIVNTEWGNFGSCSELDFIRTKWDEAVDAGSINPGQQIFEKMISGMYMGELTRQVLVDMIWEGLMFKEQANTDLLFEWGRFYTRYLSEIESDPVGSYQRAKEVCIELGLENVCEEDLSALRYICECVSRRAGFMAXAGITALLKKMDYRXVVVAIDGSVFRYHPHFSNIMKSRISQLMGVDYKFDLMMSTDGSGRGAALVAAVLTNE 791
            W+ PA    LKR +S+TLQSY+PKIISE RRKIEDLCRDL+VNNDHIHV                        VE+R+R+AIN+GL K  H T+SVKC+ TYVR LP+G ETGRFLALDLGGTNFRVL+V IGE QQF M+S++F IP  +MIGTGE LFDHIA C  +F+ +  + D+ LP+GFTFSF  +Q GLA+GRL  W+KGF CS VE EDVV++L+ AL +  +  I++CAILNDTTGCLMSCAWKE  CRIGLI+GTGTNACYLED+EN+  +DGD  E P+H+IVNTEWG FG   ELDFIRTKWDEAVD GS+NP +Q FEKMISGMYMGE+ RQVLVDMIWEGL+F  + NT+ LFEWGRFYT+Y+SEIESD VG + RAK+V  ELG+E+  EED+SALRYICE +SRRAGFMA AGITALLKKMDY  VVVAIDGSVFRYHP F NIM+SRISQLMG+DYKFDLM+STDGSGRGAALVAAVLTN+
Sbjct:    8 WRVPARDRILKRTESITLQSYRPKIISENRRKIEDLCRDLVVNNDHIHV------------------------VEQRLRQAINKGLDKDSHGTASVKCYATYVRHLPSGNETGRFLALDLGGTNFRVLLVTIGEAQQFNMESKIFSIPQKVMIGTGEELFDHIAACLHEFMVEYDIRDEKLPLGFTFSFPCKQVGLAEGRLTTWTKGFSCSGVEGEDVVRMLQEALQRIGETNIEICAILNDTTGCLMSCAWKEPKCRIGLIVGTGTNACYLEDIENIGLWDGDNSE-PRHVIVNTEWGGFGDDGELDFIRTKWDEAVDDGSLNPKKQTFEKMISGMYMGEVCRQVLVDMIWEGLIFHGK-NTEKLFEWGRFYTKYVSEIESDMVGDFMRAKKVLEELGIEDPIEEDMSALRYICELISRRAGFMASAGITALLKKMDYHDVVVAIDGSVFRYHPQFPNIMRSRISQLMGIDYKFDLMLSTDGSGRGAALVAAVLTNQ 479
[Close]
BLAST of EMLSAG00000004643 vs. Tigriopus kingsejongenis genes
Match: maker-scaffold75_size407189-snap-gene-1.12 (protein:Tk10123 transcript:maker-scaffold75_size407189-snap-gene-1.12-mRNA-1 annotation:"hexokinase")

HSP 1 Score: 626.706 bits (1615), Expect = 0.000e+0
Identity = 299/488 (61.27%), Postives = 369/488 (75.61%), Query Frame = 0 
Query:  305 KRMQSMTLQSYQPKIISETRRKIEDLCRDLIVNNDHIHVXXXXXXXXXXXXXXXXXXXXXXXXVERRMRKAINEGLSKKYHETSSVKCFPTYVRLLPTGKETGRFLALDLGGTNFRVLVVDIGENQQFEMDSQVFPIPNSIMIGTGEGLFDHIADCCKKFVYDRKLEDQVLPMGFTFSFATQQEGLAKGRLFKWSKGFKCSDVEDEDVVQLLKTALDKKK-LKIDVCAILNDTTGCLMSCAWKESNCRIGLIIGTGTNACYLEDLENVETFDGDRDEGPKHMIVNTEWGNFGSCSELDFIRTKWDEAVDAGSINPGQQIFEKMISGMYMGELTRQVLVDMIWEGLMFKEQANTDLLFEWGRFYTRYLSEIESDPVGSYQRAKEVCIELGLENVCEEDLSALRYICECVSRRAGFMAXAGITALLKKMDYRXVVVAIDGSVFRYHPHFSNIMKSRISQLMGVDYKFDLMMSTDGSGRGAALVAAVLTNE 791
            K+  ++ +QSYQP  ++  RR+IED CRDL++NNDH+                          +E+ +RKAI +GL K+ H  ++VKCFPTYV+ LP+G E G+FLALDLGGTNFRV++++IGE+ +FEMD++VF I   +M G+G+ LFDHIA C   FV  R ++ +VLP+GFTFSF  QQ+GLA G L  W+KGFKC  VE  +VV LLK A+DK+  +++DV AILNDTTGCLMSCAWK  NCRIGLIIGTGTNACYLEDL+ VE  DG+  + P HMIVNTEWG FG+  ELDFI TKWD  VD GSINPG+QIFEKMISGMYMGE+ RQVLVD++ E L+F  Q   + L   GRF+T+Y+SEIESD VG + R +E   +LG+ +V ++D SA+RY+CECVSRRAGFM  AGITALLKKMDY+ VVVA+DGSVFR+HPHF NIM+SRI QLMG DYKFDLM+STDGSGRGAALVAAVL  E
Sbjct:  116 KKSAAVLVQSYQPHTVTSCRRRIEDFCRDLVINNDHV------------------------SRMEQSLRKAIEKGLKKETHSEATVKCFPTYVKELPSGHECGKFLALDLGGTNFRVVLMEIGEHGKFEMDNEVFAISKKLMEGSGDELFDHIASCLANFVKTRNIDKEVLPLGFTFSFPCQQKGLAVGELITWTKGFKCEGVEGNNVVTLLKKAIDKRDDVQVDVAAILNDTTGCLMSCAWKNQNCRIGLIIGTGTNACYLEDLDKVELLDGEYTQ-PSHMIVNTEWGAFGNQGELDFILTKWDHRVDEGSINPGKQIFEKMISGMYMGEVVRQVLVDLVEEDLIFAGQP-LENLNTSGRFFTKYVSEIESDQVGDFTRGREALKDLGMSDVTDDDCSAVRYVCECVSRRAGFMVSAGITALLKKMDYKDVVVAVDGSVFRFHPHFENIMRSRIRQLMGTDYKFDLMLSTDGSGRGAALVAAVLMGE 577
[Close]
BLAST of EMLSAG00000004643 vs. Tigriopus kingsejongenis genes
Match: maker-scaffold5_size1054832-snap-gene-2.10 (protein:Tk04025 transcript:maker-scaffold5_size1054832-snap-gene-2.10-mRNA-1 annotation:"hexokinase type")

HSP 1 Score: 623.624 bits (1607), Expect = 0.000e+0
Identity = 307/493 (62.27%), Postives = 369/493 (74.85%), Query Frame = 0 
Query:  299 QKPAPLKRMQSMTLQSYQPKIISETRRKIEDLCRDLIVNNDHIHVXXXXXXXXXXXXXXXXXXXXXXXXVERRMRKAINEGLSKKYHETSSVKCFPTYVRLLPTGKETGRFLALDLGGTNFRVLVVDIGENQQFEMDSQVFPIPNSIMIGTGEGLFDHIADCCKKFVYDRKLEDQVLPMGFTFSFATQQEGLAKGRLFKWSKGFKCSDVEDEDVVQLLKTALDKKK-LKIDVCAILNDTTGCLMSCAWKESNCRIGLIIGTGTNACYLEDLENVETFDGDRDEGPKHMIVNTEWGNFGSCSELDFIRTKWDEAVDAGSINPGQQIFEKMISGMYMGELTRQVLVDMIWEGLMFKEQANTDLLFEWGRFYTRYLSEIESDPVGSYQRAKEVCIELGLE--NVCEEDLSALRYICECVSRRAGFMAXAGITALLKKMDYRXVVVAIDGSVFRYHPHFSNIMKSRISQLMGVDYKFDLMMSTDGSGRGAALVAAVL 788
            Q P  L R     L++Y+P I+S  RR IED  RDL +NNDHIH+                        VE+ MRKAI++GL K+ H T+SVKCFPTYVR LP GKE G+FL+LDLGGTNFRV+V+++  +Q+F MDS+++ IP SIM GTGE LFDHIA C  +FV DR + D+ LP+GFTFSF   QEGLA  RL KW+KGF CSDVE  DVV LL+ A+ K+  + I++CAILNDTTGCLMSCAW E  CRIGLI+GTGTNACY E++E++ T D     G KHM+VNTEWG FG   ELDFIRTKWD  VD  S+NPG+QIFEKMISGMYMGEL RQVLVD++ + L+F   AN D + E G F+TR+ SEIESDPVG Y RAK   +E+ ++  +V +ED S+LRY+CE VSRRA FMA AGITALLKKMDY+ VV+AIDGSVFRYHPHF N+M+SRISQLMG+DYKFDLM+S DGSGRGAALVAAVL
Sbjct:   76 QLPTGLMRE---VLETYKPHILSRRRRLIEDCVRDLRLNNDHIHI------------------------VEQEMRKAIDDGLGKETHSTASVKCFPTYVRRLPNGKEQGKFLSLDLGGTNFRVIVMELTPDQEFLMDSKIYAIPLSIMRGTGEELFDHIATCLARFVQDRDIGDERLPLGFTFSFPCAQEGLASARLVKWTKGFSCSDVEGSDVVMLLQAAIKKRADVDIEICAILNDTTGCLMSCAWHEPRCRIGLILGTGTNACYQEEIEDIHTIDQADFAGQKHMLVNTEWGAFGDKGELDFIRTKWDRNVDDMSVNPGKQIFEKMISGMYMGELIRQVLVDLMKDDLIFF-GANRDKILERGSFFTRFASEIESDPVGDYTRAKACLVEMEIDPTSVTDEDCSSLRYVCEVVSRRASFMASAGITALLKKMDYKDVVIAIDGSVFRYHPHFKNVMQSRISQLMGIDYKFDLMLSEDGSGRGAALVAAVL 540
[Close]
BLAST of EMLSAG00000004643 vs. Tigriopus kingsejongenis genes
Match: maker-scaffold333_size203007-snap-gene-0.10 (protein:Tk10460 transcript:maker-scaffold333_size203007-snap-gene-0.10-mRNA-1 annotation:"hexokinase")

HSP 1 Score: 394.045 bits (1011), Expect = 2.422e-125
Identity = 194/416 (46.63%), Postives = 281/416 (67.55%), Query Frame = 0 
Query:  368 VERRMRKAINEGLSKKYHETSSVKCFPTYVRLLPTGKETGRFLALDLGGTNFRVLVVDIGENQQ-FEMDSQVFPIPNSIMIGTGEGLFDHIADCCKKFVYDRKLEDQVLPMGFTFSFATQQEGLAKGRLFKWSKGFKCSDVEDEDVVQLLKTALDKK-KLKIDVCAILNDTTGCLMSCAWKESNCRIGLIIGTGTNACYLEDLENVETFDGDRDEGPKHMIVNTEWGNFGSCSELDFIRTKWDEAVDAGSINPGQQIFEKMISGMYMGELTRQVLVDMIWEGLMFKEQANTDLLFEWGRFYTRYLSEIESD-PVGSYQRAKEVCIELGLENVCEEDLSALRYICECVSRRAGFMAXAGITALLKKMDYRXVVVAIDGSVFRYHPHFSNIMKSRISQLMGVDYKFDLMMSTDGSGRG 780
            +E+R+   +N GL K  + +++VK F TYV  LPTG+E G +LALDLGGTNFRV++V++    +  +M +    +   +M+G+G  LFD + DC   F+ D  L  Q   +GFTFSF T+Q  L K  L  W+KG+ C+ VE +DVVQLLK ++ K+ +L I V AILNDTTGCL++CA+K   C IG+I+GTGTNA Y+E++  VE ++G R  G  ++++NTEWG FG+   LD IRT++D  +DA S+NPG+Q++EK++SGMY+GELTR VLV  I  G++F E      L + G F TR+LSEIE+D    S++  KEV  EL + +  E DL  +RYICECVS RA  +A AG+ +L+ K+  R V V +DGS++++HPH    M++   +L+    +F++++S DGSGRG
Sbjct:  156 IEKRILDEVNRGLGKATNRSANVKSFVTYVHELPTGRENGHYLALDLGGTNFRVILVELDSGSRSIKMKASKHEVSQKLMLGSGSDLFDFMTDCLVDFMRDHDLLGQAFNLGFTFSFPTRQRQLNKAELTNWTKGYICAGVEGKDVVQLLKKSIAKRPELDIRVEAILNDTTGCLLACAYKRPECAIGIILGTGTNASYVEEMSQVEHYEGPRPSGCPNVVINTEWGAFGNTGSLDIIRTRYDHEMDANSLNPGKQVYEKLLSGMYLGELTRYVLVHAIELGILF-EGVEQKKLSQPGGFPTRFLSEIEADVSRTSFKNIKEVMGELEIPSASELDLRMIRYICECVSTRAAKLAGAGVASLINKVARRRVTVGMDGSLYKFHPHMGRRMRAATRRLVSEYIQFEMVLSEDGSGRG 570
[Close]
BLAST of EMLSAG00000004643 vs. Tigriopus kingsejongenis genes
Match: maker-scaffold308_size214241-snap-gene-1.39 (protein:Tk09058 transcript:maker-scaffold308_size214241-snap-gene-1.39-mRNA-1 annotation:"hypothetical protein CAEBREN_04775")

HSP 1 Score: 216.853 bits (551), Expect = 3.010e-62
Identity = 126/301 (41.86%), Postives = 170/301 (56.48%), Query Frame = 0 
Query:  324 RRKIEDLCRDLIVNNDHIHVXXXXXXXXXXXXXXXXXXXXXXXXVERRMRKAINEGLSKKYHET--------SSVKCFPTYVRLLPTGKETGRFLALDLGGTNFRVLVVDI--GENQQFEMDSQVFPIPNSIMIGTGEGLFDHIADCCKKFVYDRKLED-QVLPMGFTFSFATQQEGLAKGRLFKWSKGFKCSDVEDEDVVQLLKTALDKKKLK-IDVCAILNDTTGCLMSCAWKESNCRIGLIIGTGTNACYLEDLENVETFDGDRDEGPKH-MIVNTEWGNFGSCSELDFIRTKWDEAV 611
            R K+ED+CR L ++    H                         V   M  AI  GL               SS++CFPT++  LP G E GR+LALDLGGTNFRVL V++    ++  ++ +Q +PIP  IM  +GE LFDHIA C   F+   +LE  QV  +GFTFSF  QQ+ +    L  W+KGF+CS V  EDV  LL+ +LDK  L  I + A++ND TGCL+SCA  E  C++G+I+GTG NACY+E   +VE  +     G +  M++NTEWG  G   EL+FI T+WD +V
Sbjct:    8 RGKLEDICRQLHISTVDAH------------------------EVRNLMHSAIELGLKTPGGGGRGGGGRVRSSLQCFPTFITQLPKGDERGRYLALDLGGTNFRVLFVELFGSPDRPPQIQAQRYPIPAGIMSSSGEELFDHIARCMINFLGQIQLEACQVQALGFTFSFPCQQKRVDSAVLTHWTKGFQCSGVVGEDVCALLRRSLDKHGLAGITISALVNDATGCLISCALTEPRCQVGIIVGTGCNACYVER-GHVEVGEDRHTLGEEPLMLINTEWGALGEQGELNFISTRWDASV 283

HSP 2 Score: 95.1301 bits (235), Expect = 8.770e-21
Identity = 56/132 (42.42%), Postives = 77/132 (58.33%), Query Frame = 0 
Query:  661 EWGRFYTR-YLSEIESDPVGSYQRAKEVCIELGLEN--VCEEDLSALRYICECVSRRAGFMAXAGITALLKKMDYRXVVVAIDGSVFRYHPHFSNIMKSRISQLMGVDYKFDLMMSTDGSGRGAALVAAVLT 789
            EWG    +  L+ I +    S  R +E   E+   N  V   D  A R ICE V+RRAG +  AG+  LL+++  + VVVA+DG++ R HP F+ IM  +I+QLMG  Y   L +S DGSG GAA+VAA + 
Sbjct:  262 EWGALGEQGELNFISTRWDASVGRCREALAEVLGHNQPVSAWDCYAARQICEDVTRRAGMLLAAGVAGLLQRIRDKDVVVAVDGTLIRRHPLFTTIMNKKITQLMGEGYNCQLRLSEDGSGLGAAVVAASMA 393
The following BLAST results are available for this feature:
BLAST of EMLSAG00000004643 vs. GO
Analysis Date: 2014-04-02 (Blast vs. GO)
Total hits: 25
Match NameE-valueIdentityDescription
-7.194e-15554.50symbol:Hex-A "Hexokinase A" species:7227 "Drosophi... [more]
-2.612e-13148.33symbol:Hex-t2 "Hex-t2" species:7227 "Drosophila me... [more]
-6.333e-13148.26symbol:CELE_F14B4.2 "Protein F14B4.2, isoform b" s... [more]
-7.577e-13148.26symbol:F14B4.2 species:6239 "Caenorhabditis elegan... [more]
-7.577e-13148.26symbol:CELE_F14B4.2 "Protein F14B4.2, isoform a" s... [more]
-3.120e-12547.26symbol:Hex-C "Hexokinase C" species:7227 "Drosophi... [more]
-5.667e-11344.76symbol:HKDC1 "Uncharacterized protein" species:982... [more]
-1.017e-11244.63symbol:HKDC1 "Uncharacterized protein" species:961... [more]
-2.925e-11245.33symbol:Hkdc1 "hexokinase domain containing 1" spec... [more]
-5.674e-11244.29symbol:HKDC1 "Uncharacterized protein" species:991... [more]

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BLAST of EMLSAG00000004643 vs. C. finmarchicus
Analysis Date: 2014-05-09 (TblastN vs C. finmarchicus TSA)
Total hits: 25
Match NameE-valueIdentityDescription
gi|592858043|gb|GAXK01099519.1|0.000e+065.35TSA: Calanus finmarchicus comp447507_c1_seq1 trans... [more]
gi|592939528|gb|GAXK01019025.1|0.000e+063.34TSA: Calanus finmarchicus comp268685_c0_seq1 trans... [more]
gi|592850467|gb|GAXK01107077.1|0.000e+060.08TSA: Calanus finmarchicus comp36281_c2_seq1 transc... [more]
gi|592850466|gb|GAXK01107078.1|0.000e+060.46TSA: Calanus finmarchicus comp36281_c2_seq2 transc... [more]
gi|592850457|gb|GAXK01107087.1|9.201e-16958.39TSA: Calanus finmarchicus comp36281_c7_seq1 transc... [more]
gi|592850456|gb|GAXK01107088.1|1.751e-16458.04TSA: Calanus finmarchicus comp36281_c7_seq2 transc... [more]
gi|592839357|gb|GAXK01118187.1|2.691e-12557.77TSA: Calanus finmarchicus comp125886_c0_seq1 trans... [more]
gi|592850465|gb|GAXK01107079.1|1.675e-12166.91TSA: Calanus finmarchicus comp36281_c2_seq3 transc... [more]
gi|592801212|gb|GAXK01153356.1|7.917e-10846.96TSA: Calanus finmarchicus comp545789_c1_seq1 trans... [more]
gi|592801211|gb|GAXK01153357.1|1.266e-8047.96TSA: Calanus finmarchicus comp545789_c1_seq2 trans... [more]

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BLAST of EMLSAG00000004643 vs. L. salmonis peptides
Analysis Date: 2014-05-10 (Blastp vs. self)
Total hits: 8
Match NameE-valueIdentityDescription
EMLSAP000000046430.000e+0100.00pep:novel supercontig:LSalAtl2s:LSalAtl2s242:11444... [more]
EMLSAP000000050832.143e-17653.70pep:novel supercontig:LSalAtl2s:LSalAtl2s268:39197... [more]
EMLSAP000000012648.894e-16666.30pep:novel supercontig:LSalAtl2s:LSalAtl2s1206:76:2... [more]
EMLSAP000000125325.129e-6835.19pep:novel supercontig:LSalAtl2s:LSalAtl2s923:10272... [more]
EMLSAP000000073987.032e-3849.04pep:novel supercontig:LSalAtl2s:LSalAtl2s420:46377... [more]
EMLSAP000000095283.637e-3249.22pep:novel supercontig:LSalAtl2s:LSalAtl2s612:57128... [more]
EMLSAP000000074001.767e-1933.75pep:novel supercontig:LSalAtl2s:LSalAtl2s420:46471... [more]
EMLSAP000000073992.439e-1846.81pep:novel supercontig:LSalAtl2s:LSalAtl2s420:46431... [more]
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BLAST of EMLSAG00000004643 vs. SwissProt
Analysis Date: 2017-02-10 (Blastp vs. SwissProt)
Total hits: 25
Match NameE-valueIdentityDescription
gi|49066053|sp|Q9NFT7.4|HXK2_DROME6.377e-13348.33RecName: Full=Hexokinase type 2[more]
gi|81902330|sp|Q91W97.1|HKDC1_MOUSE1.333e-11345.33RecName: Full=Putative hexokinase HKDC1; AltName: ... [more]
gi|311033440|sp|Q2TB90.3|HKDC1_HUMAN2.803e-11344.29RecName: Full=Putative hexokinase HKDC1; AltName: ... [more]
gi|56405344|sp|P52789.2|HXK2_HUMAN4.465e-11141.37RecName: Full=Hexokinase-2; AltName: Full=Hexokina... [more]
gi|2495218|sp|O08528.1|HXK2_MOUSE4.511e-11145.35RecName: Full=Hexokinase-2; AltName: Full=Hexokina... [more]
gi|146324940|sp|A2PYL8.1|HXK2_EQUGR1.436e-11044.88RecName: Full=Hexokinase-2; AltName: Full=Hexokina... [more]
gi|123895|sp|P27881.1|HXK2_RAT4.714e-11045.12RecName: Full=Hexokinase-2; AltName: Full=Hexokina... [more]
gi|116242516|sp|P19367.3|HXK1_HUMAN1.997e-10943.59RecName: Full=Hexokinase-1; AltName: Full=Brain fo... [more]
gi|122134685|sp|Q1W674.1|HXK2_PIG6.959e-10944.06RecName: Full=Hexokinase-2; AltName: Full=Hexokina... [more]
gi|75061917|sp|Q5RC71.1|HXK1_PONAB2.210e-10843.12RecName: Full=Hexokinase-1; AltName: Full=Hexokina... [more]

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BLAST of EMLSAG00000004643 vs. Select Arthropod Genomes
Analysis Date: 2017-02-20 (Blastp vs. Selected Arthropods)
Total hits: 25
Match NameE-valueIdentityDescription
gb|EEZ97932.2|1.185e-16158.09Hexokinase type 2-like Protein [Tribolium castaneu... [more]
gb|KYB29370.1|1.263e-16157.52Hexokinase type 2-like Protein [Tribolium castaneu... [more]
gb|KYB29371.1|1.251e-16057.52Hexokinase type 2-like Protein [Tribolium castaneu... [more]
gb|EEZ97931.1|1.535e-16056.06Hexokinase type 2-like Protein [Tribolium castaneu... [more]
XP_006557645.11.179e-15850.96PREDICTED: hexokinase type 2 isoform X1 [Apis mell... [more]
XP_006557647.14.060e-15851.63PREDICTED: hexokinase type 2 isoform X3 [Apis mell... [more]
AGB95227.11.625e-15754.50hexokinase A, isoform C [Drosophila melanogaster][more]
AAN09253.11.625e-15754.50hexokinase A, isoform B [Drosophila melanogaster][more]
XP_006557646.11.973e-15751.97PREDICTED: hexokinase type 2 isoform X2 [Apis mell... [more]
XP_006557648.13.799e-15751.75PREDICTED: hexokinase type 2 isoform X4 [Apis mell... [more]

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BLAST of EMLSAG00000004643 vs. nr
Analysis Date: 2017-02-20 (Blastp vs. NR (2/2017))
Total hits: 25
Match NameE-valueIdentityDescription
gi|1059415288|ref|XP_017780518.1|3.879e-16653.56PREDICTED: hexokinase type 2 isoform X3 [Nicrophor... [more]
gi|1059415284|ref|XP_017780515.1|4.802e-16653.10PREDICTED: hexokinase type 2 isoform X1 [Nicrophor... [more]
gi|815766462|ref|XP_012220071.1|5.692e-16652.79PREDICTED: hexokinase type 2-like isoform X3 [Line... [more]
gi|1059415291|ref|XP_017780519.1|6.134e-16653.35PREDICTED: hexokinase type 2 isoform X4 [Nicrophor... [more]
gi|815766464|ref|XP_012220077.1|2.415e-16553.12PREDICTED: hexokinase type 2-like isoform X4 [Line... [more]
gi|1121118669|ref|XP_019548376.1|3.553e-16551.37PREDICTED: hexokinase type 2-like isoform X4 [Aede... [more]
gi|815766458|ref|XP_012220058.1|7.972e-16553.02PREDICTED: hexokinase type 2-like isoform X1 [Line... [more]
gi|1121118667|ref|XP_019548375.1|1.216e-16451.26PREDICTED: hexokinase type 2-like isoform X3 [Aede... [more]
gi|815766460|ref|XP_012220068.1|1.374e-16452.90PREDICTED: hexokinase type 2-like isoform X2 [Line... [more]
gi|1121118655|ref|XP_019548372.1|2.214e-16455.50PREDICTED: hexokinase type 2-like isoform X1 [Aede... [more]

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BLAST of EMLSAG00000004643 vs. Tigriopus kingsejongenis genes
Analysis Date: 2018-04-18 (Blastp vs. Tigriopus kingsejongensis proteins)
Total hits: 5
Match NameE-valueIdentityDescription
maker-scaffold383_size189472-snap-gene-0.300.000e+068.67protein:Tk11343 transcript:maker-scaffold383_size1... [more]
maker-scaffold75_size407189-snap-gene-1.120.000e+061.27protein:Tk10123 transcript:maker-scaffold75_size40... [more]
maker-scaffold5_size1054832-snap-gene-2.100.000e+062.27protein:Tk04025 transcript:maker-scaffold5_size105... [more]
maker-scaffold333_size203007-snap-gene-0.102.422e-12546.63protein:Tk10460 transcript:maker-scaffold333_size2... [more]
maker-scaffold308_size214241-snap-gene-1.393.010e-6241.86protein:Tk09058 transcript:maker-scaffold308_size2... [more]
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Alignments
The following features are aligned
Aligned FeatureFeature TypeAlignment Location
LSalAtl2s242supercontigLSalAtl2s242:114441..222596 +
Analyses
This gene is derived from or has results from the following analyses
Analysis NameDate Performed
ensembl2013-09-26 .965016
Blast vs. GO2014-04-02
TblastN vs C. finmarchicus TSA2014-05-09
Blastp vs. self2014-05-10
Blastp vs. SwissProt2017-02-10
Blastp vs. Selected Arthropods2017-02-20
Blastp vs. NR (2/2017)2017-02-20
Blastp vs. Tigriopus kingsejongensis proteins2018-04-18
Properties
Property NameValue
Logic nameensemblgenomes
Descriptionmaker-LSalAtl2s242-augustus-gene-2.18
Biotypeprotein_coding
EvidenceIEA
NoteHexokinase type 2
Cross References
External references for this gene
DatabaseAccession
Ensembl Metazoa (gene)EMLSAG00000004643 (primary cross-reference)
Relationships

The following mRNA feature(s) are a part of this gene:

Feature NameUnique NameSpeciesType
EMLSAT00000004643EMLSAT00000004643-700490Lepeophtheirus salmonismRNA


Sequences
The following sequences are available for this feature:

gene from alignment at LSalAtl2s242:114441..222596+

Legend: mRNA
Hold the cursor over a type above to highlight its positions in the sequence below.
>EMLSAG00000004643-687409 ID=EMLSAG00000004643-687409|Name=EMLSAG00000004643|organism=Lepeophtheirus salmonis|type=gene|length=108156bp|location=Sequence derived from alignment at LSalAtl2s242:114441..222596+ (Lepeophtheirus salmonis)
AACAACAACCACAACGACGACAACAGCAACAACAACTCCTCATAAATAAA
TGTATTTCATATTTTAGCAACAACAACACCAAAATAAAATAACACCAAAA
CTGCTTTCAAAAAATACGAAACAAAAAACTCATCCTTATTGACAATTCCC
AAATTTTCAAATAAATTATTTTGTTTTTTGTGAGTGCTCCTTCTTCTTTT
TTCTTCTCCTCCTCTGGGTGATCCTTGTTTCTTAATATATCATTTATTAA
GAAGTTTTATAGTACCTATTAGTGTGTGAAAATATAGGTGAATAGTGAGT
GTTTTAATCTGTGTTAATCTGTGACTCTTTTACATATATATATAAATATG
TATATATTCGGTAGGTGTGATTAAGGAAATTGTGTGCTGTTCTACGTATA
TAAATGGAGCCTTTTCATCACAATATCTCTTTTTTATTTTAGTTGAAAGA
ACAAATAAGTGAAATTATTGTAGTGACATCCCCGAATTTATATTTCAATC
ACATCTTTAATTATCAACTTGAACGGAAGATCGAAAAAGAAACATTTTGA
AGGATTGTAAGTATATAGATGTTGTTGTTTTTTATTATCTCCTTTTCTCA
TTTTACATCCCCACAACCTACACGGGGAGTCCTTGACTTTGTCCTTCCCT
CACATTCTCCCGTCCTTTCTTCTTCCCTTCCTCCTGCATCCTCTCCGAAA
ATTGTTTACATGACGTATTATTCAACAAGTACCAACCCGTTCTTCATATT
TTGTGTTTTTTGTTCACTTATACATAAATGATTATGTTTGTGGGCTCCTG
GTGAGCAATATCATAGGGATATGATCTTTTCCCCCTTCTGATTTGATACA
GTTTGTCTGAGCTCTATATCAAAAATATAAGGGAAATTGATTAATTAGGT
TTATTTATGAAAATTATCAGCAATCATTTATATCATATTCGATATACGTC
TATTAGAGTGGTCCTTACATTTGAGTTTTTATTTTACCCCTAAATGTTGA
GGACATCTCAGTAAAAAAAATAGTGGTTTTTTTTATTTAAAAAAATATAA
TTTTGAGTAATATTGATCAATGTGYAGTCGTCGTGAACACCGTTTTTAAA
GTTGTACATTTCAAAATTATGTATAATTTTTTTTTCTTTTAAACGATTAT
TTTTTATAAGAAATTATAACCCAATTTTTTTTTTTGTAATTAAAGCGTGA
TTCAAAGCGTGGAAATAAATCACATTTTTGGACTTTGAATTTGAAAACCA
AATTTAAGGACCACTCTAATGTGTATATATATGAAGTATAAACGTAATGT
TATTGTTTGTTAATATTTTATTTAGGTTGATGTAAAAAATAAAACAACGA
AATAAACAGGAGAAATTGAGGCTCTGACTCACTAGGGAGTCTTTAATCAG
AGTTATTTGTATGTAATGTTAATTTATTAACTTTTTTGTTTGTGTTTTAC
ATCTCCTGATGTAATTTTTATTATGCAGAGGGTTACATTCAAACGTCTGC
ACACCTTTAATTATCTTTTCTATTTTTAAATGTATTTCAGGGACAGTATC
ACGGACGAAGAAAAAAAAGGACAGATGAATAGACGTGACGTTGTGTGTTG
AGTTGTGAAAAAATATATTAGGAAAAGTGTTATTATATACCAGTGTTGCT
GTTCTTTGTGTCTAAAATTGTGTGTTTTAAAGTCAAATCTATATTGATAT
AAGATTTGTGTTACTTGAGGATTGGGAGGAATAAAGGAATAGTTCATTTG
ATTTACTTCATCATATTGACCATCTACACTGAATTTCATTCATAAAGGAT
GAGTCCCGAGGGTTTGAAAAGGAAGAAAACAAGAACGACGATCAAAGAGG
AGTTAAAATCAGCTGAGACGTGGATTTTCCTGAAGGAAAGATAGACCAAG
GAAAAAAAGAAGAATAAAGAAAGGCTACAGTTCTGCCGTTGGCGATGCGG
CTCATTAATCCAAGGAGGGTACCTTATATCAAGTGGATTCCATTCATAGA
GGCCGCCGAATCTCTGGTTCGAGAGGAATCGTTATGGCAATCCTCAACGG
GACCTCCTTATTTTTCGAACGGTCTTCTAAAGTAGATTTCATTCTCCCAT
ACCGCACTCTGGGTCTTCTTTTCCTCCTGGTGCTCCTTCTCCCCTATTCA
TCCCAGAAGCTTTCGMCCTCCTCTTCAAAATCTTMCCCGTCATTATCCAG
TGAAACAGAATACTTTACTCAACACAATAATATCTCTTCTCCTCTCGAGT
TCCGTCATCATCACTCATTCATTACAGTTCCCAATGCCTCCTCTTCCGCC
TCGTCGTATTCCACATCCTGGGAATGGACACGATTGCAACGACGTCACTA
TCGATCATCGTCGTTATCTTCATCGTCGAGGACACTCATTGACGACGGTC
AGAGTGATGAGAGTGGGTCTGAAAGGAAGCCCAGTCGACATTCGCAGTGC
CTTTACTCGAGGTTTCGTTCAAAGTCTCACTCTCCAGGATACACAACAAC
ATTCATTCACAACAACAACGCATCCTTATCTACGTCCAAAAATCAGCTTT
CCAAACTACAGCGCGTGACAAACTGGATCAACCGGTTATGTTCAACTCCA
GATCCAAAGGATCGGCTGGAAAAGTTATTATCCAATAGTCCGTGCTCAGA
ATATAAGTTGGATATCTGCCAGGCTCTCACGCCAAAAGATATACTAGACA
TCGTTGGCTCAGATCATTTTGCGTGTTTTAAAACAGTGGAAAAATGGTGG
AAAACATTTCATCATATTAGAAACCTTCTAGACGACTTTAACCTCTTTTT
GCCCAGTTTCGATTCCTCGCCCTACTCCGTTGAGTTTGAACTCGATCAGT
GCAAGGTAAGACAATTTAAATTTACTTGTGTGTGTTTGTTTTTTTTTTCG
ATTTTCCTTCACATAATCATCAAGAAACTCAATGACGAACTCCATATTAC
GATGGAAGCAATCATTTAAAGAAGAATAAAATCATATTTCTTACTAACGA
CCCTCCAAATCAACAGAGTTTCGTATTCTGTCTTTAAACAATACAAAACT
GTGTTGATCTGAAGGGTCTTGGACCTCTCAAGTCCTACAAGAAGAGCCTT
TCTGATCCTCAAGATCATTTATATATTCAAGCTTCTTTCATTTAAAAGTC
AAAAACGTACAAGTCCTCTAAATAAACCTTCGCAATACAAAAATTTAAAT
TAAAAAATCTTCAAAAAGGGACAATTAATGTCATCATCTCCTTTTTTGAA
TCACACCTCTTCTTCCTTCTCCTTTTTTCTTTTTTTTTTTTTCCCTCTCT
TTCTCTCTTACCCATTTTTTATAAAGTTATTTATTTTTCTGTGATTTTCA
ACTAACGAAGTTAATTTAATTGAGGGAGGTTTATGAAGCCAAATCTTTCC
TTCCTTTTGTATCACGATTACTTTTATTACATACTTACATATTATTCACG
TTTTCTTTACTCCTGAAGAGAATCTCTTTTCTCTCCTTTTCATTGCTTAA
ATACATATTTTATTTTGGCAAAAAAATAAACACGTATTAACTGATCTCAA
GTTTTCTTCTCTTTCTCTCCTTTTCTTCCCTTTCCGTTCCTTTTTTCCCT
TCTTCCTCCTCTCACTCTCTTCTCTTCCCTCCCTTCCCCCCTCTCCCTCC
AAGTATTGATGAAAAAAAGGAAAAATATCCCAATTTCTTTACACATTTCA
TTATATATAAATATGAAAATAAGCTATATAATATTTTATTACAACCAAAC
TTTGTAGGTGTTTTTGGACAATTTGGAATTTGACAACATAATATATTTAC
ATAATAATGTTCTTATGAATGTTTCTTTCTTTCATGCTATGCACTTATAC
CTATATTTTTGAGGATAGATTAATGTACCTATAATTAGTTACGATAATCA
TATTATATCGTTCATAATGAATAGTCAATTGGCTCAATTGTAACAGAGCA
CGAATTATATCTCACTTTTATTAATACTTGAGATATATGATACATTAGGG
ATTATCACGAAAATTTAAATAAATAAAAATAAGTAGTGGTAAAACGGAAA
ACACAGATATTTATTCTTATTGGTGAATTTTTTTCTTTAAAAATATTTAT
TTGATGAAAAAATTCTTAAGGAATCAAACGCATATTGAGTTTTTGGATAG
AGGAGATTTGTTCTGGAGATATGTACTTAACTATATAAGATATAGGTTTA
TCTTCCATCTGAAACCTTATGTTTTCTGGACTAATGAATTTACCGCTCTT
GTTTTTTTCTGGGTTGTTTTTTTTTCAGTGAAATACTCTATGTGAAGATC
CCAATAAATTTATAAGTCTCCACACTTTACAAAATATATATTTTTTAACA
TGTTATAGCAGTTTTAATTTGTCAGACTTATTTCCACATGAAAATACACG
ACATTAATTTGCCATTTACTTTAACCCTTTACTTTCTACATTTAAAAAAA
AAAAAGAGCATACTGAAACAAAAGATAACAATATAGTCTGTTCAGGCAGA
CAATTAATTTTTTGACATAGTTTGTTTTTTTCTTATATTTCAATAATTTT
GTTCTAAATAGGATTAATTTAAATTCCATATAGTTTAAAGTTTGTCAAAA
AATAATACACAAATCAATCTCAATCTAAAACTGTGTTACCTACAAACTCT
AGAAAAGACTACTTTTTATCGTTCCCAAAAAAAAGACAAATGATTATTTA
GAAAAAAAAACCTTTACCAGTTTATTCTTAATTACAATAGCAGAAACTAC
TAAATGTTCATTTTTTTAAAAGATGATCGTATGATGCTCTCGCGTGGCAA
TGGCTTGATAAAAAAGACGTTAGCCCAATTATTAATATTCTAAAATATAT
TTCTTTAAAAATATAAATCTCCTTTATATTTCATTGTATTTCCAATCCCC
CCCCCCCAAAAAAAAAAAATATATATATATAAAGGCCCAATATTAATTGG
TAGTTATCCAATTCTTACAAATTAATTGATTATTTCTTATAAAATAATGG
CAAAGAAATGTTCTCTATTAAACAAGACTTAATTTGAACTCAAGAAATCA
AGGTTTATTACACTAATTAGGGGGTAGAGGTGGGTTTTTCACATCCATCA
TGTGTGTATAATTTTGGAAAGTACCAATACACCAATTATTTTTAAGGACT
TTTCATATTACACTCGTAATTTTTTATCAATAGAATTCCTGATAAATTGA
ATTTTGAAAGTACAAAAATTACAATCAGGGTATTTTCTTTCCAATCAAGA
ACATTTTTCATTCAGACTTTTGGCTTTTTGTTTCACCATTACAAAATGTT
ACTGTGGCTCGCAACCTTTCAGTGAAAAAGAAGMAGAAAAGTAGTTATTA
GATAATTTTTCCAAACTATGGGATTAATATTCAAGAATTGTAAGGAGTTC
TTCACAGCTTAACAAGATACTATTCTAATTCCACCAATCAACGTTCAAAA
ACACTGATTAGAGGAAAAGAGGCAGAAACAACATTCATAGCTAACAATAA
AAAGCAATGTAAATTTAGGTATAAGTGAGGCAACACCTTGTTGTAGACAA
ATATAGTCTTTTGTTTCTGCCTTTTCAGAAATTGACGTTTTCAAGTTGGA
TGACGTCATGTAAAAACGTTCACATATATATATCAAACATATTCACGTAG
AACTTCTTCTCACTTTTCAAAAATCATTTGATTTATTTATCGGTTTTTAC
TTCGATTAAGTACTATAATGCATATTTTATTAAATCATATACAGATCTAT
TTATGCTGCTTCTCCATTCCTCTCCTTTTTCCCTTTTTTTTTTCATTTCC
GTTATTTGATTACGTGCATACCAAAGAATTAAGTGGAAGAGAATTTGTCT
GTGTAAATGATGAAAAATGAAGTTGATGAGTGCATTTGTATTAATAAGAA
GTATTTATTGCACAGTTATAAGTAGTAATTTAAATCCTATCTACATTGTA
CCTGGTCCTTTTGTATGGAACTCGTAGTCTGAAGAATGAATTTTCATTTC
ATTAGCTGATGTTATTATAATTTAACTCCTGAGTATTGAGCTCTGACTAC
ACTTAGTTATATTCAAAACCGGATTGAACATCAATGTGTTCTCATATGTA
AAAGATGGATAGTAATCTATAGGATTTTTTATGGAGTCATAATTGTAAGT
CCTTGTTGACTCAGAGTAGAATTAAAGATCGGTATGAGAGTAATTATTCC
TGTATCCTCGTTTTTTGTTTTTTTCCTCTTCCCTTTTTATAGCTGATTTA
ATGAAACGTTATGAAAGCCAAGCTGTTCGCCTCCATAAAATTCTTCGAGT
TCATATTGATTTTCGTTTTTTTTTACATGCCCAAAATACACATAATTTTC
CTCACTAGTTATGTTATAAGTCCTACGGAGTAGGATTGAGGGTCGTCATG
AGTCATTTCAGCTTACATATGTATATATATCCTTAACAGTTATGGAATGA
AATTTGTATTTATTTCCTTCATATCGTAGGTGCTCGCAGTATGCACCAGT
TAACAAATAAAGTAGATTTAGACATTAAGAGAACTAGAAATGGCTAAATG
CAGAGTTGTATAAATTATGACCGTAACCCGTAAAAGATGTATTTTTAGTA
AGTGAAATGAAGTTATTCTGTACAAAAATGTTATTTAATTATGGAAGGGA
TGATACTCGACGGAGTGAAACAATAAGGGTATGTTCAGAAGTGAAAGGTG
TAAATTATTTTTAGATTTAGAGTAAAATTAAGGACAAAGATCGAAGTAAT
TCCAGCCTAATGTCCTTGACATAAACGGAGTTTTCTTTCCCTTAAAGCTG
CTTGTAGGCAATGTAATGAAGCGTTGTGATAGCTAAGCTTCTTTGCATCC
AAACAGTCTTCAAATTGTGATGATTTCTATATCACATTCCTTTTCTTTTT
AAATAGCAGCAGTTTTTACAGCCCTAAATATAATTTTCACATATTGAATC
ATTCGGAACCATTTTAAGCAAAAACGGATATGAGTTGAACCCACCTTAAC
TATTGTTTGGCCACAGTATTTGTTCAAATTTGATGAGTGCACGATTTAAA
AACTTTAAAAATCATTGGCCCACTGTACATTTGTAACTGTGTATGAACTG
TATATGAAAGTTGTTTTTTTTACGTATTCATTCTAATCTTGGATATTTTC
TACTGCTTTTTATATCGTATTATTTTTTTAACTTTTTTTTAAAAATATAT
AAAAAAGATATCTTATTATTATTTTTATTTACTTAAGAAATGCATCATTC
ATGTTTGTAAAACTATTATCGAAATGTAAAATTATCTGTATTGTAAATGA
TAATTGTCTTTTTGTAATAATGTTATTTATTTTCCATGTTTGTTGGTATT
TTAATCAATTTCAAAAGTATATTTATTACAAAATATATTAAATTTCCCAA
TATTTTTATTATTATAGCCCAGTGGTCCCTTCTGGACTATAAATAGGCAG
TTAAAATATCGTTACATAGTTCTTCATATAATTATTAAAAAAATTATCAA
GAAACTTAATTAACAATTGTGCATTTAGAAACCGGGGGTTACATTCTTAT
AAAATTTGGTTATTTAAATCTCAAAGATTGCCAACTTTCATAGTTATTTC
ATAATCTTTCAAAAATATTGTATTCAATTTAAAATAAGTGGTGATTTTTT
GTTTGTTTCTAATAAAACTATTTATAGGTCCCGAATTTAACAGCAAAGGT
GGAAATAATAAAGATATCAAAATGATTTTTTTTTCATAAATATTATTTGT
AGATATAGTAAAAAAAAAGTTTATTTCCAAAATATTTGAATCCCTAATTT
TCAGACGTGATGTATTCTTAACTAGTGTTGTGTTGATCAAGTCCAGTATT
AAAATTGTCTTTTCGTCCTAAAAACTGTTTGTTCTTGGAATTTTAATACA
AAATATCGATGATTTATTGACCCGAATAAGATATATTAGATATATATTGA
AGATCATTGCACATATTTTGCAAAAAATATTCATTTTTTCATTATAATGC
AATAAACTAGGAGCATATTATATTTTTACTTAGTTTGGACCGACAAAACA
CTGTTTGTAACCTTCAGTCCTAGATGTCACATCTGGCAGAGAATATAGAA
TTGTGGCTATAAATTATACTCTCGTTTATAATTTTTTATGGAATAAATAT
GATATTGAAATGTTATCCGACATATGCTACAATAACTTTATAATGATATA
ATCAAAAATATCCGTTGTAGCGTTTCTCTATGATTGACGACACACAGAAA
GTAGGAACGCACAGTAGAGTCTTTGGATCTTTAGAATATATAATGTACTC
ATAAATTTTAAACTTTCATAAAATACAATATACCAAATTTAAATACAATT
TAAACGATCTTATATATATAACATGCTGTAGATCAAGGGTGCATATGTAT
TGCCTTTTACAACGATTTAACTTATTTTTCCATATTGACTCATTGTTTCA
GGGAATTTTTATTTTATTTTAAATAATAATGATATATATTCAAAACCACT
CATTAAATCCTATTCTTTATTTTTCTCCGTCATAAAAAAAGTGATTTATT
ATTGACTTTGTGTTCCATTTTTTTTGTGTTTGTGTGGCTCAAAAATAATA
TATAGATATATAACGTGTGTTCATATTGGAACATCAAAGGAGTTATATTT
GCGTAGCTATCTAACTATAAAATGGGTTTTTGTCTTCAAATATGGATTGA
GCAACAAAATAAAAACTTTATGAGAATCTTTGCTTTTCAATATATATGTA
TAAGTTGAAAAAAATAGCTTTTTATAAAACCAAAGATTTATTTGTAAACA
GGACCAAACATTCTTTTCTTCTTTTTCTTCTTCAAATAACCATCTTTCCT
TTGATATTGTACTGTTTGTAAGTAAAAGAAGATACGAGTATGAGAAAGCT
GGTTTCTTGATTTTTGTATTTACTTTATTTTATATATATTCAGAAAAAAA
GGTTTTCAATTCAATTGGAATCCCACTAATTTGGACGATTCCTTCGCATT
CATTTTGACTTTTGAAAAATTTAATATTATTTATTTTGATATAAATGTTA
AATTTTTTAAAAGTTTAAAAGAAAAAATATTTTGATAAAATTCACACAAC
TTAGCATCTTGGTCTGAAGGTTTTTTGTCTTGGTTTTTCCCTTCTGACAA
AACATGTTTCTTTCAAAAGAATATTCATATATAAAAGTGTTGGAGAAAAG
TAACTTCGTATTTTCCGCTTATTTTCAATGATTTATAAGAAGTGTTACAA
TCATCCAATTTAAGCCAAATATGTCTTATTCTGTTTTTTAACTTGTTGCC
AAAAAGATTCCAACTTCATATGCCCTTTTTGTAGAAAGCCCTTGTCCCTA
TTGGCAAAAAATGAAATAACCAATTTTCACATGCCTCTATTGAAGCCAAA
TTTGTAGCCCCAAGTGCGTTGATCATAGACAGGAATAAGTGGTTCCAAGT
GCGGACTGCAGGGGAAGTTCATAACAACTCCCATCCGAGCTCTCAGAGCT
TCTGGAGCTTCATCAAAGATGTTTGCTGTCTTGATCATGTCTTGTTGTCT
CCTATTCACGACGAAATGCTACTTCTGTTCCATCTCCAGCTTCAAACAGT
CGAGTATTTCATAGTAGATGGCAGAATTAAGTGGGGGGGGGGGGGCGGKA
AATCGATTGTMCCTCTGTTGTGCAACACAAACCGAAGGAGTAGGGGCCCG
GACACATCGCTAATTTTCTTTCAGGTAGTAAACCCGTGAAATGGGGCAAA
TTTCTGCCTTTAAGACCTCCACACTTGACGCACGATAATTTATCACTGCA
CCGGTCAAGTGCAACACTATTCAAAAAGAGATTGTAGGCCATACTCCCAC
CACTATGCACACGATATCGTGGTAATCCGATGTAACTAATAATGAACAAG
ATATACTTAGTTAACAAAAAGGGGGGTGGGCGGGGATCAAAATTACTTTT
TCCAAAAATAAGACAAATTTTATTGTTTTTTTATATAAAAACTTTTTGTT
TCTTATGGAAGAGGGTCTAGCTTAGAAATTGGGGAGTTATGTAATCGGGG
TCTTAATATTTTTATATCATAACTCAGCTGCAAGTACCCCTTCTAATATC
GATTTAKCGACCACAATACATTTGATCCTCTTCCTTAACGACATCAAGGT
GAAAAAAACAAAGTTTCCAGTACAAGTCATAGAAATTTCAATTTCGATTT
TTTTTTTTATTTCCTATGTTATCTAAATGATGGCTTAACCTGACGCGTGG
ATAGAAGTACAAAAAAAAACTATGTGATACTTTCTCAAATGACTTTTTCT
CCAGAGATGTGCAGTGTCTACTTTCAAAGATACTCTACGGAAAGAGAGAT
GAAATGGAGGKTAAGATAATAATAATTAATTAAAAAAATATGTACTTTAA
TTGTATTTACTGCCCATTCACACACACACACGATCAAAAAATGACTGAAT
TCCAGGGGATATTTATTTTACATTGCATTGTATGTCATCTATTTCCTTAG
GGTTAGAGTCTCTTTAGCTACTGAAAGGAAGTCAGAACTAGAACAAAGAG
TATAAACAAGCCCTCTTTCTTGGTAACACATATCTCCAGAAATGAAAGAG
TGTTTTGACAATTTATTATTCGGATTAAGAAGATATTATACAATGAACAA
TTGAGGGGAGAAAATACTGTCTAACATGTCTTGATTTTCAAAGAATTAAA
CTTATCAAGAATATATATATTTTTTTAAATGATTCATTGTTTTGTTTTTT
TGAGTAATCTTCAATGCAAAAGCGAACAATGAGGATTTTTCTGATAAATG
AGTCCAGATACAAACACTATTTGTACTCTTTAAATGACTCAATGAAGAAA
TTACGGGGAGGAAATTTATCATTTTTTGATAAAGGGATTGAATTTAAAAC
TGGCATCTATTTTTCTCTAATTTATCTTAATATTGTTGGAGTCATTATTA
ACCACTAACACAGTTTTAAAATTAAAGATAAATTAATAAAACTTATGTAA
AAGTGTTTAATGATTTCAAGGATATTTTTAGTTTTGTTTTTCAAATCTTA
AACTTTTGGATTGTGTTAGAAGAGAAAAATGGTATGGGTATATACAAATT
CAAAATGTTAAAAAACGTGTACCCAATTATAGTTAAATACGCAAGTCAAC
TAAAATAAACATTTTCTATTTCTAATAGTACTTGATGCGCTTATTACGAG
TCTGTTTTTAGTTTAAGTATGAAATCTCGTTTTCAAGAAATTTTTAGTTG
GATTGTTTTAAGCATTTTTGTTTCTTTCTTATTAAAGATTTGAAATCAGA
TTAACATTGAGGGATATTGATTCTAACTCCTCTTCCTAATAGTACCTACA
GTTAAATAAATTTTGGGCAATTATATAAATTAATCATATTCCTAAAGTAA
AAGAACAACTTAAACTACGAATTAATTCAATAATAACTACTAAATTAGTG
TTGAATATAATAAACTCAACAATCTGTGGTGGGGTGTGAAGTTTCTTGAA
CAGCGAAAACTTGAAAACATTTTTGAAGTGACAGAGCTTATTGCTGAGAA
AACGATGCTCTAATGCGTCAAGTTGATTTTTTTAATACAATATTTTCATT
CAATAAACTCCTTGAATTGGGAGTCCGAGAAAGCAAATTTGTTGTGATAA
TTAGTTTCCTGGCCATAGTTAGGGTTTCCTATATTTGTTTTCCTWTTTTC
TTCCAAGAGCTKTTCTAGAAAAGGAGTGTCCMCAACTTCATTTTTTTTTT
TTTTTTTTTTGCTTTTTAGCAAGAGAAACTACTACAGAAATGAGTTATTT
GATCTTACCTCCATATTTGGACCTCATACTGTCGAAGGAGTTACATAATC
CACTACGGTTTCCAGATTATCTGCAAAATTACTCTATAAAAAATATAATA
TTAGATTAAATTAAATTAATGCTATATTAAATCTTTTTGACGCAAATACT
CTTGGTTTAAATGAAAGAGCAATTATTTTCACTTCAAATGAATTCTTTAG
ACTTTAAATAAATAAAAAATGTACATGTTATTTATTTTTTTAAATACTGT
TTTTTACCTTTAAACTGTATTTCCTCATATTTTTTTTCTTGGTAGTAGGC
GTATCTATATTTCAAATTTTAAAATCGAAGCATTCAAAACAACAAAAATA
TAAATACTTAATAAGAGTTTGACAGCAAAATAAGTACAACTTTAACTAGA
ATCCCATAAACAGATATATACTAATAGTAGAATGTTAAAAGAAAAAGGAA
ATGTAGAAACATAACGTCATAAAAACCGTTTAACAAAAATATAGAAGCTA
TACACAGGTTAAAAATATCTCTAAGGAAAAATAACTGTTGAAATAAAAGT
AGGTAAAAACAGTATATCCTTTTTAAAACTTTTATGTCTAGTTTCACAAC
AAATATTGCGCCAGAAAGGTGATTGCCCGAGGAGCTCCGCTTTGCGTATA
AAATCTGGTGTACCTTTATGATAATGGCGCTTATAAATTTTTCTTCATTT
CCACTCTAAAAGGCTACAAAATGGTTTTTCTTCAAATGAGAAAGTCGTAA
TTTTCGTGCAGAGGATTTCCAAAGTCTTTGTACATAGGTCTAAGTGTGGT
ACAATCAAATAAAAAATGGTCGCATGATTCATCACTGATTCGACATATAG
AACACTTTCGTTTTTCTCCGATAAAGAATTGGCCTCTTACCTCAAGGATA
CCAGAAAGAATCCGGTACTTCAGCCATTTCTCTGCTGGAGACAAAACCGA
ACTTTTAAGAACATTCAGTCCTTTGTTGACGGGGAGGTAAATTTTCATTC
GATCTAAATAGCATATGAAAGGAGTCAATGTTCGTATCTGWTTGTTTTTC
CWCGGTGCTGAAGTAGCCGTAGAGGTTAGTTAAAAGCTATAAGGCCCCGC
AGGTTTTGGAACCTGTACAAACTTCCCGAAAATTACTCCGAAGCGTTTAA
AAGACATTATGTTAATTAGGCTTCTTGAGCCATAAGTTTCGGCAGCAAAA
TCGACACCAATGGTCGCAACTCCAATGTCGTAAATGGAATCTCTGTTTGG
AAATTCCATCTTCAGAGACTTTTTATGTTAAATGAGTATTTTGCAAACAC
TCTCTGAGAGTGCAAGCCCAAATATCGATGCTTGAAGGCCGTGATCATAG
AGGAGTGGAACGACTTTTCCTTAGACTTCATCAACTCCAGCTGTGTTTCT
GTTCGTCCCCGTATTGAAGTCATCATTCAGAATGTAGGGGGACATATTGA
ATAAAAAGCGTAGAAAATTGCTGAATTACAAACTTTTGTTTTAACAGTTT
GCCATAGAAATGCTTCAAAATAAAAATATGTAGAATTGAAAACGGCTTTT
AAAATTTTCTAATTTTTGAGTCCTCACCTTGTATATAATAGAACATAGAC
TTTAAGTTCAAAGTACAAAAGTAGGCTCAAGTGATTAGATGAAGATACTG
TTGAAGAAATTTTTTATACATAGATTAAAGTGTAAAGCTAAATTCATTTA
ATACTCTAATTAAGTGTCATATGTTGGTATGTGGCATTCGCTCCTATAGT
CATATTTCTAGATATCTAAAATTTCCATAATTGAGCAAAATAATATGTCA
ACTAAATCTGTTGTCGGTTCGTACAAAAAAAAATATACATTTGCTTTGAA
TTTTTCCTTTTTTTCTAGATTTTGTTTAGAAAATATAGGTGTATTTGACA
CACTACAATTGTCTCTATGATCAATTAATTATTAAAAAACAAATGAAAAA
AATTTATTAATAGCATGATATTTTTTATTATTGCTATTAAAAAAAATATT
ACCTTTTGCAAGAAATAAAATAAAATAATAAAACTGGAAAAAGTTGATAA
CAAAATAAAATAAAAATTAATCCCTTTTGTCAAATATTATAGAGCTTTCC
TTCTTTGAATCAAGAAGAAAAAAAAATGTGTTCTTTTATATTTATTTATT
TTTCTGAAAAGATCTCTCGAGACCTTCTATGAAGATGGAGAAATTTACGT
GTTGTTGTCTATGTATTATTGTGAGAAGAACAACTAAACAACAAGAAAAA
AAACGAAAACTGAAGGATGAAAAAGGGAGTAARAAACTGTTTCTCCTTTG
ATGTTTTTTTATTTATTTCAACTTTTCATTCATTCATTTGTCTTCTTTTT
TTTTTTTTTTGGTTCAAGAGGTTAAAAATGTAAAAAAAAAAAAACCTTCT
AGATTAATATGATCATTGAAAAGACAGCTCCATAATAATAAAAATATTGG
TTTTCTATAGGTTAATTCAGAATTAGAGTTCTTTAATCCTTTAAATTAAG
AGTATTGTATGTTATTTGGAGATTTTGTTGCGCAAGTCAAAAATATTGGT
TCAACATATTAAAAGACGTGCAAAATGAAGACACTTTTGATGATTCCCCT
TTGAACCCTCTAGACTTTGAAATGTAGTTATAGTTGAAGAGAGACCAATG
AAGTTTTCAGGCTCACAATGGACTCTTGATAGTAGCCGTGGAGACAAAAG
TTCTAGGAGACGTTGTCCTTACTAGTGAAGAGTCCGTGATGAGACAAATC
TACTAAGTTGTTCAAAACAAGTGTATTGGTCAATTTTGTTAGCTTTACCA
GATGGCAGTAGGATGGGGCTCCTAGTACACACTGAAAATTATGTACATGA
ATGTTCCAAGGACAATTTTGTAGTAACATTCATCATCACTTGTTCTTAAC
CCCCTTAGCTTTTTAATGGGGGGGGGGGGGGTTATGCTCAAAGTAAGTGG
GGCCCATGTAGTTTCCAAGCTTACTGAGAGCTCTTGATGACAGCCTCGGA
GGCAAAAGTTCAGGTAGATGTTGAKCTGACTTACTACAAGTCAATGATGT
GGCGTCTCCAAGAAGTTGTTTAGAACTAGGGCAAGCATACTGAATAGGAT
ATTGGTAGTGAATAGGAAATGAGTGCATTCCGTGTTTAAAAATTACTCCT
CTTGATAACATCAAAAACGATATGGTAGCTTTGGGAGKCAGCTCATTTGT
TAAAAACTTCAGGTTTTGAATCTAAGGACTTTTGTACATATCCCTAGGTT
TCTAGAAAGAAAAAGAAGGGAAACATGGCGACATCTTTATGGAGGAATAT
TTGATAATAACTACGCTGGGTGTCAAATTGCATGTGTTTTGAACCGAACG
CTTAAAAATGCGCGTGTTTTCTACTTTCGATATTAGTCAATCGTAGGACA
ATATTACAACTGTAATATAGAGTATTTAATAAATACTTCAACACTCACGA
TTAACTTTGAATAATAATCTTCGGTATATCTGTATTATAGTGAACCCAGC
TACTGATATATTAGAAATAGTATTATACTAATTTCCTATTTTAACCGGTA
ATATCAGCGCTATTAAAAAGATTTGCTTGTATTTGGTGTAACCTCCAAAT
TTCTGAGTATCCCTCCTTCCACCATTAGTTTAGCTTCTATAGCTCAGAGA
AAATTAACGAATTTGTGAGCTGGTGCCTATATTCAAGCAAGAATCCTTCA
GATGCCCTCCTAAGTAAACGTAAATTGCCACGCATTTTTTGTTTTATGGT
ATTAGTCGAAAAGGTATCGAAAATATTGATATCCTGACAACACTGTCTGT
GAGTAATTAAATTTTTTGTGGTACTATAGCTCCCTGTTTATATATGACTA
ATATTGACTCATGAAAGTATTGAGGAGTTGGCTCCATCTATTGGTTAAAA
TTATATTCTACTCAATAGTAATAAAGAACTTAATATATGACTTGTGTGGA
GTTAATTAATTCAAAGATGATAGATACAATATTTGGTAAGGTTATTAATA
TTGCAGGATATCTCAATTACTTATAAAAAAGTAGCAACATATAAGGTTTC
ACTTACTTCATAATCATTAATGTAATCCAATTGTTTTTCCAAGCTAGATG
TCAAAATTAAATGAACTAATCAAATTAATCTTAAAATTATATTTTCACAA
GTAATTCATGATATATGTATTTATCGTTATGATACAATGAGTAATAAATA
TGGGTATCATGTACATTTTCCCAGTACGGCATATTTTCTCTTTTTATCAC
TAAATACCTATAATGTAAGTGGATAGTTGAAATTTAACGATATCAATCTT
TTAGTAAAAAGGAAAAACTTTCCTAAGTGCAGCAAACGAGGGTTTCTTAG
TCCACAAATTGAACCTACAACATCCCCCCCTCCCCCCCCTAGTMCTCAAA
AACAGACAAACCACAACAACTTCCTACACAGAATGAAACATTCAATCTAC
TTAAGATACATTNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNCTTATTATTTTATGTAGCTGAA
AAAATAGAATTTTCCTTTAATTTGGCATTTAAAAAAATAAAATATATATA
TTTCCAAAACATAATTAAATACAAATATTTATTATAAATAAAATACATTA
TTCCAGCCATTCCCCCCCCCTTTTTCAATCTATATWTTAGTTTAACAATA
TTTTTTCCAAAAAAAGAAAGTATTTTTTATCTCTTTGGAGAAGAAGAAAA
AATGGCAAATTATTTCAAGATTAAAGTATTTGTTAAAGAAACTGTTTTTT
TATCTATCGTTTCTTTCTACCTTTTTATGGACAAAAGAATCTCATTAAAG
TCCAAAGAGCTCTTCGCTTTAGTAAATAAGTCATTCTTCCTCACGGATCT
CTGGATATTCAAAAACATTTTTTAGACACATCGAAACATTATTTCTAGAT
AAATTACTATCCGTAAACAATCCTATAAATACGAAAATCAATACTTCCCT
TGTGTGTTTAGCTACCAACAAGACAGTTTCTATAAATAAATAGAACAGGT
ACTCAGTAGAGTGCAGACCTCCGCCAATGATCATTTAACCTACATTGGAT
TTTTGAGTATAAAAAGCATCTCTATCAAGCCTACATAGAGACACCAATTT
GAGTTCTGTATTTATATATTTTTTAAATATTGATTAAATACATTTAACAT
TATGGGCTATCTTGATCTCATAAAATTTAACGGCTTTGTATCAAGTTAAA
TCAAAATCAGTCTGTAAAATTTACTGTAATCCTGGTGACAAAAAAAAACT
ACCTTCAAACAAACAGAGGCAAAATATTTATAATTACTTGAACTGGACTC
GATAACAAAATTCAAGGGCTCTTTTAATATTTACATAAACTTGTATTTAT
CAGCTACAACTGAGCATGAAATATTAGGACCTTTTCCCATCTCTACAAAA
AAGCATCTAAATAAATTAATAATTTGCAAAGAAGATGGAATAAAAATATG
ATATATACAATATATTGCCATGATGTTTCAGTATCTGGGGTGGATAAATA
CGAAAATCAATACTTCCCTTGGGTGTGTAGCTACCAACAAAACATATTCT
ATAAAGAAATAGMCCAGGTMCTCAGTAGAGTGCAAACCTCCGCCAATGAT
CATTTTACCTACATTGGATTTTTGATTATAAAAAAGCATTTTTATAAAGC
CTACATAGATACACCAATTTGAGTAATCCAAGAAAGTAACTGTAGGATTT
TTAGGAAGAAGGAATATTATTCTACCAAATTTACAACCCTACAAACAATA
GAAATCTCCTTTCTGTAATAATAATAATTAATAATATTCGTTTACAATCT
TTGTATATGTCATATCAATGAGGTTGATTATATTAGGCTATGATTGTCGT
CATAAAAAATCATGGGTCTTCAGTCATATAATTTTATAGTCCAATAAACA
TTTTCTCAATCCTTTTTTCCTCTTTTTCTCTTTCTTCCTCTCTCAATATA
TTTTTCATATCCCTTCGCTCTCTTTCTAAACCTTATACTTTCTTAAAGAA
GTGTACATCATTTTTTATATTATATTTAATAAGTAAAAACCCCATATCTC
ATTATTAGACGACATCAAAGATTAAATCTTGATTTTTTTATATACATATA
TGAAAAGACTGATTTTGAGTTCATATTCTGTCAGATTAATAATGTTTTTT
TAGAAGAAAAAAACATAAATCAATTTGCTTCCATTTAGAGTACGCAAACT
CCACGGTACGTGGAAGTGTAACTAGGGTGTGGCTGKCAGTTAGAGAAGAC
AAACAGTCCTTGACTAAAACGTCAGAAGTAGTGATATATTTTCAAAAATT
TGTCAAAAAATAACTTTCCTAAAAAAAATTGTCATAAAGAATATTTCATA
TGTCAGCACAAAAAAAACTAGAATGTTAATGAAAATTATTTTGTATACCT
AATTATTCAGTGGTACTGCAAATTACTCTTAACGATAAAAAAATACATTG
TTACAATGAAAAAAATATAAATAGAACAATTTTGTATAAAAAAGCTGTAT
TGAGATCAAAATAAGTCCTCTAATTGAAATAAAGACTTTTAATTATAAGT
AAATAATATTCTGAGGTGTTTCAACTTATCCCAAACATATGAATACAAAT
CGTGTAATTGGCCGAAATATATATTTATGGAATATTTGGTTGTATGTGAA
TATGAGAAAAAAATTATTTTGAGAATTTTGCATTTTCTAGTCTATGTTCA
AGATTATTTGTTTTAACGCACCACATTGTATGTCTAATATATATTAAAAA
ACATATTTGTTTCATTAAAAAAAATATTTGTATACTTTATAATATATAAG
TTCATTAATTTATTTTACATCATTTACAGTTTTAAATAATGGTGGGTGTA
TGCAGATTTTTATATTTTTTCTCAGGTTGTACATTTTGTAAAAAGTTTGA
GAACCACTTGAATAAATTCAACAAAACAACAAAATTAAAGGGTTTGACAA
CAAAACGTGGACTCTCGAGTCTCCTGACTTTCAAGACCTCTGTCAGAATG
TGGTGTTGGGTCCTCATATTTGAGGAAGATCCCAAGTCGCCCTTCACGGC
CTTCCTGATGGTTAAAGCAGCCATGGAGAAGTCGTGGATGAGGCAATTCA
TTTATTTGGTGTATTCTTTCTTGATCTTCTTCTCCAAGCTCAACAAGAAC
TACGGATCCCTCTTTAAGTTGTGCTCTCCACTTCTTTCTTTCCTGGAGAG
ATATTTCCTATCATTCTTAATCTTGTTCACCTTGAAAACCAGGCTCCTAG
AGCACTTTCCGATGTACATAATCCTCACTATCTCAACTTCAGCATCTAGG
AGTTCTGAAATGACTTTTTGACTTCTTGCTAACTCATAATGTCGAGGTGA
CGAAATGTTTATGAAAGTTGGCATACGCATAAAGGATGGTGAAACTAGAA
TGTGAAAAAATAATATTAATCTAAATTAATTAAAAAATTAGCATTAATTT
CAAAATGGTTCTATATTATGTAGAACGATTACTAATTATTTATTGAATTG
GTAAATATTTTAAATTGGTAAAATTGTATTTAAATATATATATGTATAAG
CTATGGATTTTTGTATAAATATATTTGCCACTCAAGTCATAGATACCAAA
AGTGAGGCTGTGTGGAGGCAGTGTAGTGATATATTATGTCATCATAAAAA
AAATCCCAAAATAACTTCTGGAAACGTCATTTTTAATCATGAAAGAGAAA
CTAAATTGTGGTACATGAAATGATTTTTATTCTTGAATTGGTTTTTTATG
GTTATAATGGAATGGCTAATTTCTATTATGATGATGTCATGTAAAACATT
GAATACTAAGACATTAATTTTAAATCTTGATAGTGTCAAACAATGATTTG
GTAGTCTATTAACTGATGTGCACTGTCATTACTTAAACTACTAAATATTT
TCACATATTCTGTACTTTATTTTAATTATTACAGTTGTCAACTCTATCCT
TTGGATTAATTTAATAGATTCCTGATTGCTTTTACCTCAAAAAACATAAA
AATGATTAGATATCCAACCTGAAATTTCTGGTGGTGAGGCCTTAAAGTAT
TTTTTTGTAAAATATTTTTTTATTAAAATGATTTAATTTTATTATTCGCA
ATAAAAGATAAAAAAAAAACAGTATTTAATACAGTTTGTAGGTACATTTT
TCCTAATTCAAATATTAATGATTATTCTATCCTTTATTAAATCGGAGAAA
ATACCTTCTAAATACAAAAAAAGAAGACTACAATGAATCCTTTCTTTAAA
ATAATATCTTACACTTTTTTTTAGATTTTGTCAAAATATCCAAACTTACG
ATCTAATCATTATCGGTGTAGTCAATAAAATATAACCTGGTACGCGTGTG
MTATTTTAGTAGTTGGCAATCCATCTCTTCATGATGATTAAATTTTCCAT
AAATTTTATCAAAACAGTTTAATTCTGGAAGAGATAACATAAAATAAAAA
AATAATGATTAGTGCAAGTGCTCGTGAATGGCTGGGAATAACATTTCTTG
TGGAGTTATAAATGTGATTCTTATTTATACTCAAATTTCAATTGAGAACA
GATATTGGAGTAATTCATCCCTATTTTTCCAAAAATATATCTTTTTTTAA
ACCGGATTAGTTACGGAAAAATTTAATTGCAGATTTTTAAAGAACCTATA
TGTTTTTTTAATTCTTTTATTCCGCGTTTTTAAGCATAAAAAGGCCCATA
ATGAGGACAAATGTAGTCCGTCAGCACAATTTAAAATGATTTTTTTTATT
TAAATTGAATCTGGATCATAAATTTTGTCCTAGCTGACAAACTGTTGCTA
ATTTCTATGAATAAATTATTCTTAATAACGCTTTGAMCTGCCGCTAATTT
CCGTTAAAGTAAAAAAAAGTTCATCTTCACAATAAAAGAATTCAAACTAT
ATAGAACATATGTGAAAAACCAGATCCGAGTTACCATTTTCTTTGAATAC
CTACGATTTACAACTCAGTGCATAATTAAGGAATTGTATTCAAATTAAAC
TCCACAAAAGTCCTTTAAATGATATGCTCTATTTATTTATTTTAATTTTT
TTTTTTCAATACAAGGAAGATAAAAGAACCACACGTAAGAAGGGACTGAG
GAATGAAGAAGACACAGTAAAAGTATCTAATTACTAAATGTGTACTTCTG
TACATATTAGAATGGTTTGTTTTTCAACTTTGTTAGAACTTCGATAACGG
TTAAAAAGAAAAGTTTTCATTTAATAAAGCAATAAATTATGCAAAATTTC
ATTGCTCTACGTTGACATCTCATAATCAAAGTTTGAAAAGAAAAAATAAG
ATATTGTGTCAATATATTGATAGGAATAAAGCAAAGTTTGTCTGCCTTTC
TGAATGTTTGTCAATGCTACACTTTTTAGTGTGTATTTATATTTTAGAAT
GACATGACCATTTTATATAAGAATTAACAATATAGGGAGGAGGATGTTTA
GCTACAGCTCAGCGCGTCATAATAAAAAGGAAAAAAGTAGTAGATATCTT
CATTTTTATATCAAAATTGTCCGTCATTTTGTATGTATATCGAYGTCAAT
AACTCAGAGCAGTGCTGGGTACTCTAGCTAATATTTCAATAAACTATTGT
TCGATAATCTTCTACAAAATCATTACATTACATTTTCAAAGAGAAAAGGT
CCTAATCTTTGAGTGAAATTCCCTTTCATTACTTTCCCTTTTTGTTCAAT
AGGGTGACTTTTAAAAAAGATTTATAAATATGTTTTGTAGGTTAGAAAAA
TGCTCTGTTGACTATAATAAAACTAATAATTTCCGTCTTTTTTCAACCTT
TGACCATCGTAGAACAATGTAATTTTNACATATTTAATCAAAGTTCGAAC
AAATTGAGAAACAATCCACCCTAATTTATAAGTAAATATACATTAGAAGT
GTAGAGTATCAATTTGATTATGTATGTACACATGTTTGTATCACTGAAGA
AAAAGAACGTATAAAGTTATTTCTAGATGAAAAGAAGAAAAAGAAAGCAC
TCATTATTTTTTTGTTTTGGAGAAAGAGAGAAGTTGAGGGGAAAATCTTA
TTCAAATCCTTTTAAAAGCATAAAAATATAAGTCTTTTTATGTAGAAATA
ACATCTTGTAATGACGGCGAGTTATTAGTAGGGATGTAAATCTTAAGCAT
TTTGGGCGTGTAAAAAAATCAACATTGTAACTTTGACATTTGTATAGAAA
GTTTTAGAAAAGAACAGCTGAGGTGTCATTAAGTTTCATTAAATTAGCTG
CAATCACTATAAGAGCAGGGAAATAAACAAAAGTCCCACTGCATATCAAT
CAAAGACATCAATTCTATTCTGTATACAAAAGAGACTTACACTTATAATT
CCGCAACAAATAACAATGTTACTCTATCCTTGAGGTCGCACACTTCATAC
TTAAATGTTTAACTTATATAGCAAAAGAGTAATTATAACTGATTTAGAAA
ATAAAAACACTTTCAAGTTTGCCAACAATAAACGCTAAAAGGATTCACAA
TTATAATGAATAATATCCTTTAATACTAAAAGAAAACAATCACTTAAAAG
ACTAATGAAAAGGTGTTTTTGTTTTTTGTTTTTGTTTTTTGTATCTGAAC
GAAAATTCAGAAAAGAAAAACTGTTTATGTAATTATAACTTGGAGATTTT
CAATGCCTTTGTGATTGTGTACTAAAAATTTATGTGAGGAGCGGAAATAT
CAACGTTTTTAGGTCACCATCTCCTTAGAACAGATGTCCATGTTATTCTT
GAGAAAATTCTTGACTATTTTTGCTGTGTGTGCAGAGCAAAAATATCTTC
CTGCTATATCACCACATTTATTTCCATCTGGAAATGTTGTCTTCACCCGT
GGAATAAACTTTTTCCCTAGAATATTCATGTAGTGAGGGGGTACCTGTAT
TTCAATCAGAGGAGGGGAGCCATGACACTGTTAGATACTACAAAGCCAAC
CCACATTATGCTGGTTGCTTTGTTGTTGGTAATAAGAATCCCCCTCAATT
ATCCCTCTTCCTCTCTCTGCCACACTCATCCCCGAATAAAGGAGGGTTGA
TATCCTTATTATATTGTCTCTTTCCGTGCTCATCTTAAACTGAGAGAAAA
ATGTAAGTAGTGAAAATGGAAGCTGATTCATCAAAAAATTCTTTGCATTT
TAGACATTTTGAAATAAATGTCAGAAAACACCCAAAGAAACACGCTTATG
TTTTTTGAAGATTGAAAATCCATACAATGTAACTATTCAATTCTATTTTC
TTTGCGTTTAAATAATTTCATTTATATTCTTACTAATCTAAAATAATATT
ATCATTTTGTCATGGATCAATTTGGCCTTTTTTTATACCATTGTAACCTC
GAATCACAAAAGATAAAGGAAAAATTTGCAAATAATATTCTAACTAGTTT
TCTGTATTTTTCTTATTGCTAACTGTGAATTATTATAAGAAGATTTATTA
TTTATATTATTATCAAATATAATTAAAATATCACTTGAACTTGACTTATA
TAAATTAATATAAAAATACAAATCATATATAACAACCTTTTTGAGTTAAT
TATAGATTAAAGTCAGCTACTTTAAATCTTACAAAAGTCAATTTATGAAA
ATAGTTGAAAGTGAAACTATGATGTATCTTTGTGCGCATTTCACAAAGTT
GATTGAGGATAAAGATGAAACGCTACAGCTGATATAGGATTATTAAGAGC
TCGCTATCAATTATTATCTTCTTAAATTTATATATTACTTAATACTCCAT
CTTCTCTAAAATAAAACAAAACGGAATGCTTACTATACGGATCATTTATA
CACAGATATGGAAAAGTAAAGGGTTCAGTTACTTATGCATCAAAAAGTTT
ACGTGAATACTGCTGCATTTCTCTAATATTGTTCTTCTTATGAAATATTT
TTATAGTTTACGAATCATTCAACTAGGACAAATAGAACATATATATCAAA
ATTATGGAATTTCCAAGATTAATCTGAGTATGAAAAATTATGTAATATAT
TAATTTTAAGTGCATTATAGATTCTACAAAACAGCTTCCACTTATCTAAA
ATATAGTTACGTATCTAATATCAACTTTAGAAGATTGTAAAGATCTGGTT
TAGTATAGGCTCATATTTTTAAAANNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNAGATACCTTGGGTTATAAGTATGATGCAGACTT
TTTAAAAACAGTTTGTAGATTTTTTTATTTTTCAACTTTAAAATATATTC
ACATAATGTATCCTTATCTTCAACATTGAGGTCTTAAAACAGCTTTGTAC
CTTAAAAATACCCAAAAATAACAAAAAAATGTTTAGCATTTTTCTGAAAG
ACACTAGGTTTTGAGAGAAAAAATAATGCCATAATTAGAATCAGGGATTC
AAACTCTATTAAATTGAACATATACTGTTTTTCTACCCTTTTTGGTCTTG
GAAAGTGTAATTTAAAAAAGTGAGACAAAAAAAATATTTCTCGATTAATA
AATAACTAGACTTTGTATGCGGTTAAGCTATGAAATTTTAATGTGTTATA
GTTCATTGCCCGGAGTTTTTAGGGGTCGACAATAAGGTAAAATAGTCTTT
AATAATATAAATGATAACTCCCCAATAAATCCTCAGTGTAGCTCACGTTT
ACACGTATTTACTCAATCCTTAGATGTTCTCTCCTCAATAATAATCATAA
CAAATTGAGAAAGGGGGGGGGGGAAGTTAATATGATTTGATGTACAACCA
GAGAGTAACTTTAGGTCGTTGCAAACCTCACCTATAGTCACATTCATTTT
TTTATTTGTATGAAGTAATTCTTTTATATATATATATATATGAGTTAACC
GTAACGCCTTTGATAATTCATTCATTATAACATAAAAGTTTTATACAATT
CTATACAAACACTCTTTTTCCCCCTTTAATATGACCTGCACGCTCGATCC
TATAGTTATTTTCTAGATCAGCTAGTAATTAACCAAATAAGTCAATCATA
CCAACTACTATTGATCTCTAAAGTACTCCCACGCTATTATTGTAATATTA
TTTACACCCAATTTTTTGAAATGAGTTATATACATTATATTTTATTATTG
TTTAGTAATATTTTATTAAAAGCATGGCTATACATTTGTTTTGCTATATT
CCAGGCAAATTTTATTCATGGAAATAATAAGCTGACCAATATATATATTA
TATAAGCGACGAGGGATTAATAACAAGTTGTATTCCTGTTCTATTGGAAA
CGGAGCATAAATGTAGTATAATTTATAACTTCGATTATTTATCAAAATGA
ATCAATTATGAAATAGTCTCAATTCAGACCAGGAAATTGACAGCTGACAA
CAAAATTTAATTGGTATTGTACTGTTAACGAGGTAATTACGTGTTATAGT
CACTTCCTTCTCAGGACCAGGTTTGACTCTATATAAAATAGCAACTATGC
ATGATTTGTTTGTTATTTTTTAACTACTTACCTCAACACTACACAGAAAG
AGTGAAAGCATAATTTATTACCAGAAACAACAAACCGTTCTCTTTTTCCA
TGKCCTTCATTSGGTGGGGTGAGAGGGGGGGGGGGGATATAAAGTATTGG
AAACGATGTATTCTGCTTCAAATAAAAGTTTTTTTGTGTAAAAGTTTTAT
TTTTATTTTTACATATGTATAGAATATGTTTATTTTCTATTTAGATTCCC
GACTTTTATTANNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNACAGGAGAAGAGCGAAGWTATACCAATTTTA
AAATTAAGAAAGCTATTATAGTCCTATATTAAAAAAATGAAAATGATATA
AAATTCTATCTCTTTGATATTTCCCCTCTTTTTCAATCATTTTAGATTAA
TATTTAAATCATTTATTGTTCTCATGGGAACTCTACATCTGTGAGAAATA
AGTTTTATTGATACCCATGATTTCTTRCCTATTATATACATATATAGTTT
TATTTCTTTCAAATGGATTTCCCATATTAAATGGCTCTTTCGAAGAATAA
GTATATTCAGAGAGGTATTCTTTTAAAAGTATAAGTTGTTTGGTAAAGGA
GACTGAAAAAAATGACAGCTTAGTGCAGTTAACCTCTTAACCCAGGCTTG
CCATAGTGGATAAAATAATACCATAAAAGATAAAATAAACGCCTGGGTAG
TAATGCATTAAGATTCATTATTTGTTTTGTACTCAACAGTCTATCAAAGT
TATAAAAAGTGACTGTTAAGAGCCAGTTCATCTATAAAAATATGTTGTGA
CTATGTTATCATTTGTGTAACTACTGGCTTTCTCATATAGCTATTTGTAG
CTAATATAATGCATCGGCAAGAAAACTAAGCGGCATTCCTCCTCGCGCCC
CAGAAGACCCATACTGAGATTGTTAATGAACTCAGGATGAGGCGGATGGC
CGTGTATGGAATTAAATAGCAGTTTGAAATCCGCAGAATAGTTGGCAGAA
AGTCTTTGCAGTAAAGTGAATAGTGGGACCAAAGGCTATGATTATGCTTG
TGAACCCCCACCTTACTAGAAATACAATGAGGACGATATGCAGTATCGCC
AAGAAGATGAATGTGAGCTAAGCTACGCTCCAGAGAATTATTAAAGGTGA
CTTTGGGAGCAAAATCCAGAGCAAGGAGGAAGAAGCATCTCATTATGACG
ACCACAAAGAAGAAGAGGTAGTCAAGAGTCCAAGTTTCTTTTGAGTAGTG
TCCAAGAAAATGTNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNCTTTGGAGTCCACCATCAATGC
TGCATGGGCTGACTTGTCAGAAGAATACATCAGTAAAAATGTGTGGCCTT
CATCAAGAGAGTGGAGGCCGTCKTTGAAGCTAAGTAAGGCCATATTGAAT
AAAAAAATCGATTTTAGTTATAACTCACTGCAAATTAACTAAATTTTTGC
ACTCACTGTCTTCACAAAGTATTTTTTAATAAAGATTGACAAACAATCTT
CAGAGTAAACTTAAATATGGCACATGGGGTGAGTATCATTTTTAATTGAT
CAGGATGATGTTGTATTATAGAAAATTTTATTTTATAATATTTTTTACAA
TAAAAATGCAGATTGATTATGAATCTGGCCACCATCAACCTCAATCACAG
CCTCCAACCGTCTCCAGAAAGAAGCTCAAAGATATTGTCCATGTTCAGAG
ATATCAAATGTCCATTAAATTTTTACGCATAAAAGTCTAAACTGAAATGT
TCATGTTCAACAAAATTTGTAGAGGCTGTGACACAACCCTAATATTATAT
TGATTTACTTTACTATATTCTTCAAATAATTATTTATCTTATAAATTATA
TAGGAAAAAGTTTTTTTTTATTTAAATCTGACTTGACATGTAGCTCTCTC
ATTGGAAGCTTCTTTTTTTTTCTTTTTCCAAAAAGTTTCTGCTTTCTTTA
AATCACATTAGTTTTTGAATAAATGGAAGAACCTCTTTGTCAGATTTATT
TACTTGTTCTACTAAAAATGTCAGTCCTTCCTCAGCATTAGTAAATCAAT
GAGAAAACCTCTCTTTCAAATTTATTTAATAGTTATGGGAAAAAAAATAT
GTACCTCCTCAGCTTTAGTAATAAAATGTCTTTAGAGCTCAAAGTTAGGA
TCAAAAGCTCATGAGCGCGCTCAAAATACGAAAACAAGTTTCAATGAAAC
GTGTTTTTTAACGGATAAAACAGATTTAGATTTAGTTGTAGCATTTGGCT
CATTTTATTTGTGTTGAAAAAACATTTTCCATATTTTATGATGTCAAAAG
TAAATACAGATGGCAGCTTAAGTTGGAAAATGATCTTCAAATAAACCTTA
AATCTTTATTTTTGATTAATATACTCAAATGTTATATACTATTTGCTTCT
GGGTTGAACTTTATAGGGTGGATATGGCCTTTAAGTTATATATCTGTAAT
GCAGTCCAAATTTTGTATTCATCTCTCAATAAAAGCTGTAGAGGTTGCCA
ATTATCTAGTAACATATTTTATGGGTCCAACTTTAAAAAGTTTTGGAACC
ATTGCAATAAAGTAAAAATGAACTTAAAGTTACATATCATAAGGGATATA
TAAAGAATCTTAGATGTATATATGAGTACTGATGTTGGATCGGTCCAAGG
ACTGATTACCATATCAGTCTTCTTCTTTTTTATTTATTGGTAAGATCTGT
TTTACTATTCAATGGTCCTAAGGGCTGATACGTCCAACTTTCAGTCCTAA
ATATCTTTATAGCTATTCTTCACTCATAGCCAAGATTGTATAACCTAAAG
ATGAAGAAAATAATAAATGATAGCTAGAACGTAAAATAATAAGTTATAGT
CACACCCCTCCTACTTGAAACATTAGCTTTATTGTCTCTTGAAAGAGGTT
ATATTGAACCGCTGAAAGAACATAGTGAATAACTACGTCATTTCAGCTGT
TGTAATTACCATAAACCCCTGATGAGGACCAATCCTAGTATTTATAAATT
GTAAAAAGAACGTACTGATGGGATTGCCGTCTTCTTAGTTTTTTAGACCG
ATTCAARACTAAAAAGTACTATAACTTTAAAAGTAAAATATAGAAATATG
GAGTTATATTCAAATTGCAATCAATATAATGATTTAATATTATGCCAAAT
TCACCACAAAAGCAAATTACCTCTGCCAACGATGTTGTACGGGGATTACG
CAATTGCCTACGTTTGTTTGTTTGTAAAACGGATTAAGGAAAAATTTAAA
ACCCAATTTCGATCAAATTTTGGAGGAAGATAAAATATCTAAACAGTAAA
AGACCATTAAATTTTGAGAGGTCATAGAAACACAAAACGTTAAAAATGCA
TAATAGACCATTCCCTTGGAAAATATAAAGATACATAACTCAAATTAGTC
TCAATTTGTAAGTATAATAAAGGCACTTGTTAGACAGCATAAGGTCAAGA
CCAAAGTTCAATTGTATGTAAATTTATTTGTTGTTCTTTTGATTTATTTT
TTTTAAATAAATCCCTAAAGTATTTATGTTTCATATTATGATACAACTTT
GCTTCGTTTACCCGACCCCTTTCCATAAAAAGGTTCTTTAAGAGGTTATA
GGTATAGAAGATTGCGACACTGAACGCTATAAATTTATAATGCTAGTTTT
TTGGGTATGTCAAAAAACTAAAATGAAAATTAACATGGGGACCCTGACCA
TTGGAAGAATGTTTTGGAGGAGGGCAGCTTAGGGGGCATGATGTTACATT
AGATTATCTATAAGCAACTATGGAAGGAAGAAAATAAACACATATCCTAC
TCTATATCAAACAAAGATATATAAAGAAGTTACTCAATTTAACATCTTCC
ATTTTACTCTGAGTCCAACAAGGACTTGCCCTTATAACTCCCAAATAAAT
CCTTGTCGTTACTCTCTGTCATTCATGAGTACAAACACTAGTTATTATTT
TNATATTTTACATCCGCTTTAGAAAATATTAAAACACGGTTAAGATTTAG
AACAACAACTAAACTTACAGGACCTCAAAAATCCTTATTCATTATAACCT
TTATAATATCCATCTTATCATATCCTAATAATGGAATTTATTTTTCAACA
TTATGTAAAGTCTTATAATTNNNTATACATCAAAAATATTATCTTGTCTA
TTTTTTTAAATTTWTGATRCTAATTKTTTTTTTTTTTAGCTATTTCAAAC
GCACCTGTCTACGGGGACAGTTGCAGCAAAAGACAAATTGTATTCAAATG
CAATTTTTAGAAAACTATATGTCACATAACCTTAAAAAATACCTAAATAA
AACATATGTAAATGTGGATTACCACATCTATCGTGCGTGTAAACATCTAA
GTGGATATATAAGTAACTGTATATATATNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNATAACCTAAATAAAACATATGTAAATGTGGATTACCACATCTATCG
TGCGTGTAAACATCTAAGTGGATATATAAGTAACTGTATATATATGTCAA
AATAAATGATATTTTKGTGCGAACAACTCTTCTCCAGATATCTTTTATAT
TTATATATAAGTGTATATATTTATAATTAGACGTGTACACACACGATAGA
TGTAGAAACCCGCCTTAAGTATGTCGTATTAATATTCGGCGAGTCTGAAT
CAAACCAAATAAGAGAAATTGGGCCAAGCCCAAAAAGAATCGTTGCAACT
GTCCCTGCCCCTATATTTATGTATAATGTTCCCTTTCCAAAATTACTATA
TATATGTAGCCTGTTGGACAAATTATAATTTCTCGCTCATTAGTGAGTTC
TAATATATCCCTGTTCTTGATGGGTTTCCCTGTTTACGACATAAAGTTTC
TAATGTTAATTACGAAGAGAACAACTTTCTCAAAAAAGATACAAGTCTCC
TTTTCATATATACAATATACTGGGTTTAATAATGAAATTCTGTGCTTTGG
ATGTATATACATTAAATTGACATAAAATGGGCATTTGTATGATTGATACA
AAAAAAATGAGCAGCCGATACAACCAGTGAAAGTATACTTCACTCAATGT
AGTGTCTGTTGACCTCAGTAACTACTCGATTCTGGCCCTGAACTGCACGC
CGGCCCTGGAAACTAAAGCACGATTTAAATTCTTGCATTATTATGCATAT
AAAAATAACTTTTTAGTAGTTGTTTTTTTAAGAAGTATAACGTTCCAGGA
AACTTTTGGTAGATGTTTTGCTTCATTGTGAAGTCGAAGATTGTACTCTT
TCAAAGCTACAACACTTATGTTACATACTAAGCAACTAGATTTCTGGTCC
TTTGTTTCCACAGAGAAATACTTTACTCCCCAATCTTCTTTGAAAACACT
ACACTGGGTGTCCATTTTTCATTTTTTATTAACCATAATGAAGAGTGAAG
GAAACGGAATCTAAAAATGAAAGAAAGTTAAGATACATAATTGTGGGATA
CCCAAACGGAGATGGAGAAAATGAATGTACCTCCTGCTGGTGCTACATGT
GCACTGAATATATATTCTTTGAAATGCATAGAGCAAGACAAAAATAATCT
ATAGTTATTTAAAAGATAATATGCATAAAATCAAAACATCAATAGGTACA
TAGCAATCAATATCTTTTATTTTTACCAACAACAGATTCAAATTTAAATT
TTATCATCAAGTTTCGTGTGCCATACGTTTTATACAGCAAATTCAAGTAA
CGTCGGTGGGKCAGATGAACTGACGTGAAGGGCTGGATCTTTCTCACCCG
CAGGCCGTAGTTTGGTGACCCCTATTCTAGAGGAATATTATTGTTTACTC
TTTCTTATTCATTGCTCCTGTCACATCATTCCTCAACTAACAACAGATAA
GACAACGAAAAAATATTTTTATAAAAACCAAAGAGGGCTCTAAAGGACTC
CCTGTTATGATTGTGAGTACTAAATAATACGCAATATCGATATGAAAAAA
AAATTAAGCCATAAACATATATTTTATCTTTATTTTTATACTTGCCATCA
GCACTAAGGATTTGAACCTCTTGAGAGAGGGATTAATGCAAATTGCCAAC
TAGAATTTGTATTATTATTTTACATGCACCGGAAAATTGTTTTTTACGTC
TATTTATATGAATCCTCATCTTCTGTTGACTCGAATTGAGTTACAAAATT
TCGACTGGACTTAAATTGTAAGTCCACTTTTAAATTTTAATGATCCTAAA
TCAACTTAATACTTTTGTAGTTGGTTCAATCTTTCAATCACTCCACTTCA
ACAAGTAATATGAGTCATAGTGCATCAGTAAAAGTTTAAGTCCTAATTTT
TTTTTATTTAAAATCTTATAGGATACACTTATTCGTATCCTTTATTGTTC
CTTTAATATTAAGATCATCCATCATCCCTCACTTCTTTTGTTAAGATTGT
TAATATTTTCGGATTTTTAATGCTCAACATGTTTAATGTAAAGTAAATCT
TTGGAATCATAACCCAAGCGAATATAAATAAGTTTTATTGGCCATAGTTC
ATAAGTTACATTGAATATTTTCATTGTTTTCAAATTGGCTATGAGCATGT
GTGGTTGCATGATATGGTCCTTTTCTAATTAATTCTCTAGAGTAAATCTT
AAACAATTCAGCTCAACTAATCTAAATAACCAGAGGTGAGGACTTGGATT
CGAGACTTGACTTAGACTTCAATGCTACGATTTGTGACTCTACTTGGATT
TGAAAGTCATATCAATTTTTTCTCTGGATATAAAATGCAGTCAAACTTGG
AATAAAGGGCACCTGTTTTAATCATATCACCACACTAAGCGGCCATATCT
AGTTTTTTAATTTATAACTATTAAAAAATAGGAAACTTACACTAAGTTGT
TGCTTTTGCAGTTTCCCTTGCCTAACTGCTTACATCATGTTTGATTGCAC
TTTTTAAAGTATCACTAATTTTGGAGGACTCCAACTAGAATAGACTTTTG
TACAAAGACTTGACTTGGACTTTCAGTAACAGGACTTTTTCTTACTTTGC
TCTATAAATTACTTGTGATGAGACTCGGCACAAGAAGGATTTTTTTTTAA
TCATAAACAAGTTAAATCCCTATTGTGTTTGAGAATCAATCTTAGACCTT
CTACACAAATTTAATCGTTCTCGAACCCTTTGGCGACAGAACAAGATTTA
CAAATAAACATAGCACATGAATATAAAAATAGATTAATTAATTATGAAGT
ATTATTGATGAAGATTATGGGTTCAAAATATACACTATTACGTCATTCAA
TTCACTTGTGAATCAAGAAATCCATCCTTAGAGAGGGGGAATAAATAATT
ACATGATATACATTGTTTCTACGAGGATGATCTGAAAAGTTTCCGACGCC
AACGTAAAGATGGAAGAACTCGTAAATAAAAGCTTGTCACATCTATTTTG
CATCTGTCGACAGTTACTCACCAAAGTTTCTGCCTTTTTGAACGCACAGT
TGTTATTTAACAGTTGTTTAAGTGAGTCGAAGTGAGTGTTTTTGTGAAAA
TGGACTGAATCGAGTAGTGAGCTGTCATTCAATATTTTTTTTGAAAGTGA
AGCCTTAAAATAAATTAAAATAATACCCAAAACAAAAAGGTTTGTTTTGT
TAGAATCTGACGAGTCTATTTCAATCCAAGTCGGAGTAATTGGACGAAAA
ACAAAAAGTGTCAATTTTATAGTGAACAATTATTTTACAAAGAAAAATAC
GGAGTACTATTTGTACGGGTTACAGAGATTCGGGAATCACTGGGAGAAGT
TTGTAGAGTTACAAGGAGACTATGTTAAAAACTAGATTTAAAAAATGTTT
TCTATTTTTGTTAGTAAGAATCATTTCAGACCACCCTCGTATGTAGGTGT
TAAAATCTGGAAACTACAACAACTATAATTGTCCATAATTAATACTAAAA
TCGACGCTTTTAGTAAATATAAGTCCTTTAATATCCTACAACATATTTTA
TTAGTCTTACATTACATTTTTTAAGACTTTTTGAGATAGGCTTAATGAGA
ACCAAGGAGGGGAGAATAGTAATGAAATGGAAGCTCTTACAAAAAATATA
TTGCAGATACAGCAAATCCTTGGATTACATACAACATTCATGTCAGAGAA
TTAGGTTTATTAGGAAATACTTGTAAACTACTTCCATTTTATAGTAACTT
TCAACTATATATATTCCGGGTGTTCTATGACAGTTCTCTGTTGCACAATT
TTAAGATATTTATTGACAACTTAAAAAAATATTTAAATACAGAATAGTAG
AATTGATTGCTTTTTGTTTTTATATAATCAAATTGGTTGAAGTGGAGTGC
ATAGAGAGGACCTCTGATGATGACAAGAAATGTGTATTTTGTMAATAATC
TGTATCCAGAGAACAAAAGTTTTCTATCTSCAGCCATAAATTCTTGCAGC
GTTTTCATGAATATATACCTATATTATATGAATAATATAAAAGCAACAAA
ATTATAAAGTTACTCTTAAAAAACGTCATTCTATGAAATATGCACAATTT
TTTTTTTTAAACCGTAAAAATGCCAGGCCCCACATTTATTTTCTAAAATA
GTGAAGTTATGCATTAAAAAAATGAACCAATGAAAAGTGCTCGTCAATGT
ATCTTTGTACCAGGTACTGCTAATTCTAAAACTACCCCTGAGTGTGGGCC
TCAACCCACACTGCAAGTGAAGTAATAACCAAGATAATTTTAAACACTTT
TGAAACTTCCATCTTTCACATGATTTTAAATATCTTTACTGCACTATTTA
TAATATGATCCAATGAAGGTCAATGCATTCTCCCGGCTCAACATGAGCTC
CCTGATGGTAGCCACAAAAGATGGATGGGCAGAAAATTTCGGATATCGTT
GTCCGTACTAGCTACCACTCAGTGAGCAGATGTTTTCTTTGAATTTGTCC
AGAACAAGGACCAATTTTTTTACTCAAGTCAGATAGCAGCAGGATTGGAC
CATAGCTCATACTATAAATTAAGTGCAAGAATGAATCAATGATTATTTTG
AGGAATCCGTCCTGACCTGATCTTAACCCATTTGACTTTGTAAAGTAAGC
TATGATGTAAAATATGGTCAATGCATTTTCCAGGATGATAAAATACTTCT
TGATGACAGTTGTGATATTGTTGACGTGGTACGTACTAGTCCAAGCCCCT
GATGAGGAATTTCCGTAAAGTTATTCAGAACAAGTGCAATCATGCACATT
AAATGAGATATACATAAATTAAATGACAATATTAAATAATTATTTGTCCA
TATTCTAAAACTAAAAACCAAATCTATGTATGAGTAATTTAATCATCTTA
AGCTAAACCACCCTAAACTGCACGTTTCTTTGGTATTTATATGTATAATA
AAATTGAAAAATATTCATATGTTAATTCTATATCTTTTAATTGTTTATTT
TAGGTAAGCCTCGCGTTTTTATTTTTTGGTCAATGACATAGGAAAGGTAG
AGTAATATCACATTTCAATTCTTTTGATTAATTATTATTTTATTATTGTT
TGCGTAACATCCTTTCACCCTAAAAAAGGGTATATTACAAAAAAAAAAAA
AAAATAATGWAGAGCATCAACACAAAAACAATATTGAGCAAGAATAAGAA
ACTTCCAGTTATTTTAAATGGTACTTTAATACGATCCATCAACCTATTTT
AGTCAATTTTAGGGTTTGTATTTATATTTTGTGGATGAGTTTAAGCAAAT
GTAACTCATAACAAGTCTTGCACATAAATACTAGAAAGATTCATCCAAAT
TCTGGGAGGACTTATGAACGTGACTATGATTTTTCTTTGCAGATTGACTA
GATTGAGATAAAATTTGTAAAATATTTTTTTTTTTTATAAAAGCACCAAA
TTTGAAATTATTAGTCCTCATCATATCGAAAATATAATTTAGTTAATAGT
TATGTTATTATTACAGCCCAGAGTAGTAGTCACAGGTCTGGAGAGGGGCA
CATTTAAAAAAGTAAACAGTTGTTATGGAACATAATTTAGAATTTAGTCA
CAATTCTGTAGAGTTAAATTTAAATTGTGGTCATTGTTATAATTCAGTTG
GGGACACAAGCATCATTTTGGGGTTTTACTGCACCTAACTCCCCCGTAGT
TACAGCAATTATTTTATATCAGCTTCAATTTAGGACTTTTGTTTGACTCT
ATTTGGATGTTAAACCTTAAAAAAGGAATAGATTCTTTATTTTTTTCTAA
TTATTATTATTTTTGGGTCATTAAAGTGTGATTTACGACTCCTACAAAGA
ATTTAAATATTAACATATCATTATGGAACGTAAGCTACGGAAGTTATATT
AATTGGAAATCGACATACAAGCTTCGTCGCATCATTTAAAATGCAGTCTT
AATACTCCTTTCATAAATTATTGTTCTTCTCTCATTTTATTTGACTATAT
CTTCATATGTTTAGAAAGGTCTCAAATATATACAAATGGCGTTATTCAGG
GAAACGTTGTGTTATAAAATATACTATGTATGTGTATCAATCGAAATCAC
AATTTCCATTAATGATATAAAATATCTCTTTAATATAGAAATTAGAGTTT
TTTTGTTTTTTTATAAATAAATAAAAACTCCTCCCATCAGTGACGATTTA
TTTGATAAGTAGAAAAGGCCTCATATACTTATATACGACTAAAACACCCC
TTATCAATCTATGTAACAATATCACTGGAAAACATTTTGAAGCAACAATA
CTTGTTTATTCTTTCATTGATTTACAATAAAACATTGGTAAATATTTTGT
TGGCTCAAGAGCTTTAGTAATTTACTTTCATTGATTATTATTCTATATCA
ATAAACATCAAATTCATTTTAAAATGTCTGAGCTACGGAGAAAAGTATAT
GTAGATAATCCCACAGGTTTTTCCTGTTCTTGACAGCATCTATGTTGTTG
AAAATTGTGGTTGGACTCAAGTTGGTGATCCATAACACACTCCATTCTAC
TTAAAAATAAAAATAAATGTTCCATGGAACTTTGCCTTCCTTTTTCACTA
TACCAGGATCGTTTTTAATGCTCTGTAGAGACCCATCGAGAAAAATACTT
TTCCTACATACCACCAACATATCACTAGGTTGATGACCCCTTTGGAGGAG
CACTGAGCCAAAACGTCAGCGTCAACTGTAAGGTTGAATGTTGCAGTGAT
ATTTTGCTGCAATGGGTATACTTTTTGCAGGAGAATATCTATATATGTGG
CGCGTCCGCATAAAATTTTTTTTATCAATAAACAAGGAAAGGGGAGCCTG
CCAGTTTATTTTTGTATTTCATATATAGATCCAGCCCAATATTTCATAAA
TATATTTGAGTCAATTTAAAGCTTGTATTCAAAATTGTGGGATAAAGTAA
TATAACAATTACTCAAGCTATATTTTAGAACCACTTCTATATTCAAGCGA
CTAAGATGGGCCCGATATGTCCTCTTTCCTATTAAATCTAACCATATCTC
TCTTTTTTTTTATGGTGACAATCTATTTTAAATACTTTCAGTGTAATTTA
CGACACACCCAAAGGCCTTATAAGAATTATTTGTTAATATAAATGGACGA
TTATTTGTCCTTGAATCATACAAATGTACTCCACGCTTAATTTTGAGAAA
AAACAATATAACAAGATTTTGTGTTGACTGCCCACATATTCAAATATTTT
CATATTTGAACATGAAGAAATGTTTAAAATCAAAAAATTCTATATATATG
AATCATTAACTTGTTAAAGACCTAGATTAATACAGGACCATACTTTATCG
GCTGAATTATAGAATTTAAAATTTAGAAATATCAGGACATATATTTTTTT
CCCAATTTTGAAAAAAATTAAAAAATCGGAAAGAAAGGGCTAAAATGAGT
ATTCAAAAGGTTTTGATTTTATTTATATTTGTAATAGTAGCGTCAAGGTA
AGCGACATTGAAACATATTCTATAATTATGTAAACTTATCCCACTATTTT
TAAAAGGCAGAAAGACGTTAGGACAATTATACATCTATTTATATTGAATT
AATCAATATTATTTATGTTTGTATACATTGTACTATATAGGTAATATATT
TATACCTCTATCCAACTACTTTCCATGTATTTTCCTATACATTAGAGATA
AAGATCCTTGTTTGCTCTATATTTATTTGGATGGGTGCAGCCCATTTTCT
CTCTAATTACCCCTCCATTATGTAATATGTGTTTATACATGTATGTAAAT
AAATAATGAATTCTCGTGGAAACTCAGGGATGGAATCTATATTAATAAAG
CAAAATCAACATTTAAAAAAATTACAAGAGCACAAACGTGATTAAAGTTA
GCACTATAAACTTGTGAAAAACAAATATATTTTTTTTCCTTAAAATTCAA
AACTTCCAGCCTCTACACGAGGTTGGAMGCCCTTGTACACTCTGATGACA
TACTCATCATACATGACCATCCCCTCCCCCTCAATAGAGGCCTTCAGCAC
AATAGTATTTCTGTTGGAGATGGCACGGCACAGGTCTTGGGCTCAATGGT
AATCCAAATACTATAGTCATATGGGGTTCAGATCCGATGAGAAAAGATGC
AAGAAATCCAGTGCAAGAAATCCTCCCAATACGGTCGCCCAAGGCTCTCA
TGAACTCCTCTGATCACTTCATGTTGTAGACCCCAATCCCCAGCTTCTGT
TTATGGCTGCCATCTGCCTTAAACGCCTTAATAATCCTCAAAGTAGAGGA
TCTGTTCACTTCCACACTCTTGACCATCTCAGAAACAGGTACTCCCACAT
TTCGCAAATCAAGCACTCTACGCTTCTTATCAAAATGTTATGCTTCTAAA
GTCTAGTATCATTATACATCTGATCCTAAAATATATTCAAAATTTGTTTT
AATAGCGTGAACCAATCTTATTTCTATATGGTAGATACCAATTAACGATT
GCAATGGAAAGAAAATCATATTTTTTCTCTTATTATCCTTATATTCTCGT
CACTAATCGATCAAAAAAAATACAAATCNNNNNNNNNNNNATATTACATG
GATTTGATTCAAATATCCGTTTTTATCATTGCAAACAAGTAGTATTCAAT
GCATATGTTAAGTCTGTTTTAGTCTTAAAGCCATTTGATAAACGTTCATC
AAGATTTATTTGAGATTTGTTCATTTTAATTTGTTACAAATATTAACTTT
GAGCCCTCTAGATAGTGCCTCTGTCAATTAAGAAGAAATTTATGAAAAGG
TGAAAATGCTTTATTGGAAAAGTTAAAATATATTTTCTTAATAACAAACA
AATATTTTCCAAATATCCTTTACAATTCCTGCCTAATCTTGTAAGTGTGG
AATAGGGCCACCTTTTTTAGAGTAACCTTTCTAAAACTAGTCGAGACGAA
TATAGTGTACTCTTCTAGTAATAAAAAAATTGTAACAACACCATCGCAGA
GTTTTAAAAATTGCCATACAAATTTTCCCCAATATTACACAGCCCTAATC
AACATCTTTGACGACACAAAACGAGTTATTTAATAAGGAACGATGGAAAA
ACTCAGAGGGGGCTATTGCTCTAATCACAGAATGGGAGAGAGAAATTGGC
GTTTGACTCCCTTTCAATTACGTAACAAAAGCTATTTCTGCAATATAATG
TAATTTATTACAATATGCTGCCTATCTATGAAGGTAAATTATACCTATGA
CTCTTAAATGAAAAATTATCCGTCCAATAATTTAAGAGTGATAAAAAAAT
CAATACTCCAATAAATAATAGTAAAAAAAAATTCTCATTTCATACTTTTA
CAAATAAATATTTAGTATATTGAAAATTTTTGTGTGTTATATAGAAAATT
AGTTATAATAAACGAGTTCCTTTCTCTTCGTACAATAGCAATCTCTCAAA
TTTGTCATAAGGGATCCTTTCTACCCATGGTTCTTTTTGGAAAAGGAACG
TATTTATATAATATATTGATGCAGTTATGTTGTTTTTTAAAATATTGATA
GCACGAGAATTCGTTTCAAGGTATGGGACGAGTGAACACAAAAACAATCC
AGATCAAAAATCAATAAAAGGAGAAATCCCAAGTTATATTTATTACATCA
TTTTGGTTTATTATAGACTTTTTAGTCAACTTTCTAGGATGAATTAAGAT
ACTCAACAGTTCATATAATAATATGTATACAAATACATATATCTATGAAT
TTCTAATATTTCATTGTGATGATAAACTTTTGCTACTGTAGTTTAATCTG
CGACGTCTCAAAATTATATCTTGAATTATAAAATGTGATCCAAACTCATT
TTTTTAGAAAAGGCTCTTCAACTATATTTTGTGTTGATGACTCACTTTTA
TTTGTTGTAAAGAGGTTACAACAACTAAAGCTTCCTCATTTTGGGGATTT
TTTTTAAAGCTCAAAATATTTCAACAACAAAAACAAAATCCAATTAAAGT
GACACTTGTTAAATTATCCTATTAAAAAATATGTTTCCCAACAATCAAAG
GTACTTTTTTCGCACATTTGAATAACATTATTTCATCGGAGACTTTAAAA
ATATGTAAGATATACATAACAAATGAATAAATAAAGTATCATTTAGTGTT
TATAAAATAAGACTAGACAAGATGAATGTATATGTCAATGAAGGTTTAAT
TGAATGCAGTAGGAAAAAAAAGTTATCTACTCTTATATATTTATAAAAAG
TCTAGTAATTCCTTGCCCAGCACTAGCTACCGACGTATACAGTCAGCGTT
ATAAAATAAGCTTTTTTATTTTATATTTTTGCACAAAAAAATATCAAAAT
GGCAATCCCAATTTTGGTACGGGAATTGTGTTGTTCGGTATACCAGTACA
CTGTTGCACTATTTTAACACTATCCCAAACAAAATGGCATCATTACTCCC
CCACTACTATGATATGAGAGTAATGACGCATTTATAGCGTTATTATACTA
AATTGGCAGTGAAAACGGTACATATAACACCATTTTCASCCGCCAATGAT
GTAACCCTCCATCCAAAGTTTTCCTTTATGAAAACAAAGTCATCCGAACA
CTCCGGACAAAAATATCATGCCGAAGTTTTTGGATGTGAGTAGAGCCCAA
CGAAATTTATGCTTTTATATTTTTATAAATCAAAAAGTGCCAAAAAATAT
TGAAATACCGATTTCAATTTTAGTAGCCCTAAATAACTGAACTAAATGTC
CCTCCCAAAAAAAAGCCATATGTCGGTTGTAAAACAAAAATATTGATCGT
GACAACAGTATTTTTGACAAAATGAAGACAAAAGGAACTGAATTATTTTT
AGTTATTAGCACTTTTGACCAAATTCGTAATCTGCAAGGACTACTGAAAA
AAGTTATTGAATTAAAACCCGCATATTTAATTGTATATATTTACGGCATT
ATGTTTATCATTTAGAAAACACTAAAAAGTGTTTTGGTTATAGCTACAAT
ATATAAATATCTGAGAGTCCAAAAAAACCTTTTTATTTATATTAATATAT
TTTTNNNNNATTTTCACATTGTTTTGGTTGTATGGAGTATCAATATTTTG
TTGTTAGTTTATAGTTGGCTTAAAGAAACTCTGTCTCTTGGGTCTTACAG
ATTTGAGAAAAACATATAATTTTATAATGTTTTTAAATAAAAATAATGTG
TACCTAGATGAGAGTAAATTCAAATTTGAATTAATATTTTATAAGTGTTT
TTAAAAGCTGTATCGATGAACCCTTTGTGCATTTGTTAACTTTTGTATCT
CAATTATTACTCAATAAAAAAATAGGTTTTTTTGCCATATTGTGAAATTG
AGTAAATATAAATGTCATGCTTACAATGACCTTCAAATTGATATTATTTC
GTCGTTTTAAAGAAATAAGTATATTTCTTAAACTTTTGTTTTCATATATA
TTATTCTTTTGCATATCAGAAAAGCAAAATTTGATGAACAATTACTATGA
ATTCCTACATTCATAGTTTATGGAGAAGTTTAGTTGGCTTTACTAGGGCC
CCTATAAGGACTTTCTTATCGGAAGGAGGGRCTTTTTACTTGATTTTTTT
TTTTAACATTTGACGATTTTTTAGAAAAGATTTATTTTTTTAATTTGCAA
TAATAATTATTGTTAATTTCACATCATAACAGAAAAAAATCCTTCCTCTT
TTAATACATATTTGACAAGAACATTTTAGTGAGGGMCTTTAGCMCYCCCA
TGCCCCCCATGTAGCTTGTGTTGAAACCATAGGGCCARGGAGCCGATGGC
CTTCGACTTTTTAGAATAGGTATAATATTTATATAATGAAATTGTAAGAT
TGTGTGACTATGATATCACCATTATATGATTTGACCCCCTACTTGCAAGT
ACATTTTAGTGCTGCTGGTCCAGCATTTACTTCCTCAGTGTATACAACAC
ATTTTTCCTCTTTGGTTTCTTCATTTTTTTTTATTTGAATATCCATAGTA
AGTAATAACTAAATACTCACAATTTCTTTATAAATAATCCTCGATCAAAG
AGAGCAAAACAATGAATATCATTAATAATTATTTTTAAAATAGTATAAAA
AAGGGAGGAAAAGCAAATATAGAATAATAAAGATTTTTTTTTTTTAAAGA
GCAAAAATACGTGTGAAAAAAGAAAATACGCACGGTTTTTAAAAAGATTA
TAAATAACCTTAGAAAGTAATGAAGGTTAGAAAAGATTTAGAAAGTTAAA
TAAAAGAACTTCGGTCTTTTGGTCAGAAACAGTTATCAAAGCAAGTGTAA
ATAATTAATTACTAAAATACATTTTATAATAGATTACATTACATTTCTAA
TTAAAATAAAAATATCTACAAAATAAATCCCAATATCCTTTTCATATTAT
CATATCCTGCAGAACACATTCATAGTTAAAAATATAATTCAATTTGTAAT
ATAAAATTGGATCAAAATTGAGATGAAAGGTCATATATAAATTGATGGCT
CCAAAAAGAGCTAAAATAAAAAGAGAATCATTTTATTTTTTTTATATTTT
CTGTTTTAGGAATACTTTTTGTTTGTTGAATATGATTATTAAGTTCTGTA
GATATAACTATTTGAACTTGATATGCAAGGCAATTTTGTATAAAATTGCA
AGAATATAGGACTTTATATCTCGAGAATCAATCATCTTATTCAAATATAT
GCAGTTAGCAAACACATCAACAAATCAAGATAAGGAGAAATGCCTTTTTA
TAGCATAAGTACATACAGACATGTAACAGGACTTACACTCAAATTTCTAG
GGTAAGTGGAGGTACGCAAGAATGTATACTATAGTTTATAAACTCTACTT
GCTATATGCAACTTAATATGGCCTTAATAATATGGCCCTTTTGAAAAGAA
ATTTAGCAATTTAATTTGTTCTTAACGTAACTTGCAAAGGATGAATTAAA
ACAGTTCCTGGTTAGAAAATGACGATAATCAATCCGTCCAATAATAAAAA
ATACGTCGTTCAGACTCAATTTGGATAAAGTAAGTCTAGCTTGCTTTTCT
GTTGACAGGCCACATATAGAGTCAATATGGAAGGGAAACGGAAAAAGTAA
ATTTTCGGTGCACGACAACTCTTAAACCAGGTTGGTCATTTTGGAACAAT
TCAAAAGTTGAAAATAGTGAATAAGAGAATAAAGTAAGAGTAAAATTTAC
GTCAGGGCAGTAATGGACTAACATTCATTCAAAGATAGAAAGACCTAAAT
GTGGGAAAACATTCATTTATGTACATGCAAACAAATTTTATTTATTAAGT
CGTCAAGAAAGCGTCAACAAGTCTATAGCCGGTGTCAAATGCATGTTTGA
AAAAGTGGTCGTTAAAGGAGATTCATTTATTTAAAGTGATGCATAATATA
TGTCCTGTCCGTCTTTAAAAATAAAGAAAACAGAAAATGAACGCTGTCAC
CCTAACAATTTAGAGAATGCTTAGGATATTAAATAACAAATAATAATAAG
AATGTGTATTATTTTGTATTCTCCTTATCTCAAAACATGCATGAAATAGA
ATATTAGTCAAATTTTCTTGGATGAGGATTTTAATGTGTATTTTAGAAAT
ATTATTAGTGATAAGTAATGATTTAATATTTTAACAATATTAATTAATAT
TTATTTATGTATACAACTCTAATTTATGTATGTATGTAAGTAATAGTAAC
CTTTCAGTAATAGTTATTCAAATCAAAGAAAGAACTATTATATAAATAAC
AAATAAATATTTCGGGAAAAACAGCTTAGCTTATGAAATAAACACAAATT
CCACTCCGCATAGGCAGGAATTACTTTGTTGTCGATCCTCAATTCTACTC
CGAGTCCAACAAAAGCTTAATCCCGAGAAAACCCTCATTGTTATTCTTCG
TTTTTTATGAGTACGTGACTAGTGATTACTTTATATTTATGTGTTCTGTC
CTCCAGAATTAAATACTAATGACAACAACAACTTTGGAAATTCAAAAAGC
CTGTTCGGAAAGCTAACTAAAAATAGCCTCTCCCGCTCTACAAGACATGT
TTGATATACCTTCATCTATGAGTCTATGTGACAATTTGTGTAACCGCTAG
ACGGGAATTCCAAGGACACGGTTAATACACTTATTAAAATGAAACTCCTG
CGGTGGAGCTGGATATGTCCGCTCTGTAGAAAAATGACGTGCTTAAATTA
TTTAGCCATTAGACCAGGCTTGACAATATATATTTGAGGATTCCAGATTC
AAATCACAACATGTATGTCAATTTTTGTCCTATTTTTGAGATATTAAGAT
GAACGCATTAGGACTGTTTGATTTGGAATGACTCTTCTACTTGCAACATC
ATCAGGAGCAAATGTTGATATTTTTTGCAAAATTATAAATTATTATTATT
GATTGATACTTTCACAAGTTCTTGGTATAATTCTAAGGAACTTATATGTA
TGTTGTTTTGTAAAAACATTAGTATATAAATATATACAGAATATTTCTTT
GGGATCGGATCAACATATGAAAGCACTTTTATGTACATATAGTCATTACT
TTGATCATCATCATTGCCATCCCTTAAAGACTTTTTTTTTTGTTTATATT
TATCTTCTCTACATCTTTCATTCATACAAACATTAGGGTGAGGCCGGTGA
CCAAGAAATTATTTCATTTTGATTTAAAATCTTTCTTGGCACTGTGTATA
GGGCACCCATCTAGAGCCGTATCAAATGTCACATAGAAAGTGTACAATAT
TATACGTAGTTAGTGTTTGATAAAATATGACATGCCGTTCTGTTAAAAGA
AAAGAAACCAAAAAGGACAATTCAAAGAAAGTTGTATAGGTGAACAGTCT
AGCTACCTTGACGTTTTATTTGAGTAGCTACAAGTAGCTATGAGAAAAAG
GAAATACGCAAGAATCCCAGTCCTTATCTAGCAAGGATATGCATAGGAAC
TACTCCGATGTCGATTCTCATAGTAATGGTAACAGGATTTTGAAAATAAA
GAATATTTCACAGATTGCCAATTAGAAACAAAATTTGCACGCCTTAATGT
CATATTTTATACTATCGTCTTATAATCTAATATATATATTTATCAAAAAA
AAATATATATATATGAGGCCCATTTAATCACTCCAGTTATGTCTGGAGCA
CTTTTTGAAGGGTTTCATATCTATATATAAAGTCAATATTTACTTCATTA
TTAATTATTATGTGAAATGGGGTAAATATTGACCTTTTTATGAAGCTCAA
TTTCCATTTTTTGGTCATAATGTTATTTCTTTGTAAATTTGATATTTATA
TGTTCGAATTATCATAACTAATATAAAATATATGATTTGAAAAAAAATTA
CTGGACCGGTTCAAAAACCTATATATGTAATTTTTATTTATAATTTCGAT
CACTTTTTCCAAATTTTAATTGGCTTTCTAATTCCAAAGAAAATATTATT
ATACTTTTATGAAATTTGACAAAATTGATCATTAGGTCCATGCACAGTCC
AAAAAAAAACATTGTTCTAAATTTAGAAATTGGTTAGATACTTTGGACCT
TCCAGAGGATTATATATATGTTATTTTTTGGGGGGAAGGAGGGCTATATT
TGTATAAAAAAAATTAAAAATCCACAACTATTCCCAACAAAAAAAAATTT
TTGGATAAAAAAAAAACATTCAAAGCTGTTCAAAAAAATATATGATTTTT
TTGACAAAAAAAAATCAAATGATAAAATTTTTAGGGAAAAACTTCAAAAA
TCTAAAGATATTTTCAAAAAATGAATACTTAATATTAAATGTTTTAGAAA
AAAAATTGACAGTTATTCAGAAAAAAACAGTTCAAAAACTCACAACAATT
CACACAAAAAACCTAATATTTAAAATTACATTTTAAATATTAGATTTTTA
GGAGAAAATTTTCAAAACTTCATAGCTATTTACAGAAAATAAAATGCTTT
GGAAAAAAAGTATGAAAATTTAAAATAATTTTCTACTAAAAAGGAAAAAT
TCCTTAATTGGAGAGGGTCTACACCCCCTCCAGGTCMCCCCTGTGGAAGC
CCTATACACTAGACTCACCCTATCATACATCCATATGGATAGATGTATGT
TGTTGTTGTTTTTTCTTCATTAATCACCCTTGTTGCAAGTTTATTATAAT
TAGTCTTGTTATTTGCTCCATGAATAGGAACATATTCTACATATGTTCTA
CTCAGAAGAATTAATGTTTCTTCTTTCAACACCAGTTTCTCTTCTCTTCT
CTGCTCCTTCACTCTTTCTCTCTGTAGATACATCTATGTATTGATGAGTT
GTAAGATAATGATGATTAAGATCCTTATTTGGATTCTTTGATGATGAACC
ACCACATCCAAAGTAATAATAAAAATAACAATAATTATATTTAGAATCGT
CTCTGCATATATGTTAAATATACAAATACTCAGGGTTGACTTCTCCTTTC
TCCTTCCTTCTTTCCTTCAGCTTCCTATATTAATACCGTGTGTTTTAGGC
AGAAGGGAGTCCTTATACTACATGTCCATGTCAATTGTCAAGTCTATGAG
TTCATTTTAAGTGAATAATTAGGGACGTCCCCAGGATTATATTTTGGAAG
GGCTTGGTTTTTGGAATTGCTTCTAAAATATCAAAAAAATTTAATTTTTT
AAACAAAATTTCAAAAACGAATTTTTAAATTTTTGGAAAAAAATTTGAAA
AAGTTATTTTTGTGAAAACCAATTTCAAAAATTCAAACTTATTTCAAAAA
AAAAATCAAAATTTAAAGTTGTTCACAAAAATTAAGCTTTCAAATGTTAA
ATTTTTTGGAACAAATTATGAAAAATTTATATCTAGTTACAAAAACATTA
AATTTTTGAAAAAAATTTGAAAAATTAATTTTCAAATATTAAATTTTGAA
AAAAAATTCCAAAAACTCGAAAGTATTCATAAAAACATTAACTTTTTGAG
AAAAAAATCAAAAACTGGATATCAAATATTATATTTTTGGGAGAAAATTT
TGAAAAAATTTATTAACATTTACAAAACATTAAATTTTTTGAAAAAAATT
TGAAAAATTAAATTTCAAATATTAAATTTTTGGAAAGTTTTTTTTTTAAA
TTTTCAGTTATTCACAAAAAATTAAAATTTTCAGAAAAAAATTTCAAATA
TTACATTTTTATGAAAAAAAAATCCAAAAATTCATAGCTATTCATTGGAA
ATTGAATCTTTTGAGAGAAAAAAATTGATTTTTTTTTATTCAAATATAAA
TTTTCTAGGAAAAAGTCGAAATTTCTTCATGGGGGGGCCTCTCCAACCCA
CCCCCAAGCGGACGCCCTTGATAATTATAATTTAACACCCATATTGTTTT
GACTTTCTTAATTTCAGTAAAAAATTATTATAATGAACTCTTAAGATCAT
ATTATTTTACTTTTGATTACGTTCAAAATTATAAAATATTTTACTCCAGT
GTATGAATGCTAAGAAATGAAGGTTTTTTTTCTTAAAAGGAAATCCTGCG
CTTTTGATCTATCNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNCARAAWMAAAMATTGKRAAWAWATCTCMCYCA
ATTTTAACCTCTGTTGGCTTCAACAACGACCTCGATTCTAAATTGTTACA
TTTCAGGAGAATGTAATTTATCATAGACTTATTGGCGGKATGAAATCCTA
GCTTGACTTTTGGCCCAATGGAGGCAATCCTGAGTCGTTTTGGAGGKGTG
TCATCTTTGAGAAATCAGTATTACTAATATCTAGATTATTGTTTACCAAC
ATCAATGCAATAGCATACCTGCGTTCTTCCTCTGAAAATAAAAAATCTTC
TGTTCTGGAAATCTGAGGCTCCGGATTTTTTTATTACAACTTGTAGATCC
AGTGAAAAAATTGGAATGACTGTGAGGAAATTGATCTTTGAGAAATCATT
TCTTAGTATTTACAACTTCAATGAATATTGACACAACCATGAGAAAGTTT
GTTAAAAAATGGTTTCAAACTTAATATTAAATCAATGTTAAGTCTCGAGC
CTTTGATTGTGATACCTATTGGAGTCCCAAGTCTTCAAGTATCTACCTTT
GGTTTTAAGTAAAAAGAGTGCTAGCTTGCAGCAAATTAGGATCTTAAAAG
AACTATATTAACACATTTCTCCTGATTCTCTTACTCATTATTACATATGT
AAATAATAGTTTTATTTAATCACTCGGCCTCTAAATATGAACAAATGCAT
GGACAGGCAAGCTCTCAACAAGAGACTGACGGATGAAGATCTTTGAATAA
TCTGGATTTTGATCTAAGGAATTGTGGCCACCTTGAAAACCCATTTGAGT
TCAAGCACAAATTAACCAGTATTGTCTGCCAATATCAGTCCAAGAACTTG
ACTAGTATTTCCAAGTCCGCTTATGTACAGGTAACCTGAGATCGCTTTCA
GTTCATATGTAATGGAATTTGGGCATCTAATCAGCCAAAATCTGGAGAAT
CTGATTATTACATTGAAAAGGAGTAGTCTTTAAGTTAAACTTTAAGCAAT
GTATAAATAATACAATTTCCTGTATCAACATAAAGTAATCTGGAAGAAAA
TCAAGAGAAGTAGAAAATCCCAATGTATTTTTTTACTTTATATAAACAGT
CTTATACCTCAATATTTAATCAGGCTATTTGAACTTATTATTCCAATGCG
TAGCAACAGTTTAGAACCTTTATTTGATTTAAAAGACTTATATTGTCCAC
AATATGGCCTTTTTTTAAATAGAATATATCAATTTATCATTTTTTTATTG
TGACGCTGAACTTTGACTAGTTTAAGTGCAATTTGCCGTGTAACCTAAGG
TTTAGTGGGAACAATTTGTTAATAGAAATGATAATAATTTGTCGTTGAAG
AATACAAAACCCAATTTTGTAAGAAATATTTCTAGCTTGCTGTTGTGATG
AAATGTGTCACACGTACATAAATATGTAAGTAAATCCAGCTGAGTTTCGG
TCAAATTCCATTAAAACGTTGTACATTCTAAAAAGAAGTGTTCATTAAGA
AACTCACGGTGTATATATAAGCATACACATATTTTCCTCTTCCAGTCCTT
CTGTTGGCTCTTATATGTAAACAAATACATAATACCAACGTCAACTACAA
CAACAACAAAATAAATCATAATGCAATTAAATATTGTGTCCTTTCTTTGT
TCATTTCTAGATATGTAAGTACATATGTATATACAACACTTCTACATACA
TAAGGAAGAAGATAAATAGAGAGAGGGAAAGAAGGGAATCTATGAAAACA
TACATACATATATGTGTCTTGAGTCAACACAAAAGCAATTTTTTCCAAAA
ATTTCTTAATTTATTTTATGACCAAGTATKTCATTGACATACTTGGCCCG
TCAACAAAAAAGTTAGCTACTGATTCTTCTCAAAATTGAATACGGATATT
ATTTGTATTTTTCAACGATGAATTATCATCAATTTTTATCCTAAAATTAT
TCTTATTGGTATTTCGGCTGTGTTATAAATTGCACTCTAAGATGCCAAAA
TTGACCTTAACAATAAAAGAATGAGAAATTTACATCATTTATTTGAAAAG
GGGTCAAATTAGGTCCCTTAAATCAAATAAATGTGTGAAAATATAGTTAA
TATTCTTAGATATCCTAACTCCTCCCACAAATTTGAGCCATAAACCTATA
ATTGACACCATGTACGCAAAGTTCAGCGCGCTCTTTTCACCCCTAGAAAG
TTCACCTCCCTCTTTTCACCCCAAGTAAAATTCATCCCAGGACGATTTCA
TCCTGAAGCAAGTTTATCGCGAGAGAAGTTCATCCCGAAATAAGTTCATT
GGAAAGAAAGTTCATCCCAGAGAAATCCCCCACAAAACACATATTTGGAA
TATATTTTAATTAAAAAAGTCGACTTTGATGTAGTATTTTATTCTACTTT
TAATACAAAGATTTAATAATTCATTAATATAATCATTATCTTAGAAAAGA
AGTTCCTACTTGAAATAAGAACTTAAATGTCAAAAGCTTGAAAAATTGAA
TATGATATATTACTAATACACTCATTTTACCTTCTCTAATAAGTATAATT
TAGATTATATTAGAATGTGTTAGTTCCTCGAATTGAACGGGATGAATTTT
CCTCAGGATAAACTTGTCTTGANCTTTCTTTGCGATAAACTTGTTTTGGG
ATGAACTTTCCTAGCGATGAGCTTATCTAGGGATGAAGTTTCCGGGGATT
AAAAGAGCTTGATGAATTTTCGAGTAACAATTGACACATATATGTCCATT
ATGTTCTATGTACAGGGTGTACATGCTATCTAAGCAGCCAATTTGACGAA
CTCTCTTGGGAAAACAAAAGCACTTAGGTGGCTTGTTTTTGTTATGTGAG
ATAGCTTGTTCAAACTTGTACCAGCTGGGAAAAAAATGGATTCAATTGAT
GAATTCCCTATGAATTTTATGATTCTAATACTACTTATTATAAGCCATTG
AAATAAAACTAAAAATACGAAATTACTTTTTCCCCAATCTATTTAATGCA
AATTCAGACATCTTTTCCTTCCCAGATATTATAAATTATATATGAAGTAT
ACTCGACAGTGAATTGTTAAGGACAGGTGATTTTAAACATTAAAAATTTG
TAGCTCTACCCCTAAGTAATATTATCACAAATAATTTGTGTTTTTCCTTT
TTGGTAAAAAAACAATTAATAGGGGGGAAATGTTTACCAAAAATTTATTA
GTGAACGGTTTTCCAAATTTTTGAAAGTTTCCTTCGATCAAAGGTTTCAA
ACCCTTTTTTCTATTTCTGTAATAATAATTCAATTATCTACCATGTAAAT
TTATGAAATGTCTATTCTCGTTAACTCTAAATTCCAAAATGGCCGATTAC
ACAAGATCCTTGTCTTTCAATTTGTTTAAAATAAAGAGTTGCGGATTTTG
TAAATTTTATTCCAAGTCTAGTAGCAATCAAACATCAGACCCTATAGTTA
ACAAAACAATTTAATATTTCTAGTCCCGTCCAAATATTGGTATTTGTAGG
TTCGAGGGGTTTGGCTTGGTTAGAATTTATCTTGAGATTTTGGAATTGGG
TAATGTAGACAAAAAAAGTATCAGGATATAAAAATTGTAATTTGTACATC
TACTTTTGCAAGCTCCAATTCGTACACAACATGTGCATATAAAGTTATTT
TTAAGAACGTTTTTAAAATCTAGAGCTTTCATTTGATTTATAATACTTTA
TTTGGCTTTAAATATAATCTTCTTATTTCTTCCAAATTTTGTACCGAGAT
TTTTTTGTCCTTTAAGTGCAATGTGCAACGCATCCGAAGATTAATCAGAA
TAATGTATTAGTATAATAAGTGAAGATAATTAATTAGTATGTATGTAATT
AATACTCTTCTTCTTTTTTTTTGAGGGGGGGGGGGGGTATGGAACAACCT
GCACTGCTTTCTTACCTTGCTTATCTATGTGCTTTTATTGTTAAATATAT
ATCACAAACATACGTAACATCAATAAAAAAAATAAAAAATTAAGAAAGAG
TGCAAAATTTTAAATCAATAATAAATATTCGATTTTAAAATTATGCCTCT
TAATTAGTATATCCCAACAGGGCATTTGTACAACGCTAAAACACTGATGA
CAATTAGAAAATAAATACTTCTAAAACGTATTCAAATCATCTTTTGTTTA
TCATATATGTACACTTATTGTTCAATCCAATGAATACAAATACCTATATT
ATCTTGAACTTAATAACTTCAGATAAGGAAAATTAACAAATCATACTTAT
TTAAAAAAGTAAATACTTTTTCAAAATTATGTAAACCTCTTTATGCCTAG
GAGTTGCTGGCTACTAGTCTAGAGCAGTCATTTGATTAAAAAAATATTTC
ATTTGGCTCAAAGACATTGGCTTTTGAATATGTGAAACCTTTCATATATT
TTTTATTAAATTGTGATGGGGGATTTTGCGACCTTCTAGAACAATTTGTG
GTAGCTCTAAAGCACTTTTTTACTTTCATTGGCAATTTCTAAACACCAAC
AAAACCATTCACTTTCTCCCATATTTTTACCTCAGATATTTAATGGTCCA
CATTTATTCTTTTCATATTTGTGCACGTTGAGAATAATTTGAAATGAAGA
ATTGACTTTGCTTAGATAATTGTAACCTACTTCAATCCCTCTCTTTTGCC
CTGGGATTTAGATGGTTTGTTCTTTATTAATATTAACTCAAGAAACATAA
AGATTAATTTTATAAAGACAAATTCTCGCGGGTTTCGTGGCGTACTGAGT
ACTTTTTTGAAAATATTTATGTCTAAAATCTACGTTTTGATTATGTATAA
GTAAACAATATAGTATTAAAATTATTTCATTAGGCCTAGAAATTGTCCAT
GGAGTCCATATACATTAAGTATTTTTTCCTTCTCTAGGAGCGATAGGGAA
TTGAAACTACGCATTTAGACTTCAAGAGTATAAAGAGCTAACGTCTACAT
GATTTAGGGTCATTTTTCACCTTGAAAGATCTAAATGCAATTTTAAAAAG
CATAAAAATAGTTAGCAGGTGCATGTCTCCAAATTTTAATATTTCAATCC
ACAGGCAAAAATGCGTTGACTATTCTAATAAATTGGTTACAATCAATTTT
TGAGAAAAATTGTTTAGGCTTGTTTCTATGTTGACGGATCATACATCTGC
ATGTAATGTAATATGTATCTAAGTTGATGACGTTTTTTTATAAAAAACTT
ACATTAGTATCTTTTTGATTCCAACCCCCCCCCCTTTTCCTTATTTATAT
ATGTGCGGCGATAACATAAAACCATGCTGGGATTTTTTTGATGAAACAGA
GAAAAACGCATTCAAGCTATTAATATGATTGATATTTGTTTAAATTTTTA
CATGAACATATTATATATAAGTTCAGTCAATTTGATCGTGCGGTATTTGA
TTTTTAAATCCAATTTTGATATCATCAATATAATCAATTTCAGTTGGTGA
GGCATGCTCTTAACGAGCTAATCCCTGTCTTATTTTTGTTTTTCCCGCAA
AGTGAATACTTATACACTCTTCTTTAATAATAATTTTCATGTCATGACGT
CACAGTACCTTTTATGATCAGTGTTACCAATTATCCTATTTTTATCAGGT
TCAATTAACCTTAAAACCGCAGCTCCTAAGGACTTTATCACTTTTTTGAA
TTTATATAGTACTCATATCAACGGATACATTCATCATACTATTGCAATAT
TGAGAAAAAGTATCCCAGCTTGCTTTTATGTTATCGCCATACATATGTAG
TCTGCAATTGGGAAGGATTTTACATATATTCTTACTTTTTGGGAATGACC
TGCTGATTTTAAAAGCTATACACAATTTTTGTATTTTTCAATATATTATG
TAAGAGTACTGATATCCTGGAAGTTACAACATTTCTTCCATGTTAAAATG
TGTATAACACGAAGCTGTTGTATAATTTTTCGTATTATTATGACACAAAA
ACTGCTGAGTCTTGATTTTTTTAATATTTATTTCCTGATTTCTTTTTATA
TTCTCTTACTTCTTTTCATAAAAGATTTAATTTTTTATATAGTTTTATTA
CGACAACCCCTCTCTCTTTTCTTGTCTTTAACTATATTAAAAAAAATCAT
ATTTATTTCAAATCCCTAGTATACTTAAAATGCAAGTGTCCTTAATATAA
TTTATACATTTAGGGGCGGAAAAACCACCTCAAAGGCCAAACATATTAAT
AATCGAACCCAAGAGATCTCTAAAATATTATGTACCTTTAGGGGAGAAGG
GATTTAAGTTCTCATATTAAACGCTGTGGCGACCTATGTATATCTATAGC
ATATCAGAATTATTAATAGGATTGTAAATCCAAAGCATTTTTAAGCGTAC
AAATTGTTTTTATTTTGGGAACCTGAGGAGTGTTTTAGAATTATAAATTT
GTTATCCTTACTCTTTGATACTTGAGRAGGGACATCTATATATATAGTAC
GTACGCGCAATGCTCATGAATGAAGGAGAGTAATAATGATGTAAATCGTG
TGTGTTTTTAGTTGGCACGTTTTTTTTGTTTTGTTTTTTGAATGGGTAAT
CTGAAAAGCTGTTGTGATTATTATTTAACTACTGAGAAGCAAGCTTCCTT
TCCTATCACATTCAATTATACTAAAAAGCTAATTGAATATTCGTGTGTGC
ATATAAAAGATAGATAGAGCCCTTGACGATTTGTTACGGACTTATAATTG
TAAGTCCTTTTTGGACTCAAAGTAGAATGGGGAAGGGCATATGAGTAATT
CTATCAAATGTCCTTGCTTATTCCCTTTTCTCATTGCTGCTTTGTCAGAG
CTATGCTATGTTACCTTGCTGATTTTCGGTATCTTTTGTTTAACATACCC
AAAATAAAATTATCTTCATCACCAATTAAAACTGGACCTTATAAATATAA
AAATAGATATCGTTAAGCAGAGGCTCAAGCTACAAAAGAGGTAGAAGAAC
TGAAAAATTATTACAATGACGTAACATAAGCTTAGAAACTCATTTGTCGA
CTATTTGTTATATTTTATGGAATTTTTTTTTAGATTTAAATAGACCAATA
AAAAAAAAAGATCAGTGACAGGGTTAAATAACATTTTTTATGAAATTACT
TCATTCCAATCAAGCCCTATCACAAGTTTGTTTGTTTCAATTTGATTTGA
ACCATTGATTCTTTCTTAAGACATTTTCAAAGTTTATGGTTATATTTTTA
AAATTTTTTGGTAATAATCAAGTTGTTTTATTGACTTTGAGTTACTGTTC
TACAATTTTTTCGGAGTAAATCTAAAATGTACAGTAAATTTACTTTCATC
CTCATACAAAAATTGGAAGAAACCTTTAAAATGACCATGATGAGTTTTGG
AAAGAATAGAAGTGAAGCCAAAACTATTCACCCTTAGACATGCCACACTC
ATATATTAAATTGCATCTTCATATTTCACAAACATAACATATAAATCTTT
ACCTTTCTTATTTTTCCATAAAATGTAGTCATGTTTGCTATCAAACTAAA
GCTCTCGATTTTAATAAAAAAAATATAAGTATGCCAAGAATAGTAAACCT
TTGTGGTTAATTAAATTATTTTGTACCCATAGATTTTAACTTGTTCAAAA
ATGTACTTAGACATATCTGAGTTCATTTTTTTGATATTTTCAAGTAAGTT
AATACATTTATTTTTAATTATACTAGTCATAACCATTTCTATGTAGGCAA
CCATAGTTTTCAAAATTTGATGCAATCATTTTTGATACCAGCAGTCCAGG
AAGGGAGATGATATTCTACCGACATTAAAGTGGTAAGGAAAAAATAAGAA
AGTTAAGGGATATTATGTTAAAAGGCCCCGAGTAAATATAGTTATATAAG
CTCTCTGTGGCCACTCAGGACCACCATGGATTTCGTGGATTTTTTGTGTT
TGTTTTTTTCATACATATTTAGAGGTTGTAACAAGAAAATCCGACGCTTT
TGAGCTATCTACTTTAAACTAACGTAAAACAGTCATTTTTTTAGATTTAT
TCAAAATCAAAAAATGAGAAGCTGATTCAATAATTTAGAATATATATCAT
CTAATAATCTCTCTGTTGATGTCAATCAAGGCCTCGATTCGGGTCCTGAA
CTACGTGCAGGCCCTGAAAAAATATAGGCCGATCTAAATTCTTGCATTGC
AGGACGATGGAGTTGCTCAAGGACTTCTTGGTGATGTGAAGACGTTTATT
GAACTTAGACTCAAGATCCAGAAAAATAGTCAATCAGATTCATGTTGGGG
AGCAAGAAGGCCAAATATTCTTAGAAAGCCAGTCATAGTAGTGCCTCTGA
AAATAAACCATGGCTTGAAATCTTCTGTTGTTGACTCCATGGCGGTGTTT
TGGCTACTAAGTATAAACGTGTATATACATTGTGTAATTTTGTTATCATT
TTTGCCTCAGAATAATGCGGAAATTTAAAGAGCTATATACCACAAATTGT
CACATATGAGAGAATAGGTAAAAAAAACACCTTTCAAAAATTTAAAAATC
ATGTGCTGTTAAATTTACCATAATATATGTAAATATTAAGTGATTTCTAA
TGGACGCTTTTAAAACAAGATGTAAATTCCCCCTCTTGGGGGAAAATCCG
ACTTTCTCCCTACTTAAGAACCACATATATACACGAATCCTATTATGTGT
ATTTGAACGTAATATGATACCTTTATGTTTCGTCTCCTTCTTTTTAATCA
TGTCTTAACCGTTAGAGTTACATTAATTTCATATTGCTTTGATATACCTA
AAACACACATATATTGTGAATCTATTTTTGGGGCTTATCAATGGTAATAT
TATTATTATTAATATATTGATTTTTTCTAATAAATAAATTTGATTGTGAG
GGATAACTAGGGGTAGAAAGAAATCAATCATTGTCATAATTTCTTCTCTT
TTTTAATGTTTTTTTTTTCCTTTTAACATCTTGATATATATATATCTATA
TACAGTAAGTAAGTAATGGGTGAACTAAGGGGCTCAGTCCAATAAGTGGA
ATTATCCAATCTTATCGCTATATTATGAAGTACAGTTACAAGATTTTTTT
TTTTTTTACTTCCATTTCTCAAAGCTGGTTTAACTTAAAATGTCTTGGAG
ACTATCTATTTAGTACAATACTTATTTTAATTATATTAAAACAATTAGCC
AATAATGAATTGCAGAACAAAGTGGAGACTCAAAATTAACAACATCATCT
AATTGCCATTTTATCCCCGTTATTAGATATCCGAAGTTTCATTGCGCAAC
TTAACGACAGCTGAAACAAAAATTAACAAGTTTTGATTTATTCCATGTCC
CTATATGTCGGAGGAACAACAAAAAAGGGAAGGCGTGTGCAATCTCCACA
GCGAGGGTGTCAGTGCCGACAAGGCTGTAGAGTCCGTAGACATCTCCATT
CGGACTGCCTAAAACATCAAGAAGTCCATTAAAAATGGGAATGTTGTTGA
AGGATATTTACAGCAAAAAAAAAAAAAACTTATGTCAAAACAAGTTCGCA
GACTTTTGGCCTGCCTCCATGCGACCCTCCTCCAGCCCCGACCTCAGCCT
CCTGGACTTTGCAGTTTAGGATGTATTGGAGAAGAATGGCTGCACCTCTC
CTCTAAATTTGGATTCACTCCGAAATGCCATCTTGACAGCGCGGMACGGC
ATGGACACAGCCTTCATGATCAAAASCTGCCAATCCATTCTCCAGCGTAT
CGAGTATGTTATTTCTTGTGAAGGAGGTATTTTATATTGAATATAAAATA
TACATAAATATAATATTCGAAAATATCAAAAATGGGCTTTGAGTGGTATT
TCCTTTATTTTATCAAAATCAGGTTTTTCATAATTTGTCATGCTACTTCA
AGTTTTTGGTCCTCACTCTGTATATTTTCGTAATGTTCCTGTATATATCA
GTGTATTATAAAAATCAATCAGCTACGGATAAAAAATCTCCAGGCTTCCC
GTCCATAAAAATTTTAAGCTTTCTAAAAGACCAAAATAGATTAAAGATGT
GAACCGGTGCCAACCAACTTGATTATAGATCTCCTTTAATTATATTTGAT
TATTAAAATGTATTAAATTTTTATTTTCAAATAATATGATTCCAATTTAT
TCCATAGAATTATTATTTTAAAGAGTTCATTTAAGCATGTAATATTTAAA
GGGAAAATTCAACGTTCTTATTAACATTGAATTTATTGTTAAATATTAAC
ATTTTATGTGAATTCTGAAGTAAACTGATTAAAGACACAATTTTAATTWT
TTTTTTTAAACAATTTGAAGTCATGAATCATGAAAGAACAACAACTATCA
GTCTTTGCAACAGAATAGGAACATATTAATTAATGTTGTTGATTTTTAGT
CTGTCACCTCTTTCCNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNACGCAAAAAATAA
TATTAATAGTTGGAGAAGGATCTAGACTTTTTCGAGATATTCGGACAATT
AGTACTTTGGAAGATCATGAAAGTGAATGGAAGGTCTCATTATCTGAAGG
AAGTTGTGAGTTTTTCTCTTATGAGGGGGGTACTCGGAGGAGTCGATCTA
AGGACTGAGGATTCAATCCGGAGGTGTTCATAATGGACTCCACTACGACT
ACTTTTATTTGCATCTACCACGAATCAAGATAACATCATTATCATTACTT
TCCTTCAGGTATACTTTAGATGATGATCCAAGTGGTTAAGATGTAATACA
AAAATATATAGATAAAGGTCCTTCAAGCTCAATTGGAACAGAGAACATGA
ATTGACAGAGTTATTTTCTTATTATAAAAAGTTTTAATAATTGAATCTCA
AATATTTCCTCTAACYCGGTCTCCAAATTCGAGATAGAAAAAGAAAGTAT
GACYTCCGGGCAAACTTCTAGAACGTAACCCCAAAATTTGACACAACATA
TAACCAACATATGTATCGTATTGTTTGAGTCCATTTGTAAATTATACTAA
TCAGTAGTTTTTCCACAAATTACATTTGTAATCGACGAGTCAAAAGTTCC
CATTGTTCCCGTAGTCTGGGATGGTTGAGCTTGAGTTATAAACTAAGAAA
ATTTGATTAAATATGGCGTTTAAAATGTGAAATTATTAACTTTCAATGTA
TTATAGTAGAGGAGATTATAATCAGATTGATTTTAAAAATCACTTATTAG
CAATATAGATCGGATTATTTCACTTTCAATCATCTCTTGCCGTGTCTAAG
AAACTTATTCGTATAAAAAACAATAAGGCATGCAAGGAGAGTTGTGGCAC
TTGTTGTAACTGACCAAGTCGATGCTCAAAGTTACCATATCTAAAATTAA
TCTTCAATGAGTGAGTTCTGAATTTTAATAAAATTGTATTCACTGAAAGA
AAAAAATCCATATATCAAATCATATAATTCTTAACAAGAACAATGAAAAA
TTATCTGCATTATTACAAAAAGAAATTTTATTTTTTCAAAAATTACTTTT
ATCTATGAAAAATCAGTTTTGATCCCGTATCTTGACGAAAAACTGGCACA
AATTATTAATTTGTTCTTTCACAATAATCTGTGTTATATTATACAATTAT
GGTGTAAGTTTTGTGGGCGTAGCTTTGATGATGCTTCAATAGAATTGGGG
ACTGTTTGCAACTGTCTCTGCTATCCGTAAGTTCCAGAGAAATCAAACTT
TTCAATTTCCATTGCGTCGATGTGTATGTGTTTTTTTTCTTTTACTTTAC
TTTTTTATCCAATTAAAAAGTGATTATTACTTCTCTGATGGATCTTGGCA
AGGAGCATCGTTCTGTGTACATATATATTTCTATTATTAACAATTAAGAC
AAAGGATAAAAGGTCATCAAGAACATCATTTAGTCTTCTTTAGATACGTT
ATAAAAAGAGACTACTATTGATAGTACGCAAGATTTACTTTGTTGAATAT
ATATATTACCGATTTAAGAGTAAAGCTGTACTTTGGTGTAAGTGACAGTT
GATGTACGAGTGAATTGTACAATCAGAGGTCTTTTTGCACATATGAATAA
ACACTTTAATTTAAAATTATTTTAATAGAAAAAATGACAACAAATACTAC
AATGCACTCAAAACCAACGTGTTTCAAAAGAAGACAAAAAGTAAATAACA
GCAAGCTTATATAAAAGGAAAAAAGCAAGAATAAATTAGCATTAAGAACA
AAATATTAGAAGAACGAAAAAACAAACAAAGGACTATTTCGATCTACAAA
ATTTGAACTTTTGAAAATAGAAAATAATTTAATACAAAATCATCAAGTAT
CTTGCTGAGATCAAATCATCTACAAACTTTCTAGTTGAAATGTTATCATC
TGGAATTTTCTAAAAACAGTATAGTGTGGAGTTGCAGAAGTGAGAATACC
TTTTAATTCCTCTACTTTTATAAGTTTCAACTGCGTCAGTTTCTCTACTA
TAAGAGCCTCACAATTTCAAAATGCAAAATCTATTAAGTTCGTCTTTTTC
TATTTTTACCATSTATTTTTCAGATACTCTGATTGATCGTAATCCAATGT
TGTAATATTGTATTTGATCTTTGAAGGAAGTTCCATCCTCAGTGGATCCT
GTACAAATGGATGGACATAGCTTGTCCAATGGGAACGTCATAAATTAAAA
GTTACAACTTATTGTACAATCTCTTTATTTAACCATTTTTACCGTAATAA
CTTATTTTGAATATATATTCTAAGTCAGTGGTTTTCACATTTTTAAGTAT
ATAACAACTAAGAGAATATCAAAATCTCCATATAGCACCTTTATGACCAA
AATAAATAGACAACAACCGATGCTTAACATACGTACCACTAGAAGAAGCT
CCTGTGACAGAGGTTCAGAAACAATTAACTAAGGAAAATCGTCCTTATAT
ACTTCGCAGTATATCGTCCCAAAAATATTTAATTATATTGCAATATTGTG
TCAATCCATTTTGGAGACAATATAAAATATCCAAGAAATTTTGTCTGGTC
AGAAGATACAAGAATATAATCCATTCTACTACTTATAGTATTGTCAGCTA
TTAATCTCCTTCAGAAAGTTATAATTGACTTTTAAAGTCATGAATGAGAT
CAAACATTCTCAAGAAGAAACTTTGCAATTACTCGTTCCATATCTCGAGC
ATTTTTTCAAGTTTCTTCAGCCTTTGCAATTGTATGAATCTCTTTCTGAT
AGCCTTGTTATGTTAAGATCTCCAAGGAGAATTGCATTTTCATTTACATT
TTCAGTTKSTATTTTGAGAAAGACGCCATGAATATCCTCATTGACGCCAT
AAATTGTANNNTACTCTTATTTATTTCCTCCAGTATGWTTATTCCCACCA
ACACATTTCCTTAAGTATCTGACTGTAATAAAACAGAATTGAGTGACAAT
TCATCTTCAACTTCCCCATGTTGAAGATTTTGAGACTGGTTCCAGACTGA
TGGTCCCTGGCCACAAAATATGAAAAAGCAGTCATCATATGAGTTTCCTT
TTCCTAAATAACAGTCAAAAATAGAAATAAAATGTGAACGTGTTCGAGCT
CTCTTGGCAAATGGCCGTGGGTGAGACTCTAGTATACATACAAGATTAAA
AAACTTTCAGTGTTAGGAGAAGGAATCAGTTGGAATTCTGGATCTGGTTG
GACTTCCGATAAATTTTCTGCGTTTTTTTTTTCGCATTGTACATAAGCTA
TTGGATTTGCCCATGCTTGCCTAATTTATAGTATACACATTATTATGTAT
TTGCTTACTCAGCTGAGAATATGCCTCTATCACTAACTTGATTACTTTTC
GAAATTAATATGGGAAAAATGATTCTGAAATCTCCTCCCTCCTATTTAGA
AGCAACACGGAGAGAGAAAAAGTGTTYTTTTAAAAGTTTTTTTTTTTTTT
TTCAAAGTATGGACTAATTGAGCCAGTTGACAAATGAATTCCGTCATGCA
ATGTTGCATGTTTTTCACGAACGAAAATAAGAAAGAAATAGATTTTTATC
ATTGACTATTAATTATTATTTGGAGGGAGAATCCCAACACACATGCACGA
AATAACTTCATTCATGATGAAGTTCCTTTTGATTAAGAGTTCTCTATTGA
ACAACTTTTACTTATCTAAAAAGACTTGCCGTGATGGATGTNNNNNNTCC
ATTAGATTTGTTGTAATGCTTCTTATGGGGCATAAAATCGGTACAGTTCC
TAATATCATTGTCAGGATATCGTTATGYTTGTACCAGTCCTGTGACCAAA
ACAGGTATCGGTATTTTCGTACTTTTCAATACTTTTTTAACAAAAAAATA
TACAACAAAAACGTCATCCAGAGTCATCTATATGTATACATTTACAAGTA
CAAATTCTGGTTTTTTATATCAAGCAYAATTTTGTTAGGAGTGAGGCTAG
GGTGGGTTTCTTATTTATCTCAAATGACATTTTTCTAAAAAAGAAATGAC
AAATTGACTTATCCAATACAGTGCAAGGCTTTAAKCAAGTGCAGTTCATA
ATCAGGCCTGATTATCCAAAGTATGAAATTAAAATATTAATTTACCATTT
GAACTTCTTCAAATAAAGCATCAAGTATCTTTCATGCAATGCAAGAATAG
CTTTCCGTTATTATTAATTTAGGTTTAAATATAGTATTTCTCCTTATTAA
AAACATTATATGTTCATATTTTACTTCAAAATAACCCAAATATTTTGATG
ATGACGTCACTTGTTCATATTCATGATGCTATCATTTTGCGTTGGATTCA
TTCACGTATTTACGACAAAGGGTGTGACGTCAAACCTTTGGGACTGTAAC
TTCCCTACTTCTTATGCATAAATCAATATCTCAAACCTTCTTGGTGATTG
GTTTTGCGGATATACCAGACTATTTAAAACACAATTTTTGTGTCAGATCT
ACGAAATAGGATTAAATTCTTCTAAATGGGGAATTTTGTTACTAAAAATC
CTCATTTAGAAGAATGGCAAGGATATGAACTAATGATTCGGAAATTATAA
GTGTTGGTTATTGGTCTGAAAATCCTAGACTGGTCTGAGACAATTATAAT
TTTTTTATGGACAGAACTAATTCGGTGCTTTAAAGAAGTTTGCTCTGTAT
GGCTCTCAAAAAAAAATACAGTTTGGATTAATAATATAGACACATTCGAT
CTGCATCCATCCCACAAAAAAACAATTGGGTCTAAATCTGTCTTATTCCT
AACTTGGTTTAGACCGATTCTATAGATGAATTATTCATAACGTCATGTAT
GTTTGTTTTAAAATGATTAACATCATTCCAAAAACGTTACATGAAATTGA
ATAGGTTTCATAAATAATATTTTTACAATTCATAAATTAGTATAGGGGAA
ATAATCGGTCTATAGATTGAGATCGAAATCGGTCCCCGATTTGAAAACAA
ATAAACTTCGGGTTACGGTCTAAATTCGTGGTTAGGACCGAAATATCTGC
CCAAATCGGTCTAGAAAAAATGACTTAATACCACATTGGAAAAATAATAC
TAATTATGCTTTTTTTTTAAATCAACTTTGTTATTACCATGCCTATAAAA
AGGAACAGCCTTTCAACTACATATTTATCATGAACCCTTATCATAAACAA
ATATCCCAACGGAGCATTTCAATGTTCGTTGTTGAAATAATATGAAAAAT
GTACATCATGGGAATAAGATATTCAATAAAATACGCTATGCTGGGATAGA
AAAGTTATAATTGAAGGGCTCGGTATTTCTCATGCATCGAAGATTTAGAT
GGATCTTTTCGACAGAACATTTGGATCTGCACCCATACTTTGAATGAATT
CATATTTTTTCATATCAATATTTTAGCTAATTTGTTTATTTACGTCATCG
ATGCACAAAAAAAAATTAGGAAGTAATGTAAGCAAATTTTGAGCCAAAAG
AAATTTAGCGATATTGAGTTCTAGCAATAAAAACATAATATCATGCGGAA
AAATTTATAAGAGACGAAATACTAGCGATAAAATGGTATTNGGAGAAATA
TTTAATCAAAGACGGTTCAATCCGGTGTCATAATACGACACTTACACGCA
ATACATAATATAATCGGATTTCCAAAATACATATACCATATAAATCATCT
TATAATAGATTATTGCTATTATTTAACAAGGAAAATCTTTAACTTATATA
TACATATATTAATATATTTATTTTCACATCATAATTATACCTATATTCAA
TGCCTATAGTATTGAAATTACAATCGAATCAATAATAAAATTTATTTTAG
AAAAGGGTATATAAGAACATTAAATATGGTCATGTAACACTTATAAATAT
CTACTTAAGTATGTTTGTATTCAACCTTCGATTAAATTATGTGTTCTATT
ACAATCTATTAGTAGAAGTGTACAAAATATGTACTATAAAGCGGGAGAAA
CTCTTTGTAGGCGAAGCCTGAACAGGTTTTTTTTGGTCTAGAGCTGAAGA
ATCAGGTGGTACATCAAAGTATATTAAAATTTCTCCAACTTTTGCCGTCT
CACAAATAATTGCATTGTAGAACGTGTGCAATATTTTTAACATTTTTAAT
AAGAAAACATCTAAATATATTTGAATTGTTTGATCAWTAGCCACTATGGC
ACCTTCTGTCCAATCAAATTCATTATAGGATGTAAAATTTAAACACTAAA
GGAAGTCGAATTTATGTCGAAAATTTCAAATTACTCCACGACATCATCTC
CTTGTCATATAAACTCTGCTTTGAGCTTGGATTGTTCAAATTTCATAATT
TTTTCAGTCATGATTAGAATTTAAAATCCAATTTGCCTTGTAGGACGTTA
AAAAGTCCCTAAAGTTTGACAGTTTGATCTAAAAGAATAGGCACAAGTGT
ATCAAACTCTATAAAAGGAGATTATCAACCTTTTTTTAGTGGTGTACCAC
TTGTAAAGTATTTATTTAACCCAAGTACGACGCCCTTATCAGTATCCATA
GCGATTTACAGAAAACTTAAATTAAATTTCAAACATTAAATTTTCTAGTA
ATATAACAAAAGTTCCTTAATTCGGGACCAGCAACCCACCACGGACGCCC
TGAGTTATGTAACACTTGTAAAATATTTTTTCAAACTCTCAAGTACCCCC
TGGAGTGCCTCTATGTACCCCAAGGTGTACACGTACCCCCATTTGAGAAC
CACTGCTCTATTCAACCAAAACCTGACTGGATTTCAAATTTTAAACGCTA
AGGGAAAAAAATTCAAATTATTCATTGGCAACATTTTCTTGTGATATAAA
GGTTGTTTTGAGTTAAGATTTTCCTTAAAGTCAATGTTGTCGTTTAAAGT
CCGACTGAATTTTGACACTACTAGTCCCGTACATCTGCACCTAAGTCGTT
CCGGTTGTTAAACATTCCTTATTATTACCAAACTTGATGTACAATATGGA
TGCTTAAATAATGTATAAATTTCATCCATGTACCATCAGTGGTAATTGTA
CTACAGTTTGAGAATCACTGATTTAGTATATATATGTTTTATATTTAACT
GGTATCTACATAGATTATATCTGTATACATATATATCTAAATTCATAACT
TGAAGATGACGTTATTAACATAATGCCAAAAAAAGTGTTGTTATAAACAC
ATTGAAAAGATAATTTCCATATTGTCATTTTTTACAACATCAGAAGATGC
TTTACAGTATGTTTATTTGGCTTAAGCAGCATACATGTATGTACATTATA
CATACATTGAGAGTTTTTCATTAGTTTTTTTTGTTAAATAAGAACATTTA
AGTCCCAAGACAAAAAAATTGTCTACATGATGAGGAAATAATGGGTAGTT
GATTGATTATTCTTCTAAAGTCTACGAGGTAAAACCGAAATTCCGAAATG
CAATTTCAAGCTTAGAAGGTTATAGCAGTTATATTCATTTTCATACCCAA
AATCATCTAACTTCAGCGGGTATTAAAAAAGGTCTTCAGTAATGCTACAA
ATCTCGCTCCTTCCTACTGTGATACTTCCCTATAATCGCATGCTTTGTCA
TTCATGAGCACCTGGCCGATGGTAAAAAAGTTTTTGGAGGTGGGGAGGTG
AGATATTTTCTCCGACTGATAACCATTTTTGCTCTTTTCTAATATGAATA
ATCCCTCATGTTTAATGAAAATTAGTAACAGAGACGTGATTAGCATAGTA
AATAAGCTCATACGAAATTCCTTTTCGACAAATTGTTTTATTTAGTAGTC
ATTCCATAATACGGTGTTCTCTCGCGACCACAAAAATATTCGTTATAATT
TGTTGTCAGCTGGCGATATTTCAGCTTCTTGTTCTAATAACAATGCTGTG
AGCAATTTTCATTGGTTGAATTAGAATTGGCTAACTACCAACAGATTTGG
AGCCTTTTTTCTTTTTCGAGGAAAGTTGGAATTTTGGAATTTAGATAAAA
TTAAAAATTATAAATACTTAATATGTTTAAACCAAGCCTCTGAATCAATC
AAAAGATTAATCCACTTCTATTCCTTCAAACCACATTGCCTTCCCCTCCC
CCTCTCATAAACCAAGGAAACACCTCTCATTAATAAATAATTATCTATGG
GAGGACCAACTAATAAGACTTAGTCAAACAAATATAAAATGTTATATTTA
TACAAACATTATAYGAAGCCTTGTTTCCGAAAATAATTATTACCTTGATA
GACCAGCATTAAAGTACAAACAACTATTAACAACGAAAAAAATAAGGATA
AATCCAAAGGTTTAGTATTTAATGATTAACCCAGGATTAATTTTCTATTA
ACTTCTATTAATTACAGCCATATATTTTTTTTTACTAAGAGGAAGGAAAA
GTGTGGCGCGTTGAGATGAAAAACATTGAACAAAAATCCTAAAAAGCAAA
AAGTTCCAATTTTTTATTGACATATTTGAGTAAATAATAGGCCTTGTATT
CAAATTTCTGGGATGAGTTAAAATACCCCAGAATTATAGTTATAGTTTAA
CATCATCCCCTTTATTTGCTTTAAGAGACTTATATTTGCCCCGATATGGC
CTTTCAAATATAATTTGTCAATTTCTCATTATTTTATTTTGTCGATCCAT
TTGGTTACTTTTTGTACAATTTGCAGCGTCTTCAAATGATAAATAAAAAT
AAATATTTTATAGAAATTGAGGATTATTATTCGTCAAGGAATTCAAATGT
AAACAACACTCCATTTGAGAAAACATATAGCAAATTCTTTTTGTATTCAC
AAAAAGAATTTACTACTGATATATTTGTTAAAAATATGCTATTAGACGAG
ACCTTTGGTAGTTGCAACCTGAACAGTGTTTTTATTTTCCAAAACTGTTG
TAATTCTTCTTGAAGAGATAACATCTAAATATAAAGTAATCAAGATTAAG
GTAAATCATACCTATATCCTTCCCAGATACCGAACGAGAATCGTGTTTAT
TCACTTTATATCATAGCTGCGAGCAGCGAATCTAATGAAACGACATGAAC
ACTAAGGTATTTCCCCCTAAAAAGGCTTCAAATTGTCAGGATTACCATGT
TGATGTTCGTTTTCTTTTTTAAGTATACGAGTAGGTCATATGTTCTACAM
CTCTAGTTGAGAYTATCCAATATCTAGCGATATAACTTTGTAGAGAATAA
TACAATTTTGTCATTGAAAAAATAAAAATGGTTGCTCCCTGTATTCTTTT
TTGAAATTAGGTTCATTATTTGATATGTATTTTATCGTGCCGTTATCTCT
CTCTTAAAGAAGAATTATAACTTAACGACGATGTACTTTTTTTAAATGCA
TAATAAAATTATAATATACTCATATTTAAATATAATTATAATATTATCCT
GCACTAATACTATTTTAATTCTTCGTTATTTCTCTTCAAATCCTTACTAA
AGTACTTTTCTAGTGTGTTTAGCCCAGAATATTGAAACGGATATTGTAGT
TGTACATATACCGGAGCCTACCATTATTATTTACTCATCTCTAATATGCA
CATTTCGAGAGGTTAAGAGTCCTTTTTTTTTGCAATGTTCTAATGAGAAA
TGTTATAGAACACATAAATAGGTGTTGATCGCTTAGAAAAATATTGTCCT
AGTCGCCAATATGAGCACACAGAACTAGAAAAGGATTGAGATTGTAGCGC
TTCTCCGCTCAAGATTGTCCTAGAAGGTCATCTGGGAGCAGACTGGGGCC
TCAAGGAAGACAATTTACAATAAATCCATGTGGTTAAAGGTCTTCAGACA
CTCTCCGGGAGCAGGCAGTAAACCGTCCATGTCATGTATATGGCCAGGAA
GATGAACAAGTATCCATCAGAGGTGTCGATGACTCTAAAAAAGGAAGGTC
TTAAGTATCTGAGGCGTATTCCGTGGTCTCTGTTGGCAGAACAGTAGAGA
AAAGTTTTTGCTGATGAGAAGACATTGGCTATTGACACTGCCTTCAACAA
GYAGAATGATCGAGTAGTGAAATTTGGGGATGTGGCAGAGGAGCACAAAT
ATGTCTCCACCACCAAACATCCTGCATCAGTAATAATGTTAGGCCTGGTT
GCATTCACTGTGGAGGCCATGAATCCCGTGTGGTTTCCTATAGGATAAAA
TCAGTGATACATATCAATGACTTTTTACTAAAATATCTGATACCGTGAAT
ACCTAATCGAAAATATAAGTTGGATGATATCATATCTTTCACACCCCATT
CTAAGTAATTGCAGAATTTGATACTCCTTATCTGAATTACATTTAACNGT
AATAAATTACAAATGAATACAGTAGAGATGTAATGAAAAAGTCGTTTCTG
ATGACACTTTACAACCGATTATACATAGAATAACCTACACTATTAATGAG
CGTATATATGCAAAATAAAAGGTATAACCTATATATGGAATATGCATCTT
TTTTTCTTTTTTTTTGACCAACTTTGGGTGATTTTTTCATTTTCTTTTAT
TAGAATAGTTATTAAATTAAGTGGAAAATTGAATTAATGACATGAATTTC
TTAAATAATTAAAAGAACATTATTTATTCATTATTTTTAGGATCATGTGA
ATTTATTGCTAATTTAAAAAAAAAAAATCATTATACATWKCCTCTTTCAC
TTCATACCTATTCTACTTATAGAAAAAGAGAAAAAATCGCCTCTAATTAG
TCAAAAACAAATCAAGAGAAACAAGAGTGCAAATTTCTTGTATTGAATTT
ATCGACACTAATCAAGAGCATGTTAAACGAAATAAACGAAAATTAACATG
GTAACCCTTACAATTTTAACATTATTTTGGATAAGAGCAGCTTAAGTATT
ATGACGTTTTCAGGTACAAGCAAATGTGAAGAGAGGGAGGTGGAAGTAAA
CAGGAACATTAGCAAAAAATACTCCAATGTCTTCCCCTAATTCTACTCTG
AGTCCAACAAGGACCTACAATTATAACTTATAAATCTTCAAGATGACTCA
AAGTCTTTTATAAGCAGACACAAATGTTCAATCCGTTTTTGTATTCCTCA
GGAATTAACAATAGCATAGGAAACTTTTCAGTTTACCAACTCAAAAAAAC
TAAAACAATGGGTGAGCTAACAAGTGCATCCGATTTGAATTAGCATCCCT
CAGAATGGTAGACATTTCATGAATTTATAAAAAAGTCTCCAGACTCTAAA
AAATGCTCCTAGTTTGACTATTTAGATGTAAAAAAAATGAAAAAGAATCA
AAGAGTGCATGATCCATGTATATTATATGTGTTGGACTAATTGACAGGTA
GATAAGTTAGCTACCTGCAATTGTCTATCGACAAGCTGTACTTTAGCACT
TTTGTAAAATTATTTTCTAACAATTCCACTTTGGCTGCGACTCTTTCTAG
AGGTGTTGTATCTGCTCTTGAGCTGCTAAACATTTCCTTAATTTACAAAC
TTGGAGTAATTTTTATCATGTTCTTTCATTCTTCTACTGAGATTCATGTA
TCAGGTTATACTCTTTAATCCTACTTATTTTATGAAAATATAGTTATAGG
GTTTAATTTAAGAATTATGTAGAGTTAATCTGTCAAGTATTCAATGAGAT
ATTATTGTTTGAAGACAAAGAGTACTTGAGACACGAGGGCACACAATGGT
TGGAACAACTTGAGACATATAAGTAATGGAGAAATATTGTTTTTTTCTAA
TTTTTTATAAGTAAAGAACATCTCATCCTTCATTCTTGAAATAAATGCTA
TGTGTAAGAGGATTAGGAATCAAATAATATTTTTTTCTAGTTCAAATAAA
GTTTGTTTCAATTTGACGAATAAATATTAATATTTTCTAATATAGTTAGT
ATTTGATTATAATTGCTAAACGTATTCTAAGACTATTTAAACTTGTACCA
TCTAGAAAACAAGTTGAAACAAAAAATTCCTGACATTAAAACTAATATTA
TAACTAAAATACCACAATCAATGTAAATATATTCTTTACATCGAAGGCCC
TTTAAGAATTCGTAAAATCGATTTCATTATTATTTTAAATACGTGAATAT
ATTAGGTATTAGATTCCGTTTTTTGAAAAAAATGAAACACATAATTTGAT
TTAAACTGTCAAGGGCATGAAAAAATTTCAATTATTCACAGCTTTTCACA
AAAAATTAATTTTTTGTGAAAGAAATTAGAACAATTACATTTAAATGATT
AAGTTTTTTGGAAAAAAATTTCAAAAATCTACATCCATTTCCAAAATATT
TCATTTTTTGGAAAATTAAATTTAAAATAAAAATTTTTTTGAAAAAAAAG
GTATAGCTATTCACAGAAAATTACATTTTTGGAAAAATATTTGAAAAATT
AAATATCGAATATTTTTTTTTTTTGAATAAAAATAAAATATTAAATTTTT
TTGACAATATTCAATATATTCCTTAATTTTGGGGGGCTACCGCCCCTTCA
GCCCCCCCCCCTTGTGGAGGCCCCTGACTTCAATATTGAAAATTATAATG
GTTTCATTAATGGTTCATTATAATGGTTTCATTAAGAAATAAATAATTTT
AAAACTAAGATTTTTTGAATAACTATTTTCTATCAAATGAAGGCAAAATT
AATACATCTTATTCATTTAGTAAAACAACAATGGTGCCATTTATATTTAA
CATTAATGGTAAAGAGTCCATTGCTCTCTCAAAAATGACAAGCTCTACGT
AAATATATTACGGATTAGGTTACTTTGTGATAACATTTGAAAAACTATAC
GTGAAATATGTTCATTTGGGACTATGATTACGGACCTCTAATTGAATATT
TTGGATTTTGAGTAACATATCCAGTTTTTGCATCAGTGCTCTAGTCTATG
ATGATTGGGGATGTATGAAAGAGAGATTCTTGATATACGTAAAAACCACC
TCTATTAAAGATGTCAAAATATGCGGAATTATAAAAATAAACTGTTATTT
TCTTACTCTGAATTTAATTTTTATTCGATTCTCAAATTTATTCTTTTGAT
TATGCTAATACATTATGTTTATATTGTTCGTCTTTTTTGGACAGATAAAA
AGATTGGACATTTTTATGGGGGATCTAAGATTTTCTACCTCTAAAATGGA
AAGAAAAAATTAGTTTTGTCAAACTCATGAAAGGTTTTTGTTCTTCAAAA
TTTAGCATTTTGTAAAAAATAACTATTTTAGAAGAATAAACAATCATTTA
TAAGTTATTTAGAAATTTTAACCAATATTGATTATTTCCCCATTTTTATT
TTTTTTAATTATAGAAAAGTGTGGAACACTCCATAAGACTAAAAATAAAA
ATAGCTGATATTTTCATCATAAATTTTAGAGATGTGTACAAACAGAATAA
ATAAATCCATTTGTCGTTGGAATGAGAATTAAGTTCGGGATTCGAAAATA
ACGGTTTCCTTTTCATCAAACAAGTTTGTATGATAAATAGAGTTGTGGAA
CTGCGAGCATTTTAAGCGTGTAAGGAGAATTGGGCAAAAAAAAATTCATT
CATCAAGCTGTTTTTTTCCCCCTCATTCTAGTAGCAAATAAATATTCACA
ACTCATATTGTTACCGCTAGGAGAATGACAGCCCTCACATTCGAAGTGTT
ACTTTGACAGAAAATAATCTGACTTCCACGACTACCATATATTTGTCATT
TCATCCAGTGGAAAATTTCATTTTTATATGCCAAATACCCTCATTTTCCC
TTCCCCATTGATAATGAAAGCCTAATCAATAACTGAAATGGATAGCAAAA
GTTGAAGATTTTTTTGAACTTTGCAAAAAAAATAATTATGTCATTTGTCA
AAAAGTAATTTTGTGACGACTAGAACCCTCTCTTTCATTGTGTACAAATG
GGGAAGAATATTTAAGATATTAAGAACTCATTATGTTTAATGGAGGAGGA
TCAGCAATCCTTCCAAATGGCTTTCACACCCGTATCTCTGATCAGCATAA
TGTCTACCTACATAAGTAAAGTATAGATATAATAAAGAATGATTAAAATT
GTTTATTGACATAGTGGGATATCTGAAAATAGAGAAAGCTAGATCTAAAT
GTTTTTTTATGATATTTACACCCTAAATATATACGAGTATGTACGTAATA
GCTACTCCACAGTGTGGTAGATATCTTTTATTGTTGTTGGTGTATGTTTA
TGACGAGCTCATATACGTATAAAGAGGCTTATCTTATCAATGAGTTAAGC
TTTGYAATCTATGATTTGGATTCCTAGAAAGGGAAATCACGTGAGAGGTC
ACAAAAAGGTACAATTATTACGCTATTAATATCCTTTGTTTGTTTGATTT
TCCATAGTTTTTTCCCTAGATGATTTGAGGGATTCTTAATCTTTCTCTGG
AGTATCATCAAAGAACTGATGTAATCCCAATTACATGATATGAAATTACC
TATAAGGTATTTTGATTAGATTTGAACTGATCAATTAAACGATCAGTAGT
CTGTTTTCATTTACAGACTACATTATCACTATGCTCAAGAATATATAAAT
CATCGTATACTTCTACATTGATTGAGCGAAGAAAATACCGTATTAGAAGC
TTATTTAACAGAGTTAGAGCGAAAAAGTGTTTAAAATTACCCTATTTATT
TTTTTAAATCCAAAATATATGGATTATATTTTTTCAAAACATTCGAAATA
CATATTTTAGTAAAAATTGTGTTTTAATAATAGTGTTTAAAATACTTTGA
GGACCTTTATAAGTTGTTTGAGAGATAAAAATAACGGATTTAAAGATTTT
TTGGGTGAACTTAAGCAAAAAAAGTACTTAAAATGACCTTTTTTTTTAAA
CAAATGCAAAATACATGTTTTTAATTAAAAACTCGTATTTTAATTATCAA
ATAAAGCACTCTGAGGACAATTAAAGGTGTTTCAGAGAGACAAAATACCA
ACTAAAAACATGTATTACGGATTTTATAGAAAAAAATGGTCATTTTAAGC
ACTTTTTCGCTCTAATTCTGCCGAAGAAGCTTCAATTACGGGATTTTTCT
AACACACATATAGTTATTATTAAATTCAAAGTTATTGTGAACAAAAGTTT
TTTTACATAATGATTTTTTTTATATTAACAGAAATTGCTCTTTAAGGGAA
ATACTAATTCATGCTTTAGTAAGTGTTAAAAAAATTGTGTTGCACTCGCA
ATATAGTCGTATATGTAGTAGATATGTTAACATATATATTGTAGGGAGTG
TTAAACATTCAACAAGTATCAGGTATCCTACTGTATTTTATTCAACCCTT
CTAAAATTGATAATTCATTCAACAGAGCCGCAGCATGTTGACTGATAATT
CATTGTTAAAGCAGCATTCATTTAGGAGTAAAGAAATTAAATTATACAAT
AAAAATGAAAAAATCGAATATCGTACATTTTAAGGTATGTAGAAAACGAT
TAGGTTTGTTACAACGGGAGGTTGTCAAGGCGTCATATATATTCACACTA
GGGTGGTCCTATTGTGTACTTAAGAAGAAATAAATGTTTCAATTTTTATC
TTCTCAATCGGTTGTAATTATGAAAAAACATTTCTATGTCTAAAATCGTA
ATGTATAAGTGACTTTCAGATGTAGCCCTTGGATCTTAAACTATTGACTT
AAATCGTAAATTTACTCAACATTAAACCTAGAGTAAATGTAAAATTCACC
ACTAGTAAAAAGAGAAAAGTATACCAAAAAATGGTTCGTTTGGAGATAAA
GTACTTTGTAACACAATAAAGATTAAATTTCTACTTGAACGGATTGAATA
TTGAAACTACAATAGTATACAACAAAGGTATTGGTTTTAGACTAATATTT
ACGAATGTTTAAGGACAAAGTTGGTATTCTAACATTATGTTACTAGAAAA
AATTGGTGATCTCCAATTATTTTCCTCTAATTTTTCAATAAAGAGAAAAA
CTTAAAGAATTAATTTTTGTAAATCTTTACTTAGACAGTAAATAATTTAC
TAAAATTATAATTATCTAGAATTTTCTGGTGAAGATACAAAAATATAATT
AAACATTATAGTTTAAAATTTATTCGCCAGATTAAGGCTTACAAACATAA
AATATTCATATATATAATCTAATAAAATAACAACTATCTCGTTTTTTTTT
TTATTTGTTTGTTTTTGTTCTTTCTAAAAAAAATTTGAGTTATTTTCTGG
AAAATCCAAAAATGTCTTGATGCGTTTGGTGAATGATATCAGTGGCCCAT
TCCAGAGTATCCTGGAACACACTAGGGATCTTCAATTCCAACTCTCGATA
TCTTGCCACTGCCGAGATTAAAATAGCACAAATATCCTCCGCAACCACAG
GTTCTCCTAGTTATTATTTATTATGTTCTTTGTTAGGTAGTTCTTAACAT
TTAATAAAGCATTCACTATCAACCTACCTTTAAGAGTACTTTCTTTATTT
TTTGATGACACGCCGAATAAAATTATTACTGTAATTATATTAACGTTATT
ATCCTTCAGACCTCTACGGTTTAAACTAATAAATGATCTCCGAATATGTA
ATTATGGGCATTCTAAAAAAGCGTGTCAAATAGTGTTGAATAATTTACAA
CAAACTTTACATGGAGTGCTTAAAACAAAATTCATGTGGTTATTTGAAAT
TGAGCTGTTAATTTTATTCCAATTACAGAAAAATTTAATTAAAGATTATT
AAGTTTTTTAATGAAAAATAACTAAAAGGAAAAATGGGTGTGAGTCAGAA
AATTTTGATTATTTATACAACGACTAGGAAAGTTTGAAAAATAAATATCA
GCACCCTCCCAAAGAAAAATGCTAGTGACGACCCAAGAAACGATATTTGT
CTAATTTGAATGAAACGTTCTTTAATTGGTTTTGAAAAAAATACTATTTT
GATGACTTTTTTTGAAAAAAAAATATATATATTTTACCTATGACCTTCAT
TTCTTTTCTATTCGAAATATTACATTCTATATCTGTGCATCGAATAGAAT
AAATTTAGAAAAACAAGTTTTCTAAAAGTCTTTAATTTTATTAACATTTC
TATTGAAAAGAAAAATTATTTTCGATAAGAAAATTGTATTTTTATCCTTG
CAGTTCGTTTTTTTGGTAAAGTCTAGTAATACAAAAGTAAACTAGGCAGA
CTATTCTAAAGAATGAGTCTAAATTTTATTTGTAAAACTTGTCAAATTAT
TAATAATCTTTCATTTCTGTCAATAAATCCTTATGATTTTTCATTGAAAG
TTCTGCGAATTGCACTTATATTTATGTAATGTGCAAAACAGAAAATTTAT
CACTTAGGGTGAACTTACAATAAATATAATCTCGAACAAAAGTAAAAAAA
ATTTTTTTTTACTTCATCCACTACTCTGGTTGCATAATATGTTGCTAAAA
ATAACAATTATGCATTGACACATTGTTCAAGAAATATGACGTCATAGTCA
TTTTCAAAATGGCGTGACATATGATGAGAATTTAAATTTTTATAAGGAAA
AAAAACCAAGAGGAGAAAACAGGAGAGAGGAATATATTAAACTTGAATTA
AGACCTTTGTTAACATCAGCTGGTTTTTAAATGATTTTGGAGGGGGAAGC
TATAACGTGCTACATTTAAAATAGCATTAGTGTAGGGAAAATATCAAAAT
TATATTTAGATACATATTATTTATTTTATAATGCCCTTTTTAAACAATTT
ATACCAAAGATAAGCGAGAATGCTTAATTCAGAAGGAGAAAATAACATCA
CGACAATTGATTAATAATAAACAAAAAATAAGAAAGAGAACATGTAACAA
CCCTTTATCTTTTTCTATTTTTTTAAATTATTTTTTTCATTATAAACTAC
TGCATAGGATTGTAACATCACGTCATTATGTTTTTTGTATCACGCAACCT
TTTCCTTGGTAAGAAGAAGGAAAAAAAAGGCCCAAAATCCATTGGTAGTT
AGGCAATTGTTCCCAATTATGAAATTATTGCACAATAATTGTTGAAAATT
GTTTAAAGGCTTAGCAATAGTCAATTATAAATCAACGTTCAGAACAATGA
TTAGGAGTAAAGAAGCAGACAAATTGAGGGCTGACAACAAGATATGTAAA
GATATGAAAATCGATGTATTTTTAAGAAGTTGGCAAACTAAAGAGTGAAT
TTCATTTTCCGAATCTATTGTCATTATTAGTGAGTTAACTTTATTTTCTT
TTACACACAAACCGGGATTGAGAACTTGAGTTTGCTCATAAATACGGAGA
GTAAGTCCTCGTTGGACTCATAGTCTTGTCTATGTTCTTGCTTATTTCCT
TCAACCCTCATCACAGTTGACCGTAGCTGATCTAATAAAACGTCATGTCA
GCTAAGCTGCTGTCCTTAAAACATTCTTCGAATTGTCAGGGTTACCATGT
TGATTTTTGATTCCCTTATTTAACATCCTAAAATGTTCCTTATAGGCATC
ACTGTATAATTTGTAATAATCAACGATCATAATTATTGCAACTGAAACTA
TATTATTCAACTACAATCATACTCAATGGATTGATTCCCCCATAAAATCA
GTAAGATATTATTGTACATCAGCTTATTTAAATATACATTATTTAGTTTT
TTTATTTGTTCTTATTTAAGTAGTATAAATAAAAAAGTTAGAAGTAGGGA
ATTGAAGAGTAGGATTTTAAGTTATAATTGAGTTTGATATTTAAATTTTT
TCAGTATTTATATGTATGTATATACTTTATGTTTATGTTAATTAAATGAG
TGAATATTTACAATAACCTTTTAAGAATGTTTCAAGTTTCAAAGGGAAAT
ATGTAGTGCTCTACTTTAATTTATACATATATACGAGTAAACATAAAGGT
ATTGGCAAAAGATTGCTTTTAAATACGATGAAAGGTTTAGTGATGTACCC
TTTACATCAAAAATATACCGTCCTATGTTTTTATTACATATATTTACCTA
TAATAATTAATTATTAGTTTTAATTATACATTTTAAATTCAAATCCATAC
TCTGATCCTCTTTGAACAAGATTTATTGGAAGATAAATACAATAAAATTT
AAAAAGCTCTCTAGTTCATTAGATAACAGATTTAGAAACAAAAAACTCAT
TTGATATATGTTTGTTCAATCAGCCAGTAGCAGAATTATCTYCCGCCATA
TGAGTTAGACTAAATGAAAAATTTAAGCCATTACTATGAATGATATTGGA
AAATATTCTTTCAATAATAACAAATATCTATTGAGATATTATGAAAAATA
CATTTAAGTCAATTTAACCTCAATTGGCATCTACGATTAGTGATGTAAAT
CTTGTGTATTTTTTAACAGGTACATTTTTTTGGAATTGGTAATCTGAAAA
ATGAATTTTCTTTTTCCTCAGCTATTGTTATTATTATTTAAATCCTGAGT
AGTCATCTATCTTTTCTACTACATTCAATTATATTCAAAACATGATTGAA
CATTAAATATTCGTTTGTATAAGACTGAGAGTCACCTCGAGGATTTGTCG
TTTTTTGTTGGGCATTGAATTTTTAAAAAAAAATCTTTTTCAAATTCAAT
TGTTTAAATTTTTTTCATAACTTGTTTCTTTTTCTGAACCTTAAGCTTTT
CCATTTTTTTTTCTGGCGGGGCTACAGCCCCTMCAGCCATTCATGCAGAC
RCCCCTAATTTTGGTTCTTTTTAAAAGACTCTTGTACCGTTTTAAGTATG
GCACTATCAGTAAAAAGGGATACTTTATATATTGGTAGTATTTGATGTCC
AAGTAAAACATATTCTACACGATGTTTTTAACCATTTAAGAGAGTCTAAG
AGGTGCTCAAAGATTTGCCGTTTTTCTGTTATCAGGGGCTTCTGTAGGAT
TATATTTTGGAGAGGGCTTGGTTTTTAGAAAAAAAAATTAATTAAATTTA
AATATTTTGTGAAAAATAATCAAAAATCCTCAGCTATTCACAAATAATTA
AATTTTTAGGAGAAAAATTTSAAAAATTAATTTTTTTCGAACACCCCTGG
TTATTATTATGCAACTCCAGGGATAATTGCTCCTGTTCTACATATGATTG
TTCCTAAATAAAGACAAGATATTGAGAAACGAGGGATACATATTTTTCTA
CTCCAAATCCTTGTTTGTTCCATTAAGGTATTGTATGTTTGAGCTAATAG
TCAGCTTTTCAATTAGATTAGCAACGTTTGTTCCTAACTTATATATTACA
AATTGATCCAATTACATATTATGAAGAAAATATAAGAAAGAATCAAATGG
AGAAAGTAAACTCTTAGAAAAGTATTAATGGACCCATAAATAAACAGATC
TATTTTGAGGTACATATCATTTATTATCATGTCTATTAGACATTAATAAT
AGTACATATTAGCATAATAACTCTATCAATTTAATTGATATAATATTTAT
TATAAAAAATATTGACGTAATGTTTAGTCCTAACAAATGCGGGCCTTAAC
ATTTTAACAGGGTGGTTCATAGGGGAGACTTGTTGCAACTGTTCCTTTTT
ATCAAACAACTAAAACCTTAAAATTTACATTACAATTATATAGTGTTTTT
TCACATCCGTATAATTATATATATATATATTATTTTTTTTGGTAGGGAGG
CTTGATTTTTTGGATTTTTTTCAAAAATCCGTAGCTATTTACAAAAAATT
AACTTTTTAAGAAAAAAAATTCCAATATTAATTTTTTTATTTAAAAAAAT
ACAAAAAAAAACTTATCGAAAAAAATTTCAAATATCCATAGCTACTCACA
GAAAATTAACCTTTTTGGAGAAAAAATTCTAAAATTAAATTTCAAATATA
AAATTTGTATGAAAAAAACTTCAAAAATTAAATTTCAAATATTAAACTTT
TTTGAAAAAATTTCAAAATCTACAGCTATTTACAAAAAATTAAATTTTTA
GTGCAAAATTTCAAAAGTTACATTTAAAATATTGCGACTTTTGAAAAAAT
ATTTCAAATATTAATTTTTTGCTCTACTGCATTATTTGCCCGAATGACGA
AACAAAATTCTAACAAAAAACAAAAATTCCATAATTTGGGGGGAGGCTAC
AGTCCCTGCAGTCCATCCCCTATGGACACCCTTACACATACGTCATAAAT
TGCATCATAATTGAAAGAGACGCTTTTTGGGGGGCTCCAAGTTGATATTT
TTACTACAGAAAACTCCATCCAATACCTTTATGAATAAAAAAGACTGAAA
ACTTGCATCGAATAATATTTTATGTCTATAATAAACAGTGATATTTAAAT
TAAATCCAAGTAATATGTTTTAAGAGCCCCTAATAATGCCCAGATTTGTA
CAATATTTTTTTTTGATCGATTAAGAACGAGAAAAGTAGTATAATTATAG
AAAAATATATTATTCCTTCCATTGTAATAGCTAATTTTTATTAATAATAT
GGAATTATGATTGTATAACATATTTTTATGGGGTGCGACAAAAAAAAATG
GTACATTTTGTTTTTGCAACATAAATCAAGGTTTTTGTGAATGGGGTAAA
ATTGTTCCGGTMAAATACTAAAAAAAACTAGAGTAGCCAAGACATCATAA
TAGTTATTTTTAATTTAATGACATACTCTATTATAACTGTAAAGATTTCT
TTGCTGCACCCGGTATTAGGGTCAAATATNTACATTTTGTTTTTGCAACA
TAAATCAAGGTTTTTGTGAATGGGGTAAAATTGTTCCGGTCAAATCTAAA
AAAAACTAGAGTAGCCAAGACATCATAATAGTTATTTTTAATTTAATGAC
ATACTCTATTATAACTGTAAAGATTTCTTTGCTGCACCCGGTATTAGGGT
CAAATATAAAATAAAACTAGTCAATAGATGGATAAAACTTTACCAGGCAT
TAAGGTTTGAGTCCTTTTATTTATTCGCTCCATTTTGAGTTCTAATGCTT
CAACATTTTCTTAAATATTAAGGGGAAAAAATCAAAAATTTGGTTTTTTA
AAGCCACCAAAACAGCATACGTTACTTGCAAAATGTAATATAACTTAACA
GGAGTACCTGGGATTCCTCAGAGTTATGAGGTGCCAAACAGACACAAAAC
TATAAGCTTTTCTTTCATATGAATAGACATGCACTCCCCTATTATCGTCT
AATATAACTTGGGCGTACCAGTATTATGTATATTTTATTTTTAAATTATT
TTATTAATGCTTTAAATAACTCCAGAATTTGGTCAAACTTGTGGAATAGA
CAACATAATAATTAGAAATATGTTCCTCCTTCAAGTCTAATGAAGATACA
TACTAAGAATAACTCGCTAATCCCCTTCTTAATTTACTTTTTTAGTTCGT
TTTCAATATACCTTCTCCCTTTTTCTGTTTGTACAATAATTTGTTTTTTG
GATTTTTAATTTTTTGGTGTATTTTCGTATGTACAAACCATACCTTAAAA
AAACTTTGAGAATCGGGGAATCGATCTTGTTTAAAGAAAAAAATCAAATA
GTAGCGACTAAACAAACTTGTCCTCCAGAGACCAGAAATTTGATCTGATC
AGAATGAAATATGGCCTTAATTACGTAACTCATAATTTTTAAGACCATTT
ATAATGTCTAAAGTCTCCGATTTTGAAATAAATATCCAATCGTATACTTT
TTTATTAGCGGGCATACATATGGTACATACAACTATGATAATATATTAAA
GTAGATTTTCTAATATTTTCAAGATTCAAAACTTCTATAGCGATGATATA
TTTGAGACATTTTGACGCTTAATATGTAGACAGCTGTTACAAATCTGGAA
TTGTGAATTTTTTAAAAATTAATTTAGACTCTAGTCCATAATTTTTCTAA
AAGTTTAAGATGATTTACCATATGCTCCAGTTAGAGTAAAGACGTTGATG
CAAAGATAATGAATAGTTAATTTGACGGTAGTGCAACGGCCAAATACAGG
TCCTCACGTGAAGTCTTGTTTTTCCGTCACGTGAAGCAATCAACCCGTGA
ACCATGACATGAACGTAATGTTTTGTGCGTACAGACAACATCACCTGTGG
ATAATGTCAGATATCTGTCATTACACCTGTTTTATACTTGGTGAATCATA
AAGATATTTTTATATATATTTATAAAAAGTTTACAATTAACTTGCATCGT
ATGGCCCGTTACTACATAATAATTTGGGTTTTTTTCAACATTTGCCTCAG
GACCTATACTAGTTCTATRTCGGCAATCTTACTAGTTGACCGTTACGCTA
TGACCAACCATCCGTTGTCTTTGTGGTGCCTATAAACCTAAGAAATTCAG
TGTTACCAACGGYGTCTATTAATTTTCCTAAATAAACTTGAATCCCCACC
CTGTACATGAACTTSAGATTATTTTGTTAGCTACAAGGCCTTCATTGACT
TTGATCCTGGCCAGATTGGTTTATTCTTAATGTGTATATCAGACCTCTGT
TTTTATTTCTACTCTTTTTGTTGTTATTTAATTGAGATAATTGATTAAAG
CACCTATCACGTAGTCTCCAATGAACAAATGAAATTAAAAAAAGAAATAG
AAACGTCTCTCTCAAGAGACCACTGCAGTTTTTATTATCCTTTTTTATTC
ATTTATTACCCCTGTTAAACTAACTCGAAATAAATAAGTTCTCTCAATTC
CAAAAGCATATCTCATTGATTGATATTGCTACATACGCAGTCAGTAGAGA
TGTTGAGAGAACAAATAGTATTCGAATACTGATTTTTCTAAGTTTATTAT
ATTCCATCTGCATATATTGAATTTATCATCTAGAGTGATTTCGAATATCT
GGCTGAGTGAAAAGAAAAAAATATTATTCTACAGTCATTTCCACGGATTA
CACAAGAAAAGGATAGGAACAAGAGAAAATATTTTTTTGCGAGCTATACA
TTAGTCATCATAGCATTCCCAGAAATTATTTTCTATACCTAAATATACTA
CTCCCTTGAATGTACTTTTTCATTCTTAAAATTTATTCAACTTTAGAATC
TAATTGTTGTGATAATAGCTGATCGTTGTCTTTCCACGATATAAAAACAA
GTAATGCAGGTTATGAAAAAACGTGGAATATATTATGTTGACATGAGTTA
TCATCGAGTCTAAAAGAGAGAAGTCAATGTCTTATTAGTGATTTCCTACC
AATACGTAATCATTTGTCATACTTAAAATCCTCCTTTTTCTTCTGACGAT
GTCACAAGAATGTCGACAGGTAGAGATCTCTAAGATACCCGTTATTCTTT
TTACATTCTATTTCAAAAAAGAAGAATTTTCAAATGTATATGTAGACAGC
TGTTACAAATCTGGAATTGTGAATTTTTTTTAAATTAATTTAGACTCTAG
TCCATAACTTTTCTAAAAGTTTAAGATGACTTTAGACATTTTGCATTAGA
TAAATTTGGATGAATAATTAATAAATGGATTAATTTGAAAAATTTTGACT
GATAAATGTTGATATTTTTTTATTTTTTTTGTCATACTGTTTACGAAGCT
GCGTAAGAGTTCACAGTTCCATTCATTCAACCAATAGTGTAAAAATGTTC
GGAGCAACAAGAAAAATGTGATCTCCTCCACCCCAGTGTCAGTGCCGAAA
AGGCTGCAGAGACTCTTTCCCTCAAACATCAATAACTCCATTAAGGRCAT
ATGGAAATGATGCCCCCTCCCATACAGTCAAGAAGAGCCAAATTTATGCA
GCAACAATATGGCTAACTGCTGGCCTGCTTCTATGTGGCTCTCTTCCAGC
CCTGACGTCAAATCCCTAGAATTTGCWGATATATGTGTCTTGGAGAAAAA
TTTCTGACTCACACCTTATCCAAATATGGATTCGTTCCGAGCTACCATCA
TAACAGTCACCATAGATACTGCCTTCACTGTCAAGAGCTGCTTATCTGTT
GGCCGACGTATCGAGACTGCTTTACTTGTGAATGAGGAGATATTGAATAA
AATAGATCGCTAAATAAAGTGATTAAACATGTTCCAAATTGATTTTGAGT
TTCCTTTTCTTAATATCATAAAAATTGCGTTTTTTATCATTTAATCATGC
TACTGCAAGTTTTGGTGTCCCCACTTTAAAAACTCATTCATATGGAAAAC
TGACTTCCTTTTCTGCAATATTAGKGAAAACTATATTTTGTGGAGCCGCT
TTTAAATTTATGACGTTTTTCAAGGACCGTAAGCATGGACAAGACTGTAT
TTATTTTAAGTTCCACATTAAGGACTGATGCAATGCAGACATTTTGTTTT
CCCATATTGAATTATGTTGCTTCTAGCTAGCTTATATGCATCTGTTATTT
TGTCAAAAAATAGTCATTTGTTACATAATCCAGAAATGTGATATTTCGAG
TAAAATTTGTTATATTTCAATATTTTTATTTTATTATGGACATCTTGTAA
TTTTCATCAGAAATGAGTTGGAACTAGAGATGTTTTGATATCTAGAGATG
TTAATATTGCTGGAATTTTAACGAATCTCATAAAAAAAGAAAACCATTTC
AGTTTGCAATCGAAAAAGTATTACTTTTTTATAACAGTTGTATCGATCCA
TAGTATAGAACTGAAAATCGGAAGTTTTGCAACTTTAACATTCGTTAGGA
TGTCCATGCCCTATTTAGTCTGTGCAGTAAAACTTTAAGGCATGATAATG
TATTGACCCTATTCTTAATGTGCATAGGCTTAATTGTCGTATTTATTATT
ATTATTATGATAAACATAGGATGTTTATTCTTCAAGATAATTGATATATA
TTGATAATGACGTCACTGGTTTACATCTGCATCATATGTAGAGAGTTAAC
ATAAAAACAATTATTGGAAAAAACTCAAGAAAATGAGTAATATTCATTTT
ATTACATCATATATATTATGCTTTATGGACAATTTACGATCTATTATATG
CTTGAAATTCTTATTTCAGGGATGAATTGAGAGGTCCGATAATGCCTTCA
TTTGATTTATGATATTTAATTTTGTCTCAATATGACCTTTCATATAAAAT
CTGTCATTTTCTAATTCTTTCATTCTGACGATTCATTTTTTGTTATTTTA
AGTGCGTTTTTGATTCAAATGAATAATCAGAATACTTTTTTTTACTATTC
GTCAACTCTGGAGCAATTGTAATCCAGCATTAATTTTGAGAAAAAATATT
CTAGAGTGCTTGTGTGTTTACAAGCCACACATGATAATCTAGTTAAAAAT
ATTCCATGGGAAGGATTTTCCGTCAAATTTGGACATCAAATTTTGAAACT
GAACAGGTGATACATACATTTATGATTGGGGAAATTACTAATTCCTATTT
TGAAAATTCAAATGCTATAAGCAGAAATGGTGTCTCTTGTATTAAATCGT
AGTATATTTGTCTGTTTATGTTCATTTTTGGATGTAAGGTTGCGAGATAC
AAAAAATGTAAAGAAGTGCTTAGCTAAAAAAAATTATATAAACTTCTTTT
TTATGCAGGATGAATATTTCATTTTAGTTTTTGAAGTCACCCAAATCCTA
GGATCATATCGTATGGTCTACTTGTTATATCTTTAAACAGGAAAAATAAC
ATAAATCGTCAATATTTAACCCATTAACGTCTATTTATATCATTTGTAAA
CCAATTTTGATGAATTTTGGATTCGTGACTCATGTCAGGAATTTCAGAAA
ATAGCATTTGTAATTTTTTTGTTCAACCTATTTTAGGGTTTAAAATAGCT
TTTGTTCTAAAACATCCAAAAATATATAATATTTAAATTAGATGCAGTAA
TTAAAGAAATGTTCAAAATAAACTAGAAAAAAATATTTTAAGAAATAGTA
ATATTAGWGACGTAAATAAAAAATTCCTCCTGGTGTGTAAAAAATAATAA
CAAACAATGGCATAATAATCTCCAAACTCCCACAGTCAAGAAGTTTAATC
GTTAGTATTATTTCATTTTCATCAGTTCAAAGTTTGCATAAAATGGTGGT
AATTGACATGTAAATACTTGTATTAAGCCCAATTCTCTTTCATGAATTCT
CTTTGTAACCCAAGGATTTGCTGTATCTAAAATATTTTTTGAATAATAAA
AACAATATCATTTTTTATTACTATCCCCCTCCTTGGTTCCCATTAAGCCC
ATCGAAAAGGCCTCAAAATTGTGTGTAAGACTTATAAAACATATTATTGA
ATATAAAGTGACTTATAATAACTAGAAATGTCGATAAAATGTATTCTTTT
TTTGTGGGTACCACATTTTAACATGTATAARCATGGATATGACGTCATTG
TGGTGAGTGCACAAAAAATAATCTTATACAAAAATCAAGAAAAAGACAAA
TTTTAATTTTTTTCCTCATATATATACAGCATAATATATCATTGACATTT
TTTGATCAATCATAAGAATTAAAGTCAAATTTATGGGATAAATTAAGATG
CCTAAAACTGTTCAATACAATTTGAAAGCTTCGATGGATTTTTGATACTT
GATTTGTTCACAATATTGCCTTACAAATAAAATCTATCAATCTCTAATTT
TTTGATAATATAAGTGAAATCTGTTGACCCCTTGAAAGGGTTAAAATAAA
ATAATTTGTTGATATAAATGGGCGATAATTCGTCGAACCCCGGACTCAAT
TTTGTGAAAAATGAATCAAGCTTGATTTTGTGTTGACAGGCCAAAATTAT
AAATGGAAATATTTTATATTATTAGTTTATGCGTATTGTATTAGAAGCAA
ATCTCTGACAAAGATGTTCTTCTTAATTCAAGATTTTACTGTGTGAAACA
CTGAAAGGATATTTTAATTCTTTCTTGCACAAATTGTCTAATAGAAAATG
TTTACGCTTTAGTAATAAGGATATTATAATTGAATAATGATTATGGATCA
AATTTACCTGCTTTATCGGTTTTATTAATTCGTTTTAATGGGAATTTTGG
AAAGGATATGTCATGAAAATGTTTTGTTTGTATGAGACTTTTAACTCTCG
AACGATCGTAGCTTTTTCATACCTTAAATGACCATTGTGTCAAAAAATGA
CATCATCCTTAAAAGCACAATTAAAATTTGAGATTTTTAAATGTGACATG
ATTTATTTTCTAAGATAATTTGTTTAAATTATCTTAATAATAATCATTTA
GCTGTTTTTAAGAAGAATAAAAAAAAAGTTTTAACTTATTTTTTTTTTAC
TTCTAATTTAAAGATTAAAATTTGTGCATAAAAAATAAATAATTATCGTA
AAATAAGAGTGTTTAGCTCCGATTATAACTACAGAATACTTTGTTGTCGA
ATATGACATCTAAGCAGTTTTAGTGTTAACATATAAATAAAATGACTGCC
TCAATTGGGCATGTATATTCGCTGTAAATTGACTTGCAAGAATTCGTTCC
AGCACATGGCATCAATTATCTGTGAGTTGTATCTTGTATTTTTGTATGAT
TATAAACAAAAGATGAAAAAGAAGGAAGGTTTAAAAAATATGGAACCTAA
TTTTATTAAACTATCACCATCATCACTAAGAATTAGATCACCATATTCGA
AGTGAAAACGAAATTGTTTTTGAATGAGGCTTCCGACAACAACATTTTTT
CTATAGTTTCTACTAATATTTTACGGGAAAGGAGTCCAGTAGACTGTCCA
ATCATGCTGAATGAGCGTTTATCCTGGTACTGGGTATTTCTCTCATCTTC
TTCTTTAAATTATTCTTCTTTCTACGATTATTTTCCGTTTTGTTTTTTTT
AAATACCGTTGACGTATACATATCTCATAGAGTATATTTTCTTCCTTAGG
AGCAACTGGGTATCGAACCTATGCCTAGTGATGAAAATCTGGTGTATTTT
TTAGCTAGTCCGGTTTTTATTTTTTTAGTTGGCAAGCGGAAGAATAAATG
TTCTTATCCTAAGCTGTTGTCTTCATTATTTAACGCCTAAGAAGTAAACT
TCCTTTTCTTCTACATTCAATTATCTTCAAACCCCGAGCACTTAAAGAGT
GGGTACCCAAAATTTTCAGTAGCATGGAATCATGATTTTATACTCGTTAT
ATTTAATTACTAGGTGTCATTACGCTAACAAACGACAGTTGAAACCAAAA
TTCCAAGATTTGTTTCTATTCCATTCCCAAATAATGTGTAACAATGTCGG
AGCAAGAACAAAAAAAGTAACTAGTGTACACTGTCCTTCGCGCCAGTGTC
CGTCTCGAGAAGGTTACAAATACCTATGGCATCTCCATTTGGACTGCCTA
CAAAGTCCATTTCAGCCCCATACGGTCAAGAAACACCAAATTATTCAGCT
ACAATATCAATGGCGTCCGCAGGACTATATTTGGGAGAGAGGCTTGATAA
TAAAAACAAATTGAAAAATCTATAACTATTCAGAAAATATTTAAAAAAAT
ACACAGATATTCACAAAAAAAGATTAATTTTATAAAAAAAATTCCCTATT
TTTGTGTCAAATTTTTTCATCCTGAGTAAAAAAGTTTCTAGCAAAAAGGA
AAAATTCCTTAAGTGATGGCGGCTAAAGCCCCTCTAACACACCCTATTTG
GGTGCTCCTGAATATTGGTGGCTTCTAACAAGCCACCATGTAGGCCTCCT
CCAGTCCTAACCTCAACTTCGCAGTTTGGAGTGTCTGGAAAAGAATGTCT
ACCGCATTTAAATTTAGATTYACTCTGAGCTGTCATCATAACAGTGGGGT
AGGTCAAGAGTTTCCAGTCTGTTTGTCGACGTGTGGAGGCTGTTATTATT
TGTGAAGGAGAACATATTGAATATCATATATAGTATTTAAATACATGAAA
AATTGGTATAGACTTGTTTACTTATTCTCGATTTCCTAAAAATCACTTAG
TTATGTTATTGCAAGTTTTGGATCTCTACTTTGTATAGTGGAAAAGTAGC
TTAAAAATGGCAGNTGRCAACAAAAGACAGTTTTAGTTTGTAYGTTAGTT
AGGTAACCCCGGGATAGATATTTTAAAAGAAGTCGGAATCTCAGGTCAAC
AAACATAAAATCCGGGAAAATAAACAATATTTTGATAGTTTTATTTTAGT
TTGGAAAAATGTATAGAAGGGGCTAGTATATGACTCATTTATTATAAAAT
AAGCATAATTGATAATCCTTCGGTAAAGAAAAAAAAACATAAATTAAGAT
TTTTGGAAAGGTAATAACTACAACAACAGAGGAATAGTTATTAATAGTTG
CTGTTTGCTTTGACCAAAAATAAAAAATAGGCTGCACTGAGCAATGTGAA
CTGACTAATAGTCAGACAAAAAAAAACCGTATTCTCATTCAAAGGACAAA
CTTAAAAAAGTATAAATTTGGACAATAATGGATTATGTTGTCTTTGTTTC
ATTTTTTTTTTTTCTTCTTTTTAAATGACGAATGAGATCCTGAACATAAT
ATTTTTACTAAAGAATGAATAAACAGGTATAAGCCTGCTCTTACTTTATT
CCGATGCTTGATTTGTTGAACTCAAATCTTGTTCAGACTCCCCTAGCAGA
GAAATATATGTCACGTAACCATCTATATTTAGAAAAATATTGATCACGTA
GTTTTCGTTTTGCTATTTAGTTTTTTGTATTGTGATTGACTTATAGTTGA
CTTAAAATTGAATCGTATTTATATTCAAAAGATAAACTCAAAAAGTAGTT
TAAAATGTTCAAAAGGAGTATGAATGTAATGTCGTTAAAAGAGGATTAGC
AAGGGGCATGAACGCTGTTTACTTATTAGTTACTTGTTTAGATACTCGAG
GATAGTGGKATCCCTTTGCATTTATTAGTAGTTTGTATCATAGAGAAAGA
AATATATAGAGACGACCAGTTGTTTTTGATGGAATTTTTGGATAGTGAGG
TAGATATATTTTTGATTATACAGCTCAGGTAGAAGATATCAGCTGTTTAA
AAAATAGATTGATTAGCAATATCTATAGAATTATAGACACATTGAATAAT
CCAAGGTGATTATATATTAGCTTTGTCAATAAGAGATTTCTTGCTTTTGT
TTACTGTCTATTTTGATGACGTCACAGAGGAGCCAATTTAGGAGGAAATT
CGATCGAATGAATTGTAATAATACATGACATAGTATTTTATTTTCGCATC
AGATAATTAGATATTAGAGTAAATTTTTACCCTCCGACGATTAGGGTACT
GAAATAATTTAAAAATAATTAATTAAAAGTTGTTTTAATGAAAAATATGT
CAAAACATAAATTTTCAAAAATAGTATGCATGTGATGGTTTTTTTGTACA
GGTTGCCACAGCACAAATACGCTTAGTACCTCTAGAAAAGACATATTTCT
TGGAATAATATGAGTTAACACTTAACACTAGTCAATAACAATGTMCTCGG
CTTCGTTGTGACGTCATCAAAAAAGTTGTCAACTAACGTCAACCAGACTG
CGTTAAAGTTTCTTATCGACACACCTTATAATAAATTATAATTAATGAAG
GATGGAGTAAAAAATAACATCACTTCCTTCATATTATCCTTATGTAGGAT
GCGTGAGTATTTCAAGTGTCTAGAATTCCATGGAATATCCTTGGTTTGAA
GAACAAGTCTAGACTATTCAACTTAAAATATATATTTACTTTTTTTAGAA
CAGATGAGATTATTGAATTAATAAAAAGAATAGCCAAAACAATATACACA
AATGAAGAAAGAAATTAACTCCCTATCGGGATTATTAATTCGTTAATACT
ATGACTGCCTGCTCTTTTCCAACTCTTCTCTTTTCCCTTTATCTTCTCTA
AGTTGTCGTGTCAGTCCCTATTTATTACGTCCGGTCCATTCTGGGGACCG
GTCCTTCGGACTTTTAGAACTAGAACTGATTAAAAAAGAGTAATAAAGTT
GAGGTACGTCATCAAAGACCGAACTTTTATAAGTTTTAGGATTGAAATGG
ACCAAACTGATGCTGAAATGATGGAACTGCAAAAAAAAATTCAAAAACAC
GGAAATATAAATAATTTTTTGGAAAAAAATTTTAAAAATTAAATTAAATT
TCATATATTAAATTTTTGAAAAAAAATCAAATATTAAATTTTTGAATAAA
AAATCAAATATTACATTTTGTAGTAACAGGAAAAATTCCTTACTTATGGG
TGGGGCTACAACCCCACCAGCTCACCTCCAGCAGACACCCCTGTACATCC
ATGTTTGTTTACAGCTGAAATTAAGATGAAGATATTTCCTAAGTTGTCGC
CTCTTTATAATATTTATTTATCTATGGTTTGTCTATTACGACAACTTAAT
AAAATTGCGCCATCTTGCGGAGATGTATGTTGTTTGTTTTTTGTTGGCTC
ATGCCCTCTTAAGTCCTTACACTATTTTATTATTTTATTTTATTTCACTC
AATCAACATTGTCCATATCACATGGCATATCCGCCCACGAAATGTTCTAT
AAATACTAAGGTAATAATCTTCCTCTCCATATTTCTATACCTAATGCCTC
ATCAATCAATCAAAGTATTGTATAAAATACATAACATATAGGTATATATT
TTATAATAACCAAAAGAAAAAATATGTTATAATTGTTGACAGGAAGAGCC
CTTCAAAATGGAAGAGAAGAAGGTTTTTACTTCCTTGGATAATTAATCTC
TTTGAAAGTCATAATCTCACCGGATAAAAGATACAGCTGAATGAATAAAA
AATGTTTGGGTTTATTTTCATTGAATGTATGTCTGCAGGAGCATCCCCAT
GTTTATATATATATATATTATTTTTTTTTTGACTTAGTTTTCGGAATTTC
TTTAAAAAAATCGGCAAAAATTAAAAATTTCTAGAAAAAATTTCAAAAAT
CCAAAGCTATTCAGAAAAAATTAAATTTTTTGGAAAAAAAATCAAAAATC
CATGGCTATAAACAGAAAATTATTTTTTTGGGGAAAAAATTCCAAAATTA
AACTTAAAATATTATTTTTTTTTGGTCAAAAACTTCAAGTAAAAATGTGG
ATGTTCATAAGGGTTATAAACGAATAAAAGTATTAATGTCACTGATGTGC
ATTGAGTAAAGCAGATCTATTCTAGGTTTAATTTTGCACACAGCCACTCG
AAGATCATTTTGTATAATTGTGAAAAGCAGTAGCCAACTCGTGCATAAAA
AATCAAATGGCGAATAACTATAATCTCTTTTTATAAAAATAGGAAACTCT
GAAACTTCAGATCTCATAATGCTTTATAAATAAATATTATGATTCAAATA
CGACCGTATTGACGGATGTGGAACAGTTTACCAGTAATTTATTGACATAT
GAGTAATGTGTGAGCTTTTGGGGATGATTTTTAGTCCTTATTTCCCTTAT
TCACGTATCAAACATGCATTATATATATGATGTACTTGCATCAAATTAAA
TATAGCAAAAATTGTTTGTATGTTTTTCTTCGGAGAGCTCATTTCTGAGT
GTGCAAATAATATTTTAGAACTGCTTGACTACTTTGTTGACGATGAAGTC
AAACAATTCAGACGAGTTAACATCACACTTAATTGTTCTCCTCACTCACA
CAAATATTCAAGACCGACTAAAAATATCACACAACGGTTTTCCCTACACA
TACCACGGTGAAACTGGGTGTGACTCATGTATTCTCCAAATGCATAGATA
TATAAGGGACGTGTTGTTCCATAATAAGAGAGTATTTAATCAACTACCAT
CCTCTTTGCAACTGATGAATCCATATCCAACATCTGGTGGCAGAGGTGGG
ATTCCCGAGCTTCACGGTCCCCAGAGTATCCAACATACTTAATCCAAGAA
ATGGCAATGTAACATGAAGTGTGTTTTGCTAAAGCTCAGGGGCCATAAGA
AAAAAGAAAAGAAAAGGGTAGTACTTTTGAAAGAAAGTGTTGTTTTTTTG
TCTGGTCATCGACGCAAACTAACTCTGGGTAATGCCGAAAAGTCTCTTTC
TAGTGTATGAGGGTGTGTATGTTACTGTAAGCAAAATTTGTGTTCTCACA
TAAGGAAAGGAGTGATTATTCCATGTGTTTAGAACTCCATGGTATGGGGT
ATAAAAAGTATAAGACCTTTTACATCTATTCCTTTAAATCATACAGAGTC
ATTGAAAGAAATGTAAAAATTGATATTTGTACATAGAAATTAATATATCA
AATATATATTATAGGATTCAGTTATTCTTATCACAAGATTTGTACGTATA
ACATTAAATAATATATAATGTTACAACAAAAAATTGTGTAATCAAAATAT
CTTATTGAATATTATACATTATCACAGAGTAATGATCTCTTTAACAGAAA
AGTTATGGATGCCAATTATTGTAAGCTGTCGATTTTTCTACTAGTTTTCC
TACTATCAGTGTTCTGAATGTTAATTGTTTGAATTCAAATTAGGTCTTGT
TAAAGTGTTGTGAGGAATTTCCAATAATTATTAAATGATAATTCCGTAAT
TGGGAACAATTTGGTTCCTTTTTGCTTTATTCTTGATTGAAAGGTTGTGA
TATATAATAAAGGCACCAACGTGTTATACTTTAAAATGACATAGAGGCAC
AAAAATATATATGTATGAGTCAATGCGAGGTAAAAAAAAAATACACTTAA
ATTATGAATAGGGACGGGTTTAGGGCTAATACTTTTACTCAGAACATCTG
AACTATTTAGTAATCTAACATCAACAACTAAAAACATAATACAACACTAT
ATAGATTTAAAAAAGATCATGCGATCGAGTTCTTGCGTTGCGTGTTAAAA
ATTTATTCAAAATTCCGACCTTATTACTAATACTTAAAACCACATGTCAA
GGTAATACTTATATCAGCTTGGTAATTTATTGGTTTTTGAAGCACTGGAA
CTCGGCTTATCGGTATCGGTTCAATAAATTGGGAAATATCTATTCAGAGA
GAAGGGTAACCAAGAAATTTGAAAGAAAGTTCATAAAAATGTTGCCTAAA
TAATCTTAGTCCCAAATATATATACTTTTTTTACGCCTATGTTAAAGAGA
ACCGTAAAACCAAAAAGGGACCGGTAAAATGAAATGACTGTAATCACTGG
GGATCTTCACAATTAATAATTTCAGTATTTGCAATTATTAGATGATTTTT
TTTGCGCTGAAATATTGGTGAAATTTTATTTTAAGTTATCAAATATAATC
CTGCCGACMCGCCTGATAMCCCTGCCACTTTTTTAAATCCATGAGTGCTC
TTGATCCTGTGTTTAACCAATTCTAATACTATTTGCAAATTTAAACTATC
TATTACTTCTTCAAGACAATTACATATTATATGGCAACTCAAAAAGAATT
TAACCAAAAAAAAAAAACACTCGAAAAAGAGCATTAAAACAATTCGTTAT
TTCAAAAGAATTGTTAAACTTATATCATATATATATATATAAAAAGAGGC
TAACAATAAAAAAAATATATATACAATGATAAAAACAATAGTAATATTTA
TATTTTGCAAAAATTTTATATGTGTTAAAAATAAAGTCTAGACATTTTTT
TCTCTCATATATCATTGATGGTCTAACCATTTTTGAATCACGTTATGTTT
GTATGTTAGGTAATAGATAATATACATAATTGCACATTTCGAAATATTTT
TACATGTTGCAAGTAACATAATCTCAACATTCTCTATATTAAATTTGTGT
AAACATGTTTCATGCTTATTAATGGTTCATAAAGAAGGGACACTTTTTTT
TATTTTTACAACGAATTAAATATTGAAAATAGCAGATCATAGATAAATAT
GTGATGAATGTAGAAATTAGAACAAGACAGTTATATATCATAAATGCAAA
TGGCCCAATGAAAAACGATTTTTGTTGTGTAAGAATAAAAAGAAGTTAAG
TAAATTTGGTTGTAGCGGATGCGGATATTTTTCAAGAACTTACTTAAGCA
TGAATTAGGTCCAAGACTTACTAGAAATTACATTATTTAGATAAAAAAAT
TAGATAACATAAATAGCCAATGTTACCTTGAAATGTGGTTTTAAGTATTA
ATAGTAAGGTCGGAATTTTGAATAATTGTTTAACACACAACGTAAGAACT
CGATTGCATGACCTTTTTAAATCTATGTACTTTATTATGTTGTCAGCTGT
TAATTGTTCTGCTTATTTCCCCCCCCCTATCATTATTCTGAACTCTGATT
GGTTGAATTTGAATTAGTTTTTGTTAAGCAGTGAAACACTCTAAATAATT
AATTATTGAATAATTGTACTATAGTTGAGAAAAATTTGCCAACTGCCAAC
AGGTTTTGGAGCTTTTTTTCTGTTTCTTTGTAAAGGAAGGGTTGCACTTG
CAAGATACAATCAAGGTAATGGCGTGTTAAGTGATGAATACTGGTCATTG
TAACTCAAACAAATACAATTGTGGATATATCGTTACAAAGATAATTTATA
TAGATAGTTTAAAATGAACTTTTGAGAAATGATATTCAAAAGTTATTCCA
TCGTAGGATATAATTAAGAGAGAGATGTCATACATAAAAGATGCATGAAT
AGGCTCAGAATTACGGAGGTTATAATATCGGAAAACTTGATATAGTAGTC
ATATATAACCAATTACTTTTTTTAATATTAATAGTATTCTTTAAGTGTGA
AATACTCAGAATGACATATTTACAAATATATTAGTCATTTTTCTAAAAAG
TTAAAATAATTTTCAATATTGAAACCCTACTCAAACTTATAATTAGTATT
GAATCGGTCTCAAAAAAAAAAAAAAATAAGATAATTCTTTTTTAATTTGT
CTCGACTCATATTCTAACAACAAACGAGCGTCCGTCTATAGATTTACTCT
GTCTTTTTGAATGATACATGCAAATGCATTTTTAAGTAGATGTGAGCTAC
TTTTAAGAAAATTGTTTTATTATAATTTTTGTCAAAAAAGTATCGAAAAG
TACCGAAATGCCAATACCAATTTGACTAATAATTACTCAAATATTTTGAA
TATATATTATTAGATTTCAAGTAAAGTAAAATTGCCCTAAAAATATTTCC
TGCTAGTTCGAGTGATTTTCAGAAAATGGTCAGCGATACTATAGTCGAGT
TTTTTTAGAACTCTAGTCAAATACTTATATTTCATTTGATACAATAAGTT
TACGTTGCATCAGTTTGACTAAAGTTTAAGCAAGTCTTACAAACAGTGAC
TTTATCACTCATAGTTCAAATTGAAGTCGATTTGGTGAAACCAGGACTTT
GTATCATTAATGATTATAATATTTTACTGTAGAAAAAAATTCAATTGCTA
TTCCACTTATAATAATATTGTAATCTTTTTCATTTAAAAACTACTGAAAG
ACAAAGACTACTTATGGAATTTTTTGTATAATATATTGGATATCAGTTAA
GCTTTTGAGAAAGCTCATTTAGATTCAACAGTGATTGGCTTCATTGCATC
TAAAAAGCTTTACATCTTGCCAAGATTGTATGTTATCTATCAAATACTAC
CTCAATGCTATAATATCTGACACCTGTTATAGCAATGTATTTAAAAAAAA
TAGTATAATGGTAATTCTTTAATTTGAAAATTAATTGAGCTCATAATTGA
TCCACTCCCAATCTCCATATTGCCTCTCCAATATCCATACAGATATCTTT
AATTCAATATCGATATTCTTTGCTATTATCATAACAGTATATTAACATTT
TTTTGGGAAATTAAATAGCTAATAATTATGTATAATGTTTATAAATTCCA
TTTACAGAAAATCATCTAAATATACATAATTAATTAATTATATTATGTTT
GAAGATACTATGTGCAGTTCATCGTGCACGTAAAACTGCCCTGGAGAAAA
TTGCCCGTGGAAGATTGTCCTGGAAAAAAATTTCCAAGGAGGAAAATTGC
GAGTTAGGAAAATTGCCCGGGAGAAATTTACCCGTATTTTGTTCAAACTT
TATGATGAATAATAACACATTATAAATTCACTTAATATTATTTATGAAAA
ATTCGTCATAAACATATTTGTTTGTTCCATTGCATTTCCATAGCAATTTC
CTTGAAAATTTATTAAATTCAATCCAATCTTCTATTAAATGGATCGAGGG
GATTGGTAAGGAGGAGGGAGGGACTAAATAGCTTAGGGACTCTGAATACC
CTCAGCCCTCGGATAGTTAAAACCCACCACCAAAGCATCACACACATACA
AGCAACCCCTCTAATATCAAAAAATATTCCTAGCCCTCGGGTTGTGCGGG
CTACTTGAGGGTACCCCTGGATCCTTAAAAACCACCTCCAAAGCATCAAA
TACACCCAAGGAACCCCTCTAATACCAAAAAAAAATTCAAGCCCTCGGAG
AATCTTGGTAGTGTTAAAAACCAAGTGTCATGACCGAACCAACAAGGTAC
ATGTCTCATTTTCGCTATTTTTTTTTTTTTTTTTTTANNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNATCAGTAGACATG
CAGCGAGNNNNNNNNNNNNNNNNNNNNNAGATTTAATTTTTTGTTTTATA
TAATGTAATNAAAAAAAATTCAAGCCCTCGGAGAATCTTGGTAGTGTTAA
AAACCAAGTGTCATGACCGAACCAACAAGGTACATGTCTCTATTTTCGCT
WWTTTTTTTTTTTTTTTAATYTTWTAGTTTAGTTTWTGTTAGTTCAATGT
ACAGGGTTCGGAAGCAAGTCTCAGTTCTGACTGATGACTCGTAGCTTAAA
ATTGTTTCTAAATAATAATTTATCAAATTCAGACTGTTCTTCAATCCCTG
GGGATGGCACTTTCTTTTGTGAGTCCAATAACTAATATTATTTTTGAGTC
ACATGTGGAGTTTGGATTTGTGTAGTTAGAAAAGGGATGAACTTTTAGAA
GTTTCTAGTATTGTCAATCACAATAGCCTTTGTTTTAAAATATTCATTAT
AATCTGCAAGAATCGTTAGAATAGTCAGACCGACGATTATGTATTTTTTA
TTCAAATTATCCCTGATTAGTATAAAAATGTTCTTGCTGGTTATTTCAAA
ATTGATCAGAAAAGGCAAAATAAAAGATTTGACACATAAAAATTTATTTT
AATACAAAGAAAAAAATATTTCCCAGATAGTATCTTATTACATTTATAAA
AACCACAATAGCAATAAACTATTTTTACAAACTGTTCAAAATAACCTGAA
TTTGAACATGGGAGTAATTGTTTAGTTTTAGTAAATATAACTTTTTTACC
CTAAAGTAGCGTTATATTATTTAACTTGGCTCGTATTTTTCGGAAATTTT
GTATAATGAAAGCAGCGTTATGGTAAAAACATGATGGATGAGAACGAATA
AATCATTTCTGAGTTATTTCTTAGAATAGAAATTGATTATGTACTCAACT
GCATCCTTTCTCAAGACTCCTTCCAAAGCCAATAAATATCGAATTTCGGG
ATTCTACTATCTCAATATACCTATACATTAGTGTTGTTCAATATATAAAT
ACTATAGTAGTAACGTAGCACTGAATCATTTAAAAATGTACTTTCGACCG
TTTTCACGTGACGTCAGCATTGTTGAGTCTAAACAATAAGGTTTTTATAG
TAATGTAAACCCTTTTTCATTAATATTAAGGAAAATATTGGTGGTCCAAA
TGGAACCAACAAATAAAAGGACCTAAACCATACTGTCTATCAAAACTATA
TCCCTTTATTGCCTATCTTTATTTGTTATCTGACTCTAAATTGTAATAAA
AATATGTTATTACATCGTTGTACATCCTTATTTTCATATTGTAAATAAAA
AGTAACTATTACAATAGAAAGAATTAGATATTTTTCTCTAATTATCCTWC
TTTTTTCGTCTTTAATCCAWCAAACAAACAAAAKTTCTACAAATMAAKCC
GTATCATTGGGATTTTTAATATATATTACTTTGATTATATTCAAATGTCA
CTGGTTATCTTTGGCAGCAAGTGGTATTTAATGCAAGTGTCAAGTCTTTT
TTTATTCATGAAGCCATTTGATAGCGGAGTTTAATACAGATTTATTGGAA
ATTAGTGCATTTTATGTAGTAAAAAGATAAACTTTGATCCCCAAAATTGC
GCCTACTTTAATTATGATGCAGTTTGTAGTTTGCAGAACAGTTTCCTTAA
ACCATAGGTTGTATTTATAGAACAAAAAAATAAACAATACAACTAAGCTA
CCATCTTAATAATTTGAAGATTAAAGGTGCTTTATTAACAATATGAGAAG
TTTTTTTTGTTGTTTTTTTTTAAATATATAATAATGGTGTCTAGAGGAGT
AATGTTAATATATTATCATCTATCTTCAAACTATAGTATTTAAATTATTT
AGTTATTAATGTGATTTCATTATTTATAAATTTCATAATGTTAATACAAC
CAATGGTTTAACTAAACCATCCTATCTTTGGGATAATAAATAAATTTTAA
TAGTAACCATTTATGGCAATAAATATTACACTTGAATATGAACAGATTAA
ACCTCCCATATCTTTCAAACCCATAGACCTAACACTATAATCCTATTTTC
TCAAGTGAGATATTGATTTTATCTTGTTTTGATAAAAGTTTTATCAAAAT
CAGGAAATATTATGCTGAGATTTTTCATTTCAAATAAATATAATCAATGT
CAACCATACTTTTATATAACCCAATTTTTAAAAAATGTTTTAAATATTTT
GTTGTATAACTCAATAACTATCAGATGACAGGTTTACGAACCACAATCTA
AACTACAAGGGTCTTGAATACGATTTTTGATCAAACTCATCATTAAGAAG
AGCTCAAAAACCAGAGCCTGATTGAGTTACGGATCTGAAATTTCATTTTT
GAGTTTTCCAATAATAGGTTATTTGACATAACGAATTTTATTCAAATCGG
ACGAAATAAATAAAAAGTGTAAATTGTCCATGGTAAATGAATTACCCATA
TAAATCTATAAGTATTCACTACTCTCCAAAGGAATTTGCTTCATATTTGA
TGATCGATCTAATCCTAAAAAATTCAAGAGAGTTATTCAATGGAACTTAA
TATTCTTGTTGACAGTTGAACATGATCTAAGCTTCTTTTAAACATAAATA
ACTAAAATATAAAGGAAAATAAACGCGTTATAATATTACCTTCTTAAAGG
TGGAATATATCAATGTCTTATTTCCTTCTATATCTCAACCATTTTTTATA
AATGATAAATTATATCATAATCTAAAATGAAGGATATGATATTGGGGTCC
CATGGCAACAACACACAAGCTCTTGAAATATTAGAGTACGTTTCTTCTAC
TACATCTGAACAATTTATTCCATAGATGACATCTTTATTTTATTTTTTCC
ACTTAATAATAAATCTATCTTCTAATGTTCCATTTTTATATAGTTGTAAA
TTAAGTGATGATAAGACCAAAATAGGTACTTTCACAGAGGTGGGGCTTGG
ACTCAAAACTCAGCTGGAGTTCATATTAGCATTGTCGCAATACCGATATT
TTTTTAAGAATTCCGATACCAAAGTTAGTATAGATATTTTGAAACTTATT
ATGTAGGTATATAATACACAAATGTCTTTAATGGAAATTTATATACACAT
ACAGGAGTATTTATATGTTTTTGTTTGGAATAGACGGAGAGGACTATCTC
AGAAATTTGATGGGGTTAATAAAATAAAAACTTCAATCTTGCATTTTTTA
TAAAGTACAATTTTCTAGGTCGAAAGTCAATAATGTCCTTTAATGTATTA
TTTTTCTGAAGGCTTAAACTGGACTCGATGAAAATATTCAAGGACTTTAA
CTTGAATGAGACTTGAGATTCGACTTGATCTTGCAGGCTAAAAACTTTTT
CTCCACCTCTGCAGATTCAGTTCAATATGTTTGTATATTTGTAGATTTTT
TCTAGTTAATTGGGTTTGAATTATTATACTTTTATACCTATCAACACATA
CCTCCCTATAAAAGGAACTCAAACAAAATGTTTTAAATATTGGAAAAAAA
CTACATTAATCTTTTTAAATTCTTTTACATGATTCCTTGACTTCATATAA
TGTATTTATAAAAAAAACTTTCCAATATTCGAAAACTATTACAACTACAA
GAGTTTCTTCAAAAGTGGAAAGACGTTTTAAAGTCTTTCTTGGCGTGCAT
TTGTTTAGGCCTGTTTATTTTCTATTCATTGAATCCATATTTTTTTTGGT
GAGTTTCATTCCAGCGACTTTTTCATATATAATGTATATTTTATAACCAA
AGATTTCATAAACAATATTTTCTTATCTTTTATACGTCATTACCTTCAAT
TTATCTCTCAACCTATCCCCAAAAATAAACAGAGAAAACAGGCCCAAAAT
CGGTTAGTAGATTACCAATTCTCCCAAAAACTAATTGTTGATGATTTTTC
ACAGCTATCAGATATCATTCGATTTATTTAATCAATACACCCCAAATACT
TTCTGTTCAAAGGTTGAGACGTTTTCAAGGGGCTTTAATATAGTTTTAAG
CTGTTTTTGATCAAATTAACCATATTATTTGTATAACTATTATATTTCAA
ATCATGTCAGTAATACTTCAAATTCTAAAATATATTGATATTATGCGCCC
TGGCTATCCCTTGAGGAGTAGTAACTGCACTTGGAAAGTAGAGACGGGGA
ATTATCAGTTTATAAAAAATATTTACATAAGTGTGAATTCTTGTGAAATG
CAAATATGCATTAAAAAATGGATTTGTCATAAAAATTAAAGTATCTCATC
CTTCCCAACGAAAAAAGAATGTATCATATTTATAGTAATTTTGTGGATCA
TATTATACGTATTGATAGTATAATATAATAGTACTGAATATAGAAGACGA
TTTCAAGAAATTGAAAAATAATGATGAAATATTTTCGTCNTACTTCTAGG
ATTTGAGCTTTTAACTTCCTTTCTTTCAACGTCCAAGGATATATATTTAC
GTTAGTGATACATCCTTTCTCTTCCGAACATTGAGAAAAATAATGATAGT
AATTATCAGAGGGACTCCCCCAGCCCCCACCGTGTCCTCCCTTAGCTGTT
CTATCTTAGTTAGGTACTTCTCCATTCAGTAGTACTGTATTTAGTTGTTC
TACTTCTCTTACTTACTCACCCTCTCTTATCATAAGTCATATACATATTA
TTATGAAAATCGAGGATATTGAAACGTGTGTGTGTGTGTGTACTGAGTGC
TGGCTTNCCAGACACTCTAGAGTGGATGTGATCTTCCGTTCATTCAATGT
TTGCAAGATAGCGCATGCGTCAAGAAGAATCAGAGAGCTGATAGAGAAAA
TATTAAATAAGTAAGAGAGGAATTTACAAGGAGAAAGTTCTTTAAAAATT
TGGGAAGAGAAAAAGGGACTTGTTTACAACTTATTTTCTAAAGAGGAGAA
AAACACTCTTACATACACAACGACCTTTTATTCCTTACAACCAAGGTCAT
TAAGTGGCACAACATGTCTTCGACATCATCYCCGACGGGATCTCATCCCA
MCTACCATAACACATGGCAAAAACCTGCACCATTGAAACGGATGCAATCC
ATGACTCTGCAGTCCTATCAACCTAAAATTATTTCTGAGACGAGGCGGAA
GATTGAGGATTTGTGTCGTGATTTAATCGTCAATAATGATCACATTCATG
TGNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNGTTGAGAGAAGGATGCGAAAGGCTAT
TAATGAAGGTACTCATCATAAGTCCATTCCTATTTTGTAATATTTCACAC
TCAGTTTGTTAGAGGCTTTTTAAACCACGTGATTTTATAAGAAATTTTGA
AAGTAATTCGCTTTTCCTAGAGTATTAAAAAGAAAAAAACTACTATTGCA
TCAGCGGGTGCTCATGCGCGCTGGRAGCTACATACAATGATGAAATAAAA
GTTTATATTTTACCACCTACCTGCTATAAATAATATAAATTCCTACATGC
TCAATGAGTGACCTTTTTGGCATGCAGAGAAATGTATAAATTTCAKTCWA
AAGMTAWAGAAAAATACATACTCTTTCTGCAATCAATGCAAATCTTTTAA
AATGCAAATTATCATCCTTTAATTAATTTTATACAGGCCTTTCTAAAAAG
TATCATGAGACGTCATCTGTCAAATGTTTTCCTACTTATGTTCGACTTCT
TCCAACTGGGAAAGAAACAGGGCGTTTCTTGGCATTGGATCTTGGAGGAA
CGAATTTTCGTGTTCTCGTTGTTGATATTGGAGAAAATCAGCAATTTGAA
ATGGATTCACAGGTCTTTCCTATCCCTAATAGCATTATGATTGGAACCGG
AGAAGGGCTATTTGATCACATTGCTGACTGCTGTAAGAAATTTGTGTATG
ATCGCAAATTAGAAGACCAGGTTTTGCCAATGGGCTTTACTTTTAGTTTT
GCCACACAACAAGAAGGATTAGCTAAGGTGCGTTGTGTTCCCTTCTGCAA
AAAGTGTCATTAATAGTACCTAAATACATATACAAAACACTTATGTGTAA
AACAGTTCAAAATAATCAAAGGAAATGATTATGTATCTTTATAAAAGTAG
ATATAAATATTTCCGCTTAGTTCTTCTTAAAAATTATTCTTTTTTTTTTT
CAAGTAACAATTATATTCTGATAAAAGTTTGCTTATTTTCTCAAACAAGG
GTCGTCTCTTCAAATGGTCTAAAGGCTTCAAATGCTCTGATGTCGAAGAT
GAAGATGTTGTGCAGCTCCTTAAAACAGCTCTTGATAAGAAAAAACTCAA
AATTGATGTATGTGCCATTTTAAATGATACCACGGGATGTCTCATGTCTT
GTGCATGGAAAGAGTCTAATTGTAGAATTGGCCTTATTATCGGTACTGGA
ACAAATGCTTGTTATCTTGAAGATCTCGAAAATGTTGAAACATTCGATGG
CGACCGTGATGAAGGTCCCAAGCATATGATTGTTAATACTGAGTGGGGTA
ATTTTGGTAGCTGTAGCGAATTGGATTTTATTCGTACTAAATGGGATGAA
GCTGTAGATGCGGGCTCTATTAATCCTGGCCAACAAATATTTGAAAAAAT
GATTTCTGGAATGTATATGGGAGAACTCACTCGTCAGGTACTTGTGGACA
TGATTTGGGAAGGGCTCATGTTTAAGGAGCAAGCAAACACTGATTTGCTC
TTTGAATGGGGTCGTTTCTATACCAGGTATTTATCAGAAATTGAGTCTGA
TCCAGTGGGTAGCTATCAACGAGCCAAAGAAGTTTGCATTGAATTGGGTC
TAGAAAATGTTTGTGAAGAGGACTTATCTGCACTACGATACATTTGTGAA
TGCGTATCTCGAAGAGCTGGATTTATGGCTTYTGCTGGAATCACTGCCTT
GCTCAAAAAAATGGATTATCGTGRCGTTGTTGTTGCTATCGATGGCTCTG
TCTTCCGATATCATCCTCATTTCTCAAATATTATGAAATCCCGCATTTCT
CAGCTAATGGGAGTTGATTATAAATTTGATCTTATGATGTCTACCGATGG
ATCTGGTAGAGGAGCAGCTCTTGTTGCTGCTGTTCTCACAAATGAATAGT
TTATATGATGTAGAGKCCTTGTCTTTTATATACATATGTACATGATCTTT
AGGACTTTTCATATTGTTTCACACTTAAAGTCATTATTGAAATTAACTTT
CGACTAGGTTTGTCAGAATAACGTAGCAGATACCATGAGGATACTTTACT
TGATAACTTCAGTTATTTTTAGCAGAAGAAACTACTTACAAATCTTGACA
AATATGTTTACTTTTAGGCTTTTTAAGCCTTTAGGTTAGTTTGAAAGTAT
CAACTATTTAAACGGATTTAAAAAAATCACATAATTATGAATCAGTAGCT
TTTGTTTTTATCAAAATTTAGTTATTATATTAACATACATTTGTATATCT
ATAAATTATATTAAGCCCATTGATCACTTTTAATTAGATTTATTTATTTA
TTGTATATAGTTTTGCTTTATAAATTGTTAATCTGTCTTAAAGACTTTTA
ATAAATATAAAATGTACGTAAGAACTTGCCTTTGTGTTGTTTGTTCATGA
TATGAGGCATATGTTTCAATTTATATGAAAAACAAAATTTGCTCTAAGTC
CAAGTGATACCTAACAAATGTCCTGCGTATTTTTCGATCTTTTTTTCTAT
ATATGATCTCTACAAATCAAAATTCCTTATTCTTGATTGATTCCTTTTAT
GTGTTTAAACCTTCAGATTAGTTTGATTATCTTTGATCTCTAATAATCAA
AATTCCTGATTATTAGACAATATATCAATAATATCAAGTTGTAAACTTTA
TTGCATCACAAATGAAAATGTCTTTGGCTTAAAAAAAAGAGCAAATTTCA
AAATTAAATTGTGAGCGTATATTAACTTTAACATATGTGTAAATTGCAAC
TTAAAGCTTTCTAACAATAAGTAAGAGGAAAAGAGCCAGCAACATCATCT
TTCCTGGAAAATGAAGGAAAGACGGGATATTTCTTGAAGGAATAAAGGTA
TTATCTTATACATAAGCAACTTAAAAGAATAAGGTCATTGCATTTACAGC
ATGAGTGATTTTTTTGGCAAGAATACCCTTGTTTACTTACTCATTTTTAT
CATCAATGTTGTATTGTATTGGTAAAGTAATATACATATGCACACTTTAA
CAAAAAATAATAATTATAATTCAACAAATAGAATGTATAGGAATGAATGG
CTTGCTTTTCTGTTAAATGAAATCAAAATATGGTATTTAATTAGTTATAT
AGACCTATGTAGTATGGATTCTCATTTTAGACAGTTTTTGTTATCTTGGA
AATGTTGGAGTGTTTTCTCGTAACCCCGGAAAATCATTACTTTCTTAACA
AATGTGTGTTTCTATTTCAAGAAATGGAATGATACATGATGTTAATGGCA
TGTGACATAGGTAGTCATTTTTACGTAGATCAATAATATATTAGTTCTAC
TATCAAGTATTGCAAAATATATATATAGAAAATATTAGATATTTTACAAC
TCAAAATAAGCCCTTATAAAGCTTAAACAATCAACACTTTTATTGTTTGA
ACGAGTTTTCAGTCTTAAGACAAATATACCAACAGCCGAAAAAGCTCTTT
CTGTTTCCATTGATGTACCTGGAATTGATTACAATAAGCTTCTAATCCTA
CATATATTTGCTATTCCTATTCAGATAATGTTAAATATTAGTCTTTATAT
TATCATTACATGGGAATAATTCATAATTATTAATAAGGGATTTCCCGGGG
GAAAATAATTTTTCTTACAGATTTTCCCAATAATAAAAACAAACGGATCC
CAGGGGACAATCCCTATATCCACAAAGAGAGATCATGTCTTGTAAAAAAA
AAATTAGCTATTTTAGTACTAATGCAACTAAATAAATTGTAACAATTTGT
TTTTATGAATGACAAATCACATAATCAAAAATGACTCTTTTTGTGTCACA
AACACAAATAATTATTTGCTGATTTCTTAATATTCTAAGGAATTGTCCGT
TGAGTACAATTTGCATGCAAATAAAAGGAATTCTTTTAACCTCGACGTTC
TTATTTCCTACGTTTTTAATAAATGAGAGTTGATGATTTCATTTTGCATT
TATGGACATACAATGCTAGACATGATATAGTCATTTGAAGACATGCTTAA
TAATATAAAGTTGTTTATTTGTGCAAAATACTGCATCATCGTAGATACGA
TCTCTATCTAAGATACCTTTGTTTTGACCTGCAAATAGAGTACATCAATG
CATTGTAACAAGTTATATTTGTGTCCCAAATTTTAAGTTTATCCTTCACT
GGAAGTAAATTTGTATGTCAGTTCTCATTGATTTCTGTAGCAAGATTTTT
TTTTTGTTTTTTTGTTTCCATGTGAACATCGTAAATGAGGCGAATAAGAC
TTTTTTTTCTCAGTCACTCATTGATACATTATTGTCTATAATGTCAGTTC
TTTAAAAAAAAATTCGTTCGGGTTTCATCAAACGACTTCGCTGACATTTA
AATAAATTTCACATAAGTCATAAATAATATAAGTTATCACAATCCCATGC
AATGTATGCGGTATGACGCATCCGGTTTCCCCCTTCCCAGTCAATGGAAT
TGAGTGACAATTGCCAAAAAATTATCCAAATATTTTTGAGATTAACTTCT
ATTAATAGAAAATATGTACTACATAGATAGTTATTTTTTACTAATGGAGT
CATATTATTTACAGATCGCGTATGGATTCTGGATATGTTCGGAGTCTCTT
CCATTGTMCCTGACGTCGACATTAAACAACAAGACGATGCCCGTTGCTCC
TTGTCGCTCTGTTTGTAGAGATGTGGAGAAACGATGTCCTTTTCTCATAC
GAGGTACTGAGGATGACAAGGCTGCGGGAAATCCTACATTCCTATGTAGA
GGTAACTTTTCCTGTAACATTTAACTAATTATTAAATATACTATGCACAT
TTATTTTACAGATGAAAACGTACCTTCGGTCATACTAGAAGAGTCATCAC
CCCCCACACAATGTTGTTACGAACAAATAAAGGATCCACCTCCCGGTAGT
TGGCGATCAATAAAGAAATCCTCCTTCCTGGATCCAACATCATCATGTTT
ATCTTTGTTGGAGGTGAGGAGAGAAGGAGAAGTTAGAAAAGAAGAAGAGA
CAATAGACAAAGATCCAGGCGGGACCTGGGGCTTCTTTCAACATCATCAT
CGAGAACAAATGCAATTAGATTCGTCGTCGTCAACCACTGCCGAAGAGCT
TACTGCCTGTGATAGCTTCTACTTCGTCCCCCCTAATCTGAACGTTTCTT
CATCTGTCGAAAAGATGGACTGGGAACGTTGGATGGCTGCCTGGGAGGAG
GAAAAGGAGAGTGAAGTACTACAAAATTATCCACTCACGGTTCTTCATTA
TCAGTTCAATTTAGAAGAATTTTTTCTTACCCTGTTCAATTCATCATCGG
GATCATCCATTCATTTACGACTTCCACCCAACGTCTGGGTCCTCTTACTA
CAACTCTACTATTTATTAATTAGGACATTATGGAATTATTTAACCTCTTA
GCCGATGCTTTAATTATAATCAATTCACCTTAACTATAAAAAAAGAAAAA
ATCAGTTCCTCTCTCTAATTTTAAATAAAAACACAGAGACACTTTGAACA
TTTCGA
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