EMLSAG00000004154, EMLSAG00000004154-686920 (gene) Lepeophtheirus salmonis

Overview
NameEMLSAG00000004154
Unique NameEMLSAG00000004154-686920
Typegene
OrganismLepeophtheirus salmonis (salmon louse)
Associated RNAi Experiments

Nothing found

Homology
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BLAST of EMLSAG00000004154 vs. GO
Match: - (symbol:CG9008 species:7227 "Drosophila melanogaster" [GO:0016853 "isomerase activity" evidence=IEA] [GO:0005975 "carbohydrate metabolic process" evidence=IEA] [GO:0030246 "carbohydrate binding" evidence=IEA] [GO:0007030 "Golgi organization" evidence=IMP] [GO:0034389 "lipid particle organization" evidence=IMP] InterPro:IPR008183 InterPro:IPR011013 InterPro:IPR014718 Pfam:PF01263 EMBL:AE014134 GO:GO:0005975 GO:GO:0016853 GO:GO:0030246 SUPFAM:SSF74650 GO:GO:0007030 Gene3D:2.70.98.10 GO:GO:0034389 KO:K01792 InterPro:IPR025532 PIRSF:PIRSF016020 GeneTree:ENSGT00390000015166 OMA:NFPDTVI UniGene:Dm.4047 GeneID:34779 KEGG:dme:Dmel_CG9008 FlyBase:FBgn0028540 GenomeRNAi:34779 NextBio:790176 EMBL:AY060305 RefSeq:NP_609670.1 SMR:Q9V3D1 EnsemblMetazoa:FBtr0080576 UCSC:CG9008-RA InParanoid:Q9V3D1 PRO:PR:Q9V3D1 Uniprot:Q9V3D1)

HSP 1 Score: 412.535 bits (1059), Expect = 2.465e-139
Identity = 186/273 (68.13%), Postives = 228/273 (83.52%), Query Frame = 0 
Query:  273 VVVLDRGNNTTCTLNLHGCTIVSWRVNNQEQLFVSKKSVFDGKKPIRGGIPLVFPVFGHSHYGPQHGFARICRWTLEKGPERNLSGDVEAMFSLCENEFTTSIWPSPFRLAYRILLREKELHLHVSIYNPSKDIPFGFNVLFHTYFKCPDVRRCQITGLVGCTFIDRTREPPNSYRECRDGVTIGEWTDRVYTNTPPEHVITSVVSGRKMRIQKYNLPDTFVWNPWVPQAKEIQDFGDDEYPNMVCVDSGYISSPITLMPGTAFEASQILQVM 545
            VVVLDRGNNTTCT+NLHG T+VSWRVNNQEQLFVSK + FDGKK IRGGIP VFP FG   +GPQHGFARI RW LE+ P+R  +GDVEA+FSL +N+FT SIW   FR+ YR++LREKELH H+ +YNPSK++ F FN+L HTY K PDVRRCQITGL GC FID+TRE    Y+E R+ VT+ EWTDR+Y +TP EHVIT+VVSGRKMR+ KYN PDT +WNPW+ +++E+ DFGDDE+PNM+CV++G ++SP+ L+PGTAFEASQILQ++
Sbjct:   13 VVVLDRGNNTTCTINLHGATVVSWRVNNQEQLFVSKLASFDGKKAIRGGIPFVFPQFGAWSFGPQHGFARITRWHLERPPDRLHNGDVEAIFSLMDNDFTRSIWNYQFRITYRLILREKELHFHIGVYNPSKELSFTFNMLLHTYLKVPDVRRCQITGLQGCHFIDKTRENA-LYQEGREVVTVNEWTDRIYQHTPQEHVITNVVSGRKMRLHKYNFPDTVIWNPWIDRSREMSDFGDDEFPNMLCVEAGNVTSPVILLPGTAFEASQILQII 284
[Close]
BLAST of EMLSAG00000004154 vs. GO
Match: - (symbol:CG6188 species:7227 "Drosophila melanogaster" [GO:0017174 "glycine N-methyltransferase activity" evidence=ISS] InterPro:IPR014369 PIRSF:PIRSF000385 PROSITE:PS51600 EMBL:AE014297 InterPro:IPR025714 Pfam:PF13847 eggNOG:NOG78825 KO:K00552 OMA:LIIDHRN OrthoDB:EOG76QFHR GO:GO:0017174 PANTHER:PTHR16458 GeneTree:ENSGT00390000006845 EMBL:BT003464 RefSeq:NP_650223.1 UniGene:Dm.18606 SMR:Q9VG42 STRING:7227.FBpp0082120 EnsemblMetazoa:FBtr0082651 GeneID:41561 KEGG:dme:Dmel_CG6188 UCSC:CG6188-RA FlyBase:FBgn0038074 InParanoid:Q9VG42 GenomeRNAi:41561 NextBio:824401 PRO:PR:Q9VG42 Uniprot:Q9VG42)

HSP 1 Score: 257.299 bits (656), Expect = 3.340e-79
Identity = 125/265 (47.17%), Postives = 174/265 (65.66%), Query Frame = 0 
Query:    1 MEFNTDEYITTRTQGIASSGLVDQYSDGKAANVWEIYIGQTGKRTSLYKNFLVNLLREKNCKNVLDVACGTGIDSVMLLENNFAVVSSDASDHMLKRAGDVRWRRRHENYFKDWDIQNMDWLNLKERLVRPAGIEQFDALICMGNSFAHLEN---DKDQQREAMKNFYHMIKPGGILIVDHRNFDRIIEIGKAPMNNIYYNCEYNIDIKTIIVYYEAEPAMVLLDYNIDIPDKSIDGTFRLRYHPHKLRDFTKLLTDTFVVYFKY 262
            M  + D     R+ GI++ G+ DQY+DGKAA VWEI+IG    RT  YKNFL+++LR K CK VLDVACGTG+DS+ML+E  F VVS DASD MLK A   RW RR+E  F  W I+  +WL L +  ++    + FDA+IC+GNSFAHL +   D+ + ++A+ NF   +KPGG+L++DHRN+D I+E G  P  +IYYN  +  DIKT +++Y  +PA+V +DY   I    +   FRL Y+PH L+ F ++L + F    K+
Sbjct:    1 MTTSADSVFVARSDGISAEGVRDQYADGKAAKVWEIFIGDKNSRTDNYKNFLIDMLRNKGCKRVLDVACGTGVDSLMLVEEGFEVVSVDASDKMLKYALKERWARRNEAAFDKWVIEEANWLTLYDD-IQEHIQDGFDAVICLGNSFAHLMDGFGDQREHKQAIGNFEKCLKPGGVLLIDHRNYDNILETGATPAKSIYYNTSHTADIKTSVLFYCGKPALVSMDYL--IAGNKLTSEFRLSYYPHGLKRFQEILAEIFSAKAKH 262
[Close]
BLAST of EMLSAG00000004154 vs. GO
Match: - (symbol:GNMT "Glycine N-methyltransferase" species:9986 "Oryctolagus cuniculus" [GO:0016594 "glycine binding" evidence=ISS] [GO:0017174 "glycine N-methyltransferase activity" evidence=ISS] [GO:0046500 "S-adenosylmethionine metabolic process" evidence=ISS] InterPro:IPR014369 PIRSF:PIRSF000385 PROSITE:PS51600 GO:GO:0005737 GO:GO:0016594 GO:GO:0046500 GO:GO:0005542 eggNOG:NOG78825 HOGENOM:HOG000276537 HOVERGEN:HBG051748 GO:GO:0017174 PANTHER:PTHR16458 EMBL:D13307 UniGene:Ocu.2139 ProteinModelPortal:Q29513 SMR:Q29513 STRING:9986.ENSOCUP00000003341 SABIO-RK:Q29513 Uniprot:Q29513)

HSP 1 Score: 252.677 bits (644), Expect = 1.957e-77
Identity = 123/259 (47.49%), Postives = 167/259 (64.48%), Query Frame = 0 
Query:    6 DEYITTRTQGIASSGLVDQYSDGKAANVWEIYIGQTGKRTSLYKNFLVNLLREKNCKNVLDVACGTGIDSVMLLENNFAVVSSDASDHMLKRAGDVRWRRRHENYFKDWDIQNMDWLNLKERLVRPAGIEQFDALICMGNSFAHL---ENDKDQQREAMKNFYHMIKPGGILIVDHRNFDRIIEIGKAPMNNIYYNCEYNIDIKTIIVYYEAEPAMVLLDYNIDIPDKSIDG-----TFRLRYHPHKLRDFTKLLTDTF 256
            D    TR+ G+A+ GL DQY+DG+AA VW++YIG T  RTS YK +L+ LLR+  C+ VLDVACGTG+DS+ML+E  F+V S DASD MLK A   RW RRHE  F  W I+  +W+ L + + +PAG   FDA+IC+GNSFAHL   + D+ + R+A+KN   M++ GG+L++DHRN+D I+    AP  NIYY  +   D+ T ++    +  MV LDY + +P    DG      FRL Y+PH L  FT+ L   F
Sbjct:    1 DSVYRTRSLGVAAEGLPDQYADGEAARVWQLYIGDTRSRTSEYKTWLLGLLRQHGCRRVLDVACGTGVDSIMLVEEGFSVTSVDASDKMLKYALKERWNRRHEPAFDKWVIEEANWMTLDKDVPQPAG-GGFDAVICLGNSFAHLPDCKGDQSEHRQALKNIASMVRTGGLLVIDHRNYDHILSTLCAPGKNIYYKSDLTKDVTTSVLTVNNKAHMVTLDYTVQVPAAGQDGPPSLSKFRLSYYPHCLAPFTEFLRAAF 258
[Close]
BLAST of EMLSAG00000004154 vs. GO
Match: - (symbol:gnmt "glycine N-methyltransferase" species:7955 "Danio rerio" [GO:0017174 "glycine N-methyltransferase activity" evidence=IEA] [GO:0008168 "methyltransferase activity" evidence=IEA] [GO:0016740 "transferase activity" evidence=IEA] [GO:0032259 "methylation" evidence=IEA] InterPro:IPR014369 PIRSF:PIRSF000385 PROSITE:PS51600 ZFIN:ZDB-GENE-040227-1 eggNOG:COG0500 InterPro:IPR025714 Pfam:PF13847 CTD:27232 HOGENOM:HOG000276537 HOVERGEN:HBG051748 KO:K00552 GO:GO:0017174 PANTHER:PTHR16458 EMBL:BC062527 RefSeq:NP_997981.1 UniGene:Dr.76276 ProteinModelPortal:Q6P607 SMR:Q6P607 STRING:7955.ENSDARP00000007584 GeneID:403338 KEGG:dre:403338 InParanoid:Q6P607 NextBio:20816921 Uniprot:Q6P607)

HSP 1 Score: 248.44 bits (633), Expect = 7.391e-76
Identity = 123/262 (46.95%), Postives = 171/262 (65.27%), Query Frame = 0 
Query:    5 TDEYITTRTQGIASSGLVDQYSDGKAANVWEIYIGQTGKRTSLYKNFLVNLLREKNCKNVLDVACGTGIDSVMLLENNFAVVSSDASDHMLKRAGDVRWRRRHENYFKDWDIQNMDWLNLKERLVRPAGIEQFDALICMGNSFAHL---ENDKDQQREAMKNFYHMIKPGGILIVDHRNFDRIIEIGKAPMN-NIYYNCEYNIDIKTIIVYYEAEPAMVLLDYNIDIPDKSIDGT------FRLRYHPHKLRDFTKLLTDTF 256
             D    TR+ G+ + GL DQY+DGKAA VW++YIG T  RT  YK++++ LLR+   + VLDVACGTG+DS+ML+E  F+VVS DASD MLK A   RW RR E  F +W I+  +WL L E + +P   + FDA+IC+GNSFAHL   + D+  Q+ A++N   M+KPGGILI+DHRN+D IIE G+ P   NIYY  +   DI T +++  ++P M+ LDY + +P      T      FRL Y+PH++ +F ++L   F
Sbjct:    2 VDSVYRTRSLGVGAVGLPDQYADGKAAKVWQLYIGDTRSRTEEYKSWVLALLRKHGVQRVLDVACGTGVDSIMLVEEGFSVVSVDASDKMLKYALKERWERRKETAFDNWVIEEANWLTLPEDVKKPG--DGFDAVICLGNSFAHLPDFKGDQSDQKLALQNIGSMVKPGGILIIDHRNYDYIIETGQVPQGKNIYYKSDLKQDISTSVLWVNSKPHMITLDYTLVLPQPEGAQTPPDTSKFRLSYYPHRVENFKEILKAAF 261
[Close]
BLAST of EMLSAG00000004154 vs. GO
Match: - (symbol:Gnmt "Glycine N-methyltransferase" species:10116 "Rattus norvegicus" [GO:0016594 "glycine binding" evidence=IDA] [GO:0017174 "glycine N-methyltransferase activity" evidence=IDA] [GO:0046500 "S-adenosylmethionine metabolic process" evidence=IDA] [GO:0051289 "protein homotetramerization" evidence=IPI] InterPro:IPR014369 PIRSF:PIRSF000385 PROSITE:PS51600 RGD:2719 GO:GO:0005829 GO:GO:0005634 GO:GO:0051289 GO:GO:0006544 GO:GO:0046655 GO:GO:0016594 GO:GO:0046500 GO:GO:0046498 GO:GO:0005542 CTD:27232 eggNOG:NOG78825 HOGENOM:HOG000276537 HOVERGEN:HBG051748 KO:K00552 OMA:LIIDHRN OrthoDB:EOG76QFHR TreeFam:TF324814 GO:GO:0017174 PANTHER:PTHR16458 GeneTree:ENSGT00390000006845 EMBL:X06150 EMBL:X07833 PIR:S00112 RefSeq:NP_058780.1 UniGene:Rn.11142 PDB:1BHJ PDB:1D2C PDB:1D2G PDB:1D2H PDB:1KIA PDB:1NBH PDB:1NBI PDB:1XVA PDB:2IDJ PDB:2IDK PDB:3THR PDB:3THS PDBsum:1BHJ PDBsum:1D2C PDBsum:1D2G PDBsum:1D2H PDBsum:1KIA PDBsum:1NBH PDBsum:1NBI PDBsum:1XVA PDBsum:2IDJ PDBsum:2IDK PDBsum:3THR PDBsum:3THS DisProt:DP00031 ProteinModelPortal:P13255 SMR:P13255 MINT:MINT-4567246 STRING:10116.ENSRNOP00000022307 PhosphoSite:P13255 PaxDb:P13255 PRIDE:P13255 Ensembl:ENSRNOT00000022307 GeneID:25134 KEGG:rno:25134 UCSC:RGD:2719 InParanoid:P13255 SABIO-RK:P13255 EvolutionaryTrace:P13255 NextBio:605549 PRO:PR:P13255 Genevestigator:P13255 GO:GO:1901052 Uniprot:P13255)

HSP 1 Score: 246.128 bits (627), Expect = 6.977e-75
Identity = 124/260 (47.69%), Postives = 168/260 (64.62%), Query Frame = 0 
Query:    6 DEYITTRTQGIASSGLVDQYSDGKAANVWEIYIGQTGKRTSLYKNFLVNLLREKNCKNVLDVACGTGIDSVMLLENNFAVVSSDASDHMLKRAGDVRWRRRHENYFKDWDIQNMDWLNLKERLVRPAGIEQFDALICMGNSFAHL---ENDKDQQREAMKNFYHMIKPGGILIVDHRNFDRIIEIGKA-PMNNIYYNCEYNIDIKTIIVYYEAEPAMVLLDYNIDIPDKSIDGT-----FRLRYHPHKLRDFTKLLTDTF 256
            D    TR+ G+A+ G+ DQY+DG+AA VW++YIG T  RT+ YK +L+ LLR+  C  VLDVACGTG+DS+ML+E  F+V S DASD MLK A   RW RR E  F  W I+  +WL L + +  PAG + FDA+IC+GNSFAHL   + D+ + R A+KN   M++PGG+L++DHRN+D I+  G A P  NIYY  +   DI T ++    +  MV LDY + +P    DG      FRL Y+PH L  FT+L+ + F
Sbjct:    3 DSVYRTRSLGVAAEGIPDQYADGEAARVWQLYIGDTRSRTAEYKAWLLGLLRQHGCHRVLDVACGTGVDSIMLVEEGFSVTSVDASDKMLKYALKERWNRRKEPAFDKWVIEEANWLTLDKDV--PAG-DGFDAVICLGNSFAHLPDSKGDQSEHRLALKNIASMVRPGGLLVIDHRNYDYILSTGCAPPGKNIYYKSDLTKDITTSVLTVNNKAHMVTLDYTVQVPGAGRDGAPGFSKFRLSYYPHCLASFTELVQEAF 259
[Close]
BLAST of EMLSAG00000004154 vs. GO
Match: - (symbol:Gnmt "glycine N-methyltransferase" species:10116 "Rattus norvegicus" [GO:0005542 "folic acid binding" evidence=IDA;TAS] [GO:0005634 "nucleus" evidence=IDA] [GO:0005737 "cytoplasm" evidence=ISO] [GO:0005829 "cytosol" evidence=IDA] [GO:0005977 "glycogen metabolic process" evidence=ISO] [GO:0006111 "regulation of gluconeogenesis" evidence=ISO] [GO:0006544 "glycine metabolic process" evidence=IMP] [GO:0006555 "methionine metabolic process" evidence=ISO] [GO:0006730 "one-carbon metabolic process" evidence=ISO] [GO:0008757 "S-adenosylmethionine-dependent methyltransferase activity" evidence=IDA] [GO:0016594 "glycine binding" evidence=ISO;IDA;TAS] [GO:0017174 "glycine N-methyltransferase activity" evidence=ISO;IMP;IDA] [GO:0032259 "methylation" evidence=ISO] [GO:0046498 "S-adenosylhomocysteine metabolic process" evidence=IDA] [GO:0046500 "S-adenosylmethionine metabolic process" evidence=ISO;IMP;IDA] [GO:0046655 "folic acid metabolic process" evidence=TAS] [GO:0051262 "protein tetramerization" evidence=IDA] [GO:0051289 "protein homotetramerization" evidence=ISO;IPI] [GO:1901052 "sarcosine metabolic process" evidence=IMP] InterPro:IPR014369 PIRSF:PIRSF000385 PROSITE:PS51600 RGD:2719 GO:GO:0005829 GO:GO:0005634 GO:GO:0051289 GO:GO:0006544 GO:GO:0046655 GO:GO:0016594 GO:GO:0046500 GO:GO:0046498 GO:GO:0005542 CTD:27232 eggNOG:NOG78825 HOGENOM:HOG000276537 HOVERGEN:HBG051748 KO:K00552 OMA:LIIDHRN OrthoDB:EOG76QFHR TreeFam:TF324814 GO:GO:0017174 PANTHER:PTHR16458 GeneTree:ENSGT00390000006845 EMBL:X06150 EMBL:X07833 PIR:S00112 RefSeq:NP_058780.1 UniGene:Rn.11142 PDB:1BHJ PDB:1D2C PDB:1D2G PDB:1D2H PDB:1KIA PDB:1NBH PDB:1NBI PDB:1XVA PDB:2IDJ PDB:2IDK PDB:3THR PDB:3THS PDBsum:1BHJ PDBsum:1D2C PDBsum:1D2G PDBsum:1D2H PDBsum:1KIA PDBsum:1NBH PDBsum:1NBI PDBsum:1XVA PDBsum:2IDJ PDBsum:2IDK PDBsum:3THR PDBsum:3THS DisProt:DP00031 ProteinModelPortal:P13255 SMR:P13255 MINT:MINT-4567246 STRING:10116.ENSRNOP00000022307 PhosphoSite:P13255 PaxDb:P13255 PRIDE:P13255 Ensembl:ENSRNOT00000022307 GeneID:25134 KEGG:rno:25134 UCSC:RGD:2719 InParanoid:P13255 SABIO-RK:P13255 EvolutionaryTrace:P13255 NextBio:605549 PRO:PR:P13255 Genevestigator:P13255 GO:GO:1901052 Uniprot:P13255)

HSP 1 Score: 246.128 bits (627), Expect = 6.977e-75
Identity = 124/260 (47.69%), Postives = 168/260 (64.62%), Query Frame = 0 
Query:    6 DEYITTRTQGIASSGLVDQYSDGKAANVWEIYIGQTGKRTSLYKNFLVNLLREKNCKNVLDVACGTGIDSVMLLENNFAVVSSDASDHMLKRAGDVRWRRRHENYFKDWDIQNMDWLNLKERLVRPAGIEQFDALICMGNSFAHL---ENDKDQQREAMKNFYHMIKPGGILIVDHRNFDRIIEIGKA-PMNNIYYNCEYNIDIKTIIVYYEAEPAMVLLDYNIDIPDKSIDGT-----FRLRYHPHKLRDFTKLLTDTF 256
            D    TR+ G+A+ G+ DQY+DG+AA VW++YIG T  RT+ YK +L+ LLR+  C  VLDVACGTG+DS+ML+E  F+V S DASD MLK A   RW RR E  F  W I+  +WL L + +  PAG + FDA+IC+GNSFAHL   + D+ + R A+KN   M++PGG+L++DHRN+D I+  G A P  NIYY  +   DI T ++    +  MV LDY + +P    DG      FRL Y+PH L  FT+L+ + F
Sbjct:    3 DSVYRTRSLGVAAEGIPDQYADGEAARVWQLYIGDTRSRTAEYKAWLLGLLRQHGCHRVLDVACGTGVDSIMLVEEGFSVTSVDASDKMLKYALKERWNRRKEPAFDKWVIEEANWLTLDKDV--PAG-DGFDAVICLGNSFAHLPDSKGDQSEHRLALKNIASMVRPGGLLVIDHRNYDYILSTGCAPPGKNIYYKSDLTKDITTSVLTVNNKAHMVTLDYTVQVPGAGRDGAPGFSKFRLSYYPHCLASFTELVQEAF 259
[Close]
BLAST of EMLSAG00000004154 vs. GO
Match: - (symbol:LOC100911564 "Glycine N-methyltransferase" species:10116 "Rattus norvegicus" [GO:0017174 "glycine N-methyltransferase activity" evidence=IEA] InterPro:IPR014369 PIRSF:PIRSF000385 PROSITE:PS51600 RGD:6491825 OrthoDB:EOG76QFHR GO:GO:0017174 PANTHER:PTHR16458 GeneTree:ENSGT00390000006845 OMA:CSRGRTE EMBL:AABR06058775 Ensembl:ENSRNOT00000072812 Uniprot:M0RDH0)

HSP 1 Score: 245.743 bits (626), Expect = 8.091e-75
Identity = 124/260 (47.69%), Postives = 168/260 (64.62%), Query Frame = 0 
Query:    6 DEYITTRTQGIASSGLVDQYSDGKAANVWEIYIGQTGKRTSLYKNFLVNLLREKNCKNVLDVACGTGIDSVMLLENNFAVVSSDASDHMLKRAGDVRWRRRHENYFKDWDIQNMDWLNLKERLVRPAGIEQFDALICMGNSFAHL---ENDKDQQREAMKNFYHMIKPGGILIVDHRNFDRIIEIGKA-PMNNIYYNCEYNIDIKTIIVYYEAEPAMVLLDYNIDIPDKSIDGT-----FRLRYHPHKLRDFTKLLTDTF 256
            D    TR+ G+A+ G+ DQY+DG+AA VW++YIG T  RT+ YK +L+ LLR+  C  VLDVACGTG+DS+ML+E  F+V S DASD MLK A   RW RR E  F  W I+  +WL L + +  PAG + FDA+IC+GNSFAHL   + D+ + R A+KN   M++PGG+L++DHRN+D I+  G A P  NIYY  +   DI T ++    +  MV LDY + +P    DG      FRL Y+PH L  FT+L+ + F
Sbjct:    3 DSVYRTRSLGVAAEGIPDQYADGEAARVWQLYIGDTRSRTAEYKAWLLGLLRQHGCHRVLDVACGTGVDSIMLVEEGFSVTSVDASDKMLKYALKERWNRRKEPAFDKWVIEEANWLTLDKDV--PAG-DGFDAVICLGNSFAHLPDSKGDQSEHRLALKNIASMVRPGGLLVIDHRNYDYILSTGCAPPGKNIYYKSDLTKDITTSVLTVNNKAHMVTLDYTVQVPGAGRDGAPGFSKFRLSYYPHCLASFTELVQEAF 259
[Close]
BLAST of EMLSAG00000004154 vs. GO
Match: - (symbol:LOC100911564 "glycine N-methyltransferase-like" species:10116 "Rattus norvegicus" [GO:0017174 "glycine N-methyltransferase activity" evidence=IEA] InterPro:IPR014369 PIRSF:PIRSF000385 PROSITE:PS51600 RGD:6491825 OrthoDB:EOG76QFHR GO:GO:0017174 PANTHER:PTHR16458 GeneTree:ENSGT00390000006845 OMA:CSRGRTE EMBL:AABR06058775 Ensembl:ENSRNOT00000072812 Uniprot:M0RDH0)

HSP 1 Score: 245.743 bits (626), Expect = 8.091e-75
Identity = 124/260 (47.69%), Postives = 168/260 (64.62%), Query Frame = 0 
Query:    6 DEYITTRTQGIASSGLVDQYSDGKAANVWEIYIGQTGKRTSLYKNFLVNLLREKNCKNVLDVACGTGIDSVMLLENNFAVVSSDASDHMLKRAGDVRWRRRHENYFKDWDIQNMDWLNLKERLVRPAGIEQFDALICMGNSFAHL---ENDKDQQREAMKNFYHMIKPGGILIVDHRNFDRIIEIGKA-PMNNIYYNCEYNIDIKTIIVYYEAEPAMVLLDYNIDIPDKSIDGT-----FRLRYHPHKLRDFTKLLTDTF 256
            D    TR+ G+A+ G+ DQY+DG+AA VW++YIG T  RT+ YK +L+ LLR+  C  VLDVACGTG+DS+ML+E  F+V S DASD MLK A   RW RR E  F  W I+  +WL L + +  PAG + FDA+IC+GNSFAHL   + D+ + R A+KN   M++PGG+L++DHRN+D I+  G A P  NIYY  +   DI T ++    +  MV LDY + +P    DG      FRL Y+PH L  FT+L+ + F
Sbjct:    3 DSVYRTRSLGVAAEGIPDQYADGEAARVWQLYIGDTRSRTAEYKAWLLGLLRQHGCHRVLDVACGTGVDSIMLVEEGFSVTSVDASDKMLKYALKERWNRRKEPAFDKWVIEEANWLTLDKDV--PAG-DGFDAVICLGNSFAHLPDSKGDQSEHRLALKNIASMVRPGGLLVIDHRNYDYILSTGCAPPGKNIYYKSDLTKDITTSVLTVNNKAHMVTLDYTVQVPGAGRDGAPGFSKFRLSYYPHCLASFTELVQEAF 259
[Close]
BLAST of EMLSAG00000004154 vs. GO
Match: - (symbol:GNMT "Glycine N-methyltransferase" species:9606 "Homo sapiens" [GO:0005515 "protein binding" evidence=IPI] [GO:0005542 "folic acid binding" evidence=IEA] [GO:0005737 "cytoplasm" evidence=IDA] [GO:0005977 "glycogen metabolic process" evidence=IEA] [GO:0006111 "regulation of gluconeogenesis" evidence=IEA] [GO:0006464 "cellular protein modification process" evidence=NAS] [GO:0006555 "methionine metabolic process" evidence=IEA] [GO:0006730 "one-carbon metabolic process" evidence=IEA] [GO:0016594 "glycine binding" evidence=IDA] [GO:0017174 "glycine N-methyltransferase activity" evidence=IDA] [GO:0046500 "S-adenosylmethionine metabolic process" evidence=IDA] [GO:0051289 "protein homotetramerization" evidence=IPI] InterPro:IPR014369 PIRSF:PIRSF000385 PROSITE:PS51600 GO:GO:0005737 EMBL:CH471081 GO:GO:0006555 GO:GO:0005977 GO:GO:0051289 GO:GO:0006111 GO:GO:0006730 GO:GO:0006464 DrugBank:DB00145 DrugBank:DB00118 GO:GO:0016594 GO:GO:0046500 GO:GO:0005542 EMBL:AF101477 EMBL:AF101475 EMBL:AL158815 EMBL:BC032627 EMBL:X62250 PIR:S42627 RefSeq:NP_061833.1 UniGene:Hs.144914 PDB:1R74 PDB:2AZT PDBsum:1R74 PDBsum:2AZT ProteinModelPortal:Q14749 SMR:Q14749 BioGrid:118081 IntAct:Q14749 MINT:MINT-1436683 STRING:9606.ENSP00000361894 PhosphoSite:Q14749 DMDM:12644416 PaxDb:Q14749 PRIDE:Q14749 DNASU:27232 Ensembl:ENST00000372808 GeneID:27232 KEGG:hsa:27232 UCSC:uc003otd.3 CTD:27232 GeneCards:GC06P042928 HGNC:HGNC:4415 HPA:HPA027501 MIM:606628 MIM:606664 neXtProt:NX_Q14749 Orphanet:289891 PharmGKB:PA28794 eggNOG:NOG78825 HOGENOM:HOG000276537 HOVERGEN:HBG051748 InParanoid:Q14749 KO:K00552 OMA:LIIDHRN OrthoDB:EOG76QFHR PhylomeDB:Q14749 TreeFam:TF324814 SABIO-RK:Q14749 EvolutionaryTrace:Q14749 GeneWiki:GNMT GenomeRNAi:27232 NextBio:50091 PRO:PR:Q14749 Bgee:Q14749 CleanEx:HS_GNMT Genevestigator:Q14749 GO:GO:0017174 PANTHER:PTHR16458 Uniprot:Q14749)

HSP 1 Score: 245.358 bits (625), Expect = 1.299e-74
Identity = 122/260 (46.92%), Postives = 167/260 (64.23%), Query Frame = 0 
Query:    6 DEYITTRTQGIASSGLVDQYSDGKAANVWEIYIGQTGKRTSLYKNFLVNLLREKNCKNVLDVACGTGIDSVMLLENNFAVVSSDASDHMLKRAGDVRWRRRHENYFKDWDIQNMDWLNLKERLVRPAGIEQFDALICMGNSFAHL---ENDKDQQREAMKNFYHMIKPGGILIVDHRNFDRIIEIGKA-PMNNIYYNCEYNIDIKTIIVYYEAEPAMVLLDYNIDIPDKSIDGT-----FRLRYHPHKLRDFTKLLTDTF 256
            D    TR+ G+A+ GL DQY+DG+AA VW++YIG T  RT+ YK +L+ LLR+  C+ VLDVACGTG+DS+ML+E  F+V S DASD MLK A   RW RRHE  F  W I+  +W+ L + + + A    FDA+IC+GNSFAHL   + D+ + R A+KN   M++ GG+L++DHRN+D I+  G A P  NIYY  +   D+ T ++    +  MV LDY + +P    DG+     FRL Y+PH L  FT+LL   F
Sbjct:    3 DSVYRTRSLGVAAEGLPDQYADGEAARVWQLYIGDTRSRTAEYKAWLLGLLRQHGCQRVLDVACGTGVDSIMLVEEGFSVTSVDASDKMLKYALKERWNRRHEPAFDKWVIEEANWMTLDKDVPQSAE-GGFDAVICLGNSFAHLPDCKGDQSEHRLALKNIASMVRAGGLLVIDHRNYDHILSTGCAPPGKNIYYKSDLTKDVTTSVLIVNNKAHMVTLDYTVQVPGAGQDGSPGLSKFRLSYYPHCLASFTELLQAAF 261
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BLAST of EMLSAG00000004154 vs. GO
Match: - (symbol:Gnmt "glycine N-methyltransferase" species:10090 "Mus musculus" [GO:0005542 "folic acid binding" evidence=ISO] [GO:0005634 "nucleus" evidence=ISO] [GO:0005737 "cytoplasm" evidence=ISO] [GO:0005829 "cytosol" evidence=ISO] [GO:0005977 "glycogen metabolic process" evidence=IMP] [GO:0006111 "regulation of gluconeogenesis" evidence=IMP] [GO:0006544 "glycine metabolic process" evidence=ISO] [GO:0006555 "methionine metabolic process" evidence=IMP] [GO:0006730 "one-carbon metabolic process" evidence=IMP] [GO:0008168 "methyltransferase activity" evidence=IEA] [GO:0008757 "S-adenosylmethionine-dependent methyltransferase activity" evidence=ISO] [GO:0016594 "glycine binding" evidence=ISO;IDA] [GO:0016740 "transferase activity" evidence=IEA] [GO:0017174 "glycine N-methyltransferase activity" evidence=ISO;IDA] [GO:0032259 "methylation" evidence=IDA] [GO:0046498 "S-adenosylhomocysteine metabolic process" evidence=ISO] [GO:0046500 "S-adenosylmethionine metabolic process" evidence=ISO;IDA] [GO:0051262 "protein tetramerization" evidence=ISO] [GO:0051289 "protein homotetramerization" evidence=ISO;IPI] [GO:1901052 "sarcosine metabolic process" evidence=ISO] InterPro:IPR014369 PIRSF:PIRSF000385 PROSITE:PS51600 MGI:MGI:1202304 GO:GO:0005737 GO:GO:0006555 GO:GO:0005977 GO:GO:0051289 GO:GO:0006111 GO:GO:0006730 InterPro:IPR025714 Pfam:PF13847 GO:GO:0016594 GO:GO:0046500 GO:GO:0005542 CTD:27232 eggNOG:NOG78825 HOGENOM:HOG000276537 HOVERGEN:HBG051748 KO:K00552 OMA:LIIDHRN OrthoDB:EOG76QFHR TreeFam:TF324814 GO:GO:0017174 PANTHER:PTHR16458 EMBL:D89664 EMBL:AF325352 EMBL:AY054408 EMBL:BC014283 RefSeq:NP_034451.1 UniGene:Mm.29395 PDB:1R8X PDB:1R8Y PDBsum:1R8X PDBsum:1R8Y ProteinModelPortal:Q9QXF8 SMR:Q9QXF8 IntAct:Q9QXF8 MINT:MINT-1869765 PhosphoSite:Q9QXF8 PaxDb:Q9QXF8 PRIDE:Q9QXF8 Ensembl:ENSMUST00000002846 GeneID:14711 KEGG:mmu:14711 UCSC:uc008cue.1 GeneTree:ENSGT00390000006845 InParanoid:Q9QXF8 BRENDA:2.1.1.20 ChiTaRS:GNMT EvolutionaryTrace:Q9QXF8 NextBio:286711 PRO:PR:Q9QXF8 ArrayExpress:Q9QXF8 Bgee:Q9QXF8 CleanEx:MM_GNMT Genevestigator:Q9QXF8 Uniprot:Q9QXF8)

HSP 1 Score: 244.202 bits (622), Expect = 3.409e-74
Identity = 123/260 (47.31%), Postives = 168/260 (64.62%), Query Frame = 0 
Query:    6 DEYITTRTQGIASSGLVDQYSDGKAANVWEIYIGQTGKRTSLYKNFLVNLLREKNCKNVLDVACGTGIDSVMLLENNFAVVSSDASDHMLKRAGDVRWRRRHENYFKDWDIQNMDWLNLKERLVRPAGIEQFDALICMGNSFAHL---ENDKDQQREAMKNFYHMIKPGGILIVDHRNFDRIIEIGKA-PMNNIYYNCEYNIDIKTIIVYYEAEPAMVLLDYNIDIPDKSIDGT-----FRLRYHPHKLRDFTKLLTDTF 256
            D    TR+ G+A+ GL DQY+DG+AA VW++YIG T  RT+ YK +L+ LLR+  C  VLDVACGTG+DS+ML+E  F+V+S DASD MLK A   RW RR E  F +W I+  +WL L + ++   G   FDA+IC+GNSFAHL   + D+ + R A+KN   M++PGG+L++DHRN+D I+  G A P  NIYY  +   DI T ++    +  MV LDY + +P    DG+     FRL Y+PH L  FT+L+   F
Sbjct:    3 DSVYRTRSLGVAAEGLPDQYADGEAARVWQLYIGDTRSRTAEYKAWLLGLLRQHGCHRVLDVACGTGVDSIMLVEEGFSVMSVDASDKMLKYALKERWNRRKEPSFDNWVIEEANWLTLDKDVLSGDG---FDAVICLGNSFAHLPDCKGDQSEHRLALKNIASMVRPGGLLVIDHRNYDYILSTGCAPPGKNIYYKSDLTKDITTSVLTVNNKAHMVTLDYTVQVPGTGRDGSPGFSKFRLSYYPHCLASFTELVRAAF 259
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BLAST of EMLSAG00000004154 vs. C. finmarchicus
Match: gi|592860153|gb|GAXK01097409.1| (TSA: Calanus finmarchicus comp38112_c0_seq1 transcribed RNA sequence)

HSP 1 Score: 416.387 bits (1069), Expect = 2.390e-130
Identity = 195/289 (67.47%), Postives = 237/289 (82.01%), Query Frame = 0 
Query:  272 PVVVLDRGNNTTCTLNLHGCTIVSWRVNNQEQLFVSKKSVFDGKKPIRGGIPLVFPVFGHSHYG----PQHGFARICRWTLEKGPERNLSGDVEAMFSLCENEFTTSIWPSPFRLAYRILLREKELHLHVSIYNPSKDIPFGFNVLFHTYFKCPDVRRCQITGLVGCTFIDRTRE-----------PPNSYRECRDGVTIGEWTDRVYTNTPPEHVITSVVSGRKMRIQKYNLPDTFVWNPWVPQAKEIQDFGDDEYPNMVCVDSGYISSPITLMPGTAFEASQILQVM 545
            PVV +DRGNNTTCT+NLHG TIVSWRVNNQEQLFVSKKSVFDG+KPIRGGIP +FP FG  +YG    P +GF RI RW L+KGPER  SGD+EA+FSLC+++FT S+W   FR++YRI+LREKELHL++ +YNPSK+ PF FNVL H+YFKCPDVRRCQ+TGL G TF+DRTR+            P +Y+ECR+ VT+ E TDRVY NTP EH++T+VVSGRKMRIQKYN PDT +WNPW  +AK + DFGDDE+PNM+CV++G++S+P+TLMPG AFEAS ILQVM
Sbjct:  132 PVVPMDRGNNTTCTINLHGATIVSWRVNNQEQLFVSKKSVFDGRKPIRGGIPFIFPQFGQWNYGTNGPPYNGFGRISRWQLDKGPERLPSGDIEAIFSLCDSDFTFSMWQHHFRISYRIILREKELHLNIGVYNPSKESPFDFNVLLHSYFKCPDVRRCQVTGLNGVTFLDRTRQGPEGPPGSPPPQPPAYQECREVVTLAEETDRVYINTPHEHIVTNVVSGRKMRIQKYNFPDTVIWNPWDQKAKAMADFGDDEHPNMICVNAGHVSTPVTLMPGQAFEASLILQVM 998
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BLAST of EMLSAG00000004154 vs. C. finmarchicus
Match: gi|592860851|gb|GAXK01096711.1| (TSA: Calanus finmarchicus comp54567_c0_seq1 transcribed RNA sequence)

HSP 1 Score: 265.388 bits (677), Expect = 6.492e-82
Identity = 132/262 (50.38%), Postives = 172/262 (65.65%), Query Frame = 0 
Query:    6 DEYITTRTQGIASSGLVDQYSDGKAANVWEIYIGQTGKRTSLYKNFLVNLLREKNCKNVLDVACGTGIDSVMLLENNFAVVSSDASDHMLKRAGDVRWRRRHENYFKDWDIQNMDWLNLKERLVRPAGIEQFDALICMGNSFAHLENDKDQQREAMK---NFYHMIKPGGILIVDHRNFDRIIEIGKAPMNNIYYNCEYNIDIKTIIVYYEAEPAMVLLDYNIDIPDKSIDGT-FRLRYHPHKLRDFTKLLTDTFVVYFKYT 263
            D     R+ G A++G+ DQY+DGKAA VW++YIG    RT  YK FLVNLL +K    +LD ACGTG+DSVMLLE  F + SSDASD MLK A   RW RR E  F+DW I+  +WL L+E + +P G   FDA+ICMGNSFAHL +    QR+ MK   NF +M+KPGGI I+DHRN+D I+  GK+P  NIYYN  +  DIKT ++Y   +P ++ LDY +++ ++  D   FRL Y+PH L+ F  LL   F    K+T
Sbjct:   96 DGVFRMRSLGTATAGITDQYADGKAAKVWQLYIGDQSSRTQNYKTFLVNLLAQKRVSTILDTACGTGVDSVMLLEEGFKMTSSDASDKMLKVAHKTRWERRKEERFEDWVIEEANWLTLEEDIEKPQG--GFDAVICMGNSFAHLPDFHGDQRDHMKCFENFSNMVKPGGIFIIDHRNYDYILANGKSPAKNIYYNSSHIQDIKTSVLYVNNKPNLITLDYFMNVEEQYADSNQFRLSYYPHTLQGFGHLLKQAFGPRAKHT 875
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BLAST of EMLSAG00000004154 vs. C. finmarchicus
Match: gi|592860849|gb|GAXK01096713.1| (TSA: Calanus finmarchicus comp54567_c1_seq1 transcribed RNA sequence)

HSP 1 Score: 256.144 bits (653), Expect = 1.313e-79
Identity = 124/236 (52.54%), Postives = 162/236 (68.64%), Query Frame = 0 
Query:   12 RTQGIASSGLVDQYSDGKAANVWEIYIGQTGKRTSLYKNFLVNLLREKNCKNVLDVACGTGIDSVMLLENNFAVVSSDASDHMLKRAGDVRWRRRHENYFKDWDIQNMDWLNLKERLVRPAGIEQFDALICMGNSFAHLENDKDQQREAMK---NFYHMIKPGGILIVDHRNFDRIIEIGKAPMNNIYYNCEYNIDIKTIIVYYEAEPAMVLLDYNIDIPDKSIDGT-FRLRYHPH 243
            R+ G A++G+ DQY+DGKAA VW++YIG    RT  YK FLVNLL +K    +LD ACGTG+DSVMLLE  F + SSDASD MLK A   RW RR E  F+DW I+  +WL L+E + +P G   FDA+ICMGNSFAHL +    QR+ MK   NF +M+KPGGI I+DHRN+D I+  GK+P  NIYYN  +  DIKT ++Y   +P ++ LDY +++ ++  D   FRL Y+PH
Sbjct:    6 RSLGTATAGITDQYADGKAAKVWQLYIGDQSSRTQNYKTFLVNLLAQKRVSTILDTACGTGVDSVMLLEEGFKMTSSDASDKMLKVAHKTRWERRKEERFEDWVIEEANWLTLEEDIEKPQG--GFDAVICMGNSFAHLPDFHGDQRDHMKCFENFSNMVKPGGIFIIDHRNYDYILANGKSPAKNIYYNSSHIQDIKTSVLYVNNKPNLITLDYFMNVEEQYADSNQFRLSYYPH 707
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BLAST of EMLSAG00000004154 vs. C. finmarchicus
Match: gi|592767462|gb|GAXK01187106.1| (TSA: Calanus finmarchicus comp10532_c1_seq1 transcribed RNA sequence)

HSP 1 Score: 257.299 bits (656), Expect = 5.813e-79
Identity = 124/262 (47.33%), Postives = 172/262 (65.65%), Query Frame = 0 
Query:    5 TDEYITTRTQGIASSGLVDQYSDGKAANVWEIYIGQTGKRTSLYKNFLVNLLREKNCKNVLDVACGTGIDSVMLLENNFAVVSSDASDHMLKRAGDVRWRRRHENYFKDWDIQNMDWLNLKERLVRPAGIEQFDALICMGNSFAHL---ENDKDQQREAMKNFYHMIKPGGILIVDHRNFDRIIEIGKAPMNNIYYNCEYNIDIKTIIVYYEAEPAMVLLDYNIDIPDKSIDGTFRLRYHPHKLRDFTKLLTDTFVVYFKYT 263
             D  + T++ G+ +SGL DQY+DGKAA  WE+YIG+   RT  YK FL+NLL++K  +N+LD ACGTG+DSVML+E  + + SSDASD MLK A   RW RR E  F DW+I+  +WL L + + +P G   FD ++CMGNSF HL     D    ++  +NF  M+KPGG+LI+DHRN+D I++ G+AP  NIYYN ++  DI+T ++Y    P  + L+Y +D+ +   DG F L Y PH L+ FT LL + F    K+T
Sbjct:  214 ADNVLVTQSPGVGASGLSDQYADGKAAKNWELYIGEQDGRTLNYKTFLLNLLKQKKAENILDAACGTGVDSVMLIEEGYTLTSSDASDKMLKGAYKTRWDRRREPSFFDWEIEEANWLTLPQDVRKPVG--GFDVVLCMGNSFPHLLDEHGDLRDHKKCFENFMGMLKPGGVLIIDHRNYDYILKHGRAPKKNIYYNSKHIRDIRTQVIYENNAPKQITLNYTMDVEE---DGDFILSYQPHTLKSFTGLLKEAFGANAKHT 984
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BLAST of EMLSAG00000004154 vs. C. finmarchicus
Match: gi|592767463|gb|GAXK01187105.1| (TSA: Calanus finmarchicus comp10532_c0_seq1 transcribed RNA sequence)

HSP 1 Score: 257.299 bits (656), Expect = 7.139e-79
Identity = 124/262 (47.33%), Postives = 172/262 (65.65%), Query Frame = 0 
Query:    5 TDEYITTRTQGIASSGLVDQYSDGKAANVWEIYIGQTGKRTSLYKNFLVNLLREKNCKNVLDVACGTGIDSVMLLENNFAVVSSDASDHMLKRAGDVRWRRRHENYFKDWDIQNMDWLNLKERLVRPAGIEQFDALICMGNSFAHL---ENDKDQQREAMKNFYHMIKPGGILIVDHRNFDRIIEIGKAPMNNIYYNCEYNIDIKTIIVYYEAEPAMVLLDYNIDIPDKSIDGTFRLRYHPHKLRDFTKLLTDTFVVYFKYT 263
             D  + T++ G+ +SGL DQY+DGKAA  WE+YIG+   RT  YK FL+NLL++K  +N+LD ACGTG+DSVML+E  + + SSDASD MLK A   RW RR E  F DW+I+  +WL L + + +P G   FD ++CMGNSF HL     D    ++  +NF  M+KPGG+LI+DHRN+D I++ G+AP  NIYYN ++  DI+T ++Y    P  + L+Y +D+ +   DG F L Y PH L+ FT LL + F    K+T
Sbjct:   75 ADNVLVTQSPGVGASGLSDQYADGKAAKNWELYIGEQDGRTLNYKTFLLNLLKQKKAENILDAACGTGVDSVMLIEEGYTLTSSDASDKMLKGAYKTRWDRRREPSFFDWEIEEANWLTLPQDVRKPVG--GFDVVLCMGNSFPHLLDEHGDLRDHKKCFENFMGMLKPGGVLIIDHRNYDYILKHGRAPKKNIYYNSKHIRDIRTQVIYENNAPKQITLNYTMDVEE---DGDFILSYQPHTLKSFTGLLKEAFGANAKHT 845
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BLAST of EMLSAG00000004154 vs. C. finmarchicus
Match: gi|592860848|gb|GAXK01096714.1| (TSA: Calanus finmarchicus comp54567_c1_seq2 transcribed RNA sequence)

HSP 1 Score: 243.432 bits (620), Expect = 5.475e-75
Identity = 118/225 (52.44%), Postives = 153/225 (68.00%), Query Frame = 0 
Query:    6 DEYITTRTQGIASSGLVDQYSDGKAANVWEIYIGQTGKRTSLYKNFLVNLLREKNCKNVLDVACGTGIDSVMLLENNFAVVSSDASDHMLKRAGDVRWRRRHENYFKDWDIQNMDWLNLKERLVRPAGIEQFDALICMGNSFAHLENDKDQQREAMK---NFYHMIKPGGILIVDHRNFDRIIEIGKAPMNNIYYNCEYNIDIKTIIVYYEAEPAMVLLDYNIDI 227
            D     R+ G A++G+ DQY+DGKAA VW++YIG    RT  YK FLVNLL +K    +LD ACGTG+DSVMLLE  F + SSDASD MLK A   RW RR E  F+DW I+  +WL L+E + +P G   FDA+ICMGNSFAHL +    QR+ MK   NF +M+KPGGI I+DHRN+D I+  GK+P  NIYYN  +  DIKT ++Y   +P ++ LDY +++
Sbjct:    4 DGVFRMRSLGTATAGITDQYADGKAAKVWQLYIGDQSSRTQNYKTFLVNLLAQKRVSTILDTACGTGVDSVMLLEEGFKMTSSDASDKMLKVAHKTRWERRKEERFEDWVIEEANWLTLEEDIEKPQG--GFDAVICMGNSFAHLPDFHGDQRDHMKCFENFSNMVKPGGIFIIDHRNYDYILANGKSPAKNIYYNSSHIQDIKTSVLYVNNKPNLITLDYFMNV 672
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BLAST of EMLSAG00000004154 vs. C. finmarchicus
Match: gi|592796328|gb|GAXK01158240.1| (TSA: Calanus finmarchicus comp66942_c0_seq1 transcribed RNA sequence)

HSP 1 Score: 214.927 bits (546), Expect = 2.888e-63
Identity = 111/271 (40.96%), Postives = 151/271 (55.72%), Query Frame = 0 
Query:  275 VLDRGNNTTCTLNLHGCTIVSWRVNNQEQLFVSKKSVFDGKKPIRGGIPLVFPVFGHSHYGPQHGFARICRWTLEKGPERNLSGDVEAMFSLCENEFTTSIWPSPFRLAYRILLREKELHLHVSIYNPSKD--IPFGFNVLFHTYFKCPDVRRCQITGLVGCTFIDRTREPPNSYRECRDGVTIGEWTDRVYTNTPPEHVITSVVSGRKMRIQKYNLPDTFVWNPWVPQAKEIQDFGDDEYPNMVCVDSGYISSPITLMPGTAFEASQILQ 543
             LDRG  T   +  +G TI SWRVN+ E +FVS K+  DG K IRGG+P+ FP FG    GPQHGFAR   W +    + +   D+    +L E    TS W   F+L+Y + L+E  L L +S+ N + +   PF F    HTYFK PDV    I+GL G  + D+T E   +  E R+ VT+  WTDRVY  +  + VI   V G K+  +K NL DT VWNPW  +A E+ D G + +   VCV++G   +P+TL  G  +E    L+
Sbjct:  127 TLDRGAGTRVEICKYGATITSWRVNDIELIFVSPKAKLDGTKAIRGGVPICFPSFGPWAAGPQHGFARTSIWEVTDTKDMSDQEDMSVTLTLNE----TSAWDEKFKLSYTVTLKESSLELSLSVTNNNLETKTPFQFTTALHTYFKVPDVEAVSISGLKGLEYQDKTLEGIPTVTEEREEVTLAGWTDRVYLGSSDQQVING-VQGGKLVFKKSNLADTVVWNPWEKKAGEMGDLGSENWRGFVCVEAGQCVTPVTLGQGETWEGGHTLE 924
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BLAST of EMLSAG00000004154 vs. C. finmarchicus
Match: gi|592860850|gb|GAXK01096712.1| (TSA: Calanus finmarchicus comp54567_c0_seq2 transcribed RNA sequence)

HSP 1 Score: 154.451 bits (389), Expect = 4.998e-42
Identity = 79/170 (46.47%), Postives = 108/170 (63.53%), Query Frame = 0 
Query:   98 AGDVRWRRRHENYFKDWDIQNMDWLNLKERLVRPAGIEQFDALICMGNSFAHLENDKDQQREAMK---NFYHMIKPGGILIVDHRNFDRIIEIGKAPMNNIYYNCEYNIDIKTIIVYYEAEPAMVLLDYNIDIPDKSIDGT-FRLRYHPHKLRDFTKLLTDTFVVYFKYT 263
            A   RW RR E  F+DW I+  +WL L+E + +P G   FDA+ICMGNSFAHL +    QR+ MK   NF +M+KPGGI I+DHRN+D I+  GK+P  NIYYN  +  DIKT ++Y   +P ++ LDY +++ ++  D   FRL Y+PH L+ F  LL   F    K+T
Sbjct:    5 AHKTRWERRKEERFEDWVIEEANWLTLEEDIEKPQG--GFDAVICMGNSFAHLPDFHGDQRDHMKCFENFSNMVKPGGIFIIDHRNYDYILANGKSPAKNIYYNSSHIQDIKTSVLYVNNKPNLITLDYFMNVEEQYADSNQFRLSYYPHTLQGFGHLLKQAFGPRAKHT 508
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BLAST of EMLSAG00000004154 vs. C. finmarchicus
Match: gi|592849599|gb|GAXK01107945.1| (TSA: Calanus finmarchicus comp3146608_c0_seq1 transcribed RNA sequence)

HSP 1 Score: 70.4774 bits (171), Expect = 1.636e-12
Identity = 42/128 (32.81%), Postives = 69/128 (53.91%), Query Frame = 0 
Query:   59 KNCKNVLDVACGTGIDSVMLLENNFAVVSSDASDHMLKRAGDVRWRRRHENYFKDWDIQNMDWLNLKERLVRPAGIEQFDALICMGNSFAHLENDKDQQREAMKNFYHMIKPGGILIVDHRNFDRIIE 186
            +N K VLD +CG+G  S+ L      VVS+D S  ++ +  +     +   Y K       D+LNL + +  P     FDA++  G+S  HL  D D   +A+KNF+ +++PGGI+ +  R++D  I+
Sbjct:  221 ENIKRVLDPSCGSGEQSMALAGLGLDVVSTDPSGGLVAKCAE---NAQKLGYAKQVTAMQSDFLNLTKDVEGP-----FDAIVTKGSSLPHLHTDSDL-LQALKNFHALLRPGGIVNIGVRDYDYFIK 577
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BLAST of EMLSAG00000004154 vs. C. finmarchicus
Match: gi|592769494|gb|GAXK01185074.1| (TSA: Calanus finmarchicus comp7444391_c0_seq1 transcribed RNA sequence)

HSP 1 Score: 61.6178 bits (148), Expect = 3.962e-10
Identity = 36/144 (25.00%), Postives = 62/144 (43.06%), Query Frame = 0 
Query:  405 DIPFGFNVLFHTYFKCPDVRRCQITGLVGCTFIDRTREPPNSYRECRDGVTIGEW----TDRVYTNTPPEHVITSVVSGRKMRIQKYNLPDTFVWNPWVPQAKEIQDFGDDEYPNMVCVDSGYISSPITLMPGTAFEASQILQV 544
            ++P  F    HTY +  D+    + GL G  + D  ++     R   D +  GE      DR+Y     E  +      R++ I +    D  VWNP   +  ++ D   + +  M+CV++  I  P+ L PG ++   Q L +
Sbjct:   25 EVPLQFTTALHTYLRVADLDAVSVEGLAGLRYFDSVKQAEALQR--MDLLLTGEKGVLDLDRIYVGVK-ERPLLVTEDRRQLVITQQGFEDAVVWNPGPERCAKLADMPPEGWSEMLCVEAATIGRPVELHPGDSWVGRQSLSL 447
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BLAST of EMLSAG00000004154 vs. L. salmonis peptides
Match: EMLSAP00000004154 (pep:novel supercontig:LSalAtl2s:LSalAtl2s219:476976:523050:-1 gene:EMLSAG00000004154 transcript:EMLSAT00000004154 description:"augustus_masked-LSalAtl2s219-processed-gene-4.1")

HSP 1 Score: 1144.03 bits (2958), Expect = 0.000e+0
Identity = 545/545 (100.00%), Postives = 545/545 (100.00%), Query Frame = 0 
Query:    1 MEFNTDEYITTRTQGIASSGLVDQYSDGKAANVWEIYIGQTGKRTSLYKNFLVNLLREKNCKNVLDVACGTGIDSVMLLENNFAVVSSDASDHMLKRAGDVRWRRRHENYFKDWDIQNMDWLNLKERLVRPAGIEQFDALICMGNSFAHLENDKDQQREAMKNFYHMIKPGGILIVDHRNFDRIIEIGKAPMNNIYYNCEYNIDIKTIIVYYEAEPAMVLLDYNIDIPDKSIDGTFRLRYHPHKLRDFTKLLTDTFVVYFKYTNGNDAMASPVVVLDRGNNTTCTLNLHGCTIVSWRVNNQEQLFVSKKSVFDGKKPIRGGIPLVFPVFGHSHYGPQHGFARICRWTLEKGPERNLSGDVEAMFSLCENEFTTSIWPSPFRLAYRILLREKELHLHVSIYNPSKDIPFGFNVLFHTYFKCPDVRRCQITGLVGCTFIDRTREPPNSYRECRDGVTIGEWTDRVYTNTPPEHVITSVVSGRKMRIQKYNLPDTFVWNPWVPQAKEIQDFGDDEYPNMVCVDSGYISSPITLMPGTAFEASQILQVM 545
            MEFNTDEYITTRTQGIASSGLVDQYSDGKAANVWEIYIGQTGKRTSLYKNFLVNLLREKNCKNVLDVACGTGIDSVMLLENNFAVVSSDASDHMLKRAGDVRWRRRHENYFKDWDIQNMDWLNLKERLVRPAGIEQFDALICMGNSFAHLENDKDQQREAMKNFYHMIKPGGILIVDHRNFDRIIEIGKAPMNNIYYNCEYNIDIKTIIVYYEAEPAMVLLDYNIDIPDKSIDGTFRLRYHPHKLRDFTKLLTDTFVVYFKYTNGNDAMASPVVVLDRGNNTTCTLNLHGCTIVSWRVNNQEQLFVSKKSVFDGKKPIRGGIPLVFPVFGHSHYGPQHGFARICRWTLEKGPERNLSGDVEAMFSLCENEFTTSIWPSPFRLAYRILLREKELHLHVSIYNPSKDIPFGFNVLFHTYFKCPDVRRCQITGLVGCTFIDRTREPPNSYRECRDGVTIGEWTDRVYTNTPPEHVITSVVSGRKMRIQKYNLPDTFVWNPWVPQAKEIQDFGDDEYPNMVCVDSGYISSPITLMPGTAFEASQILQVM
Sbjct:    1 MEFNTDEYITTRTQGIASSGLVDQYSDGKAANVWEIYIGQTGKRTSLYKNFLVNLLREKNCKNVLDVACGTGIDSVMLLENNFAVVSSDASDHMLKRAGDVRWRRRHENYFKDWDIQNMDWLNLKERLVRPAGIEQFDALICMGNSFAHLENDKDQQREAMKNFYHMIKPGGILIVDHRNFDRIIEIGKAPMNNIYYNCEYNIDIKTIIVYYEAEPAMVLLDYNIDIPDKSIDGTFRLRYHPHKLRDFTKLLTDTFVVYFKYTNGNDAMASPVVVLDRGNNTTCTLNLHGCTIVSWRVNNQEQLFVSKKSVFDGKKPIRGGIPLVFPVFGHSHYGPQHGFARICRWTLEKGPERNLSGDVEAMFSLCENEFTTSIWPSPFRLAYRILLREKELHLHVSIYNPSKDIPFGFNVLFHTYFKCPDVRRCQITGLVGCTFIDRTREPPNSYRECRDGVTIGEWTDRVYTNTPPEHVITSVVSGRKMRIQKYNLPDTFVWNPWVPQAKEIQDFGDDEYPNMVCVDSGYISSPITLMPGTAFEASQILQVM 545
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BLAST of EMLSAG00000004154 vs. L. salmonis peptides
Match: EMLSAP00000005317 (pep:novel supercontig:LSalAtl2s:LSalAtl2s284:106644:107527:-1 gene:EMLSAG00000005317 transcript:EMLSAT00000005317 description:"augustus_masked-LSalAtl2s284-processed-gene-1.0")

HSP 1 Score: 184.111 bits (466), Expect = 1.762e-53
Identity = 99/274 (36.13%), Postives = 153/274 (55.84%), Query Frame = 0 
Query:  275 VLDRGNNTTCTLNLH--GCTIVSWRVNNQEQLFVSKKSVFDGKKPIRGGIPLVFPVFGHSHYGPQHGFARICRWTLEKGPERNLSGDVEAMFSLCENEFTTSIWPSPFRLAYRI-LLREKELHLHVSIYNPSKDIPFGFNVLFHTYFKCPDVRRCQITGLVGCTFIDRTREPPNSYRECRDGVTIGEWTDRVYTNTPPEHVITSVVSGRKMRIQKYNLPDTFVWNPWVPQAKEIQDFGDDEYPNMVCVDSGYISSPITLMPGTAFEASQILQVM 545
            VL  G++++  +++H  G T++ W+ NN + LF+S K++ DG K IRGGIP+ FP FG    GPQHGFAR   W L K        +  A+  L  ++ T  +WP  F   Y I +L +K+L   + ++N S+   F F   FHTYF  PDV++C I GL    +ID+ +    +  E R  VTI + TD +Y + P    +    +G  ++I+K  + D  VWNPW+  AK++ DFGD+ Y NMVCV+       + + P +++     L+V+
Sbjct:    4 VLKIGSSSS-QVDIHPFGATVIGWKYNNVDLLFLSSKAITDGSKAIRGGIPICFPQFGPWTAGPQHGFARSKPWKLTK------KDBNTAVAILQHDDETLKLWPYNFEFIYTIKVLEDKKLSFQMEVHNKSEK-EFDFTFCFHTYFNVPDVKKCAIEGLKDLEYIDKVKGGAKT-NESRPKVTISDSTDSIYLSAPDVITLHGAQNGHSIQIKKSGIKDVVVWNPWIENAKKMSDFGDEGYTNMVCVEPANAIDRVVIKPESSWVGKVELEVV 268
[Close]
BLAST of EMLSAG00000004154 vs. SwissProt
Match: gi|3023878|sp|Q29513.1|GNMT_RABIT (RecName: Full=Glycine N-methyltransferase)

HSP 1 Score: 252.677 bits (644), Expect = 6.743e-79
Identity = 123/259 (47.49%), Postives = 167/259 (64.48%), Query Frame = 0 
Query:    6 DEYITTRTQGIASSGLVDQYSDGKAANVWEIYIGQTGKRTSLYKNFLVNLLREKNCKNVLDVACGTGIDSVMLLENNFAVVSSDASDHMLKRAGDVRWRRRHENYFKDWDIQNMDWLNLKERLVRPAGIEQFDALICMGNSFAHL---ENDKDQQREAMKNFYHMIKPGGILIVDHRNFDRIIEIGKAPMNNIYYNCEYNIDIKTIIVYYEAEPAMVLLDYNIDIPDKSIDG-----TFRLRYHPHKLRDFTKLLTDTF 256
            D    TR+ G+A+ GL DQY+DG+AA VW++YIG T  RTS YK +L+ LLR+  C+ VLDVACGTG+DS+ML+E  F+V S DASD MLK A   RW RRHE  F  W I+  +W+ L + + +PAG   FDA+IC+GNSFAHL   + D+ + R+A+KN   M++ GG+L++DHRN+D I+    AP  NIYY  +   D+ T ++    +  MV LDY + +P    DG      FRL Y+PH L  FT+ L   F
Sbjct:    1 DSVYRTRSLGVAAEGLPDQYADGEAARVWQLYIGDTRSRTSEYKTWLLGLLRQHGCRRVLDVACGTGVDSIMLVEEGFSVTSVDASDKMLKYALKERWNRRHEPAFDKWVIEEANWMTLDKDVPQPAG-GGFDAVICLGNSFAHLPDCKGDQSEHRQALKNIASMVRTGGLLVIDHRNYDHILSTLCAPGKNIYYKSDLTKDVTTSVLTVNNKAHMVTLDYTVQVPAAGQDGPPSLSKFRLSYYPHCLAPFTEFLRAAF 258
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BLAST of EMLSAG00000004154 vs. SwissProt
Match: gi|121328|sp|P13255.2|GNMT_RAT (RecName: Full=Glycine N-methyltransferase; AltName: Full=Folate-binding protein)

HSP 1 Score: 246.128 bits (627), Expect = 2.549e-76
Identity = 124/260 (47.69%), Postives = 168/260 (64.62%), Query Frame = 0 
Query:    6 DEYITTRTQGIASSGLVDQYSDGKAANVWEIYIGQTGKRTSLYKNFLVNLLREKNCKNVLDVACGTGIDSVMLLENNFAVVSSDASDHMLKRAGDVRWRRRHENYFKDWDIQNMDWLNLKERLVRPAGIEQFDALICMGNSFAHL---ENDKDQQREAMKNFYHMIKPGGILIVDHRNFDRIIEIGKA-PMNNIYYNCEYNIDIKTIIVYYEAEPAMVLLDYNIDIPDKSIDGT-----FRLRYHPHKLRDFTKLLTDTF 256
            D    TR+ G+A+ G+ DQY+DG+AA VW++YIG T  RT+ YK +L+ LLR+  C  VLDVACGTG+DS+ML+E  F+V S DASD MLK A   RW RR E  F  W I+  +WL L + +  PAG + FDA+IC+GNSFAHL   + D+ + R A+KN   M++PGG+L++DHRN+D I+  G A P  NIYY  +   DI T ++    +  MV LDY + +P    DG      FRL Y+PH L  FT+L+ + F
Sbjct:    3 DSVYRTRSLGVAAEGIPDQYADGEAARVWQLYIGDTRSRTAEYKAWLLGLLRQHGCHRVLDVACGTGVDSIMLVEEGFSVTSVDASDKMLKYALKERWNRRKEPAFDKWVIEEANWLTLDKDV--PAG-DGFDAVICLGNSFAHLPDSKGDQSEHRLALKNIASMVRPGGLLVIDHRNYDYILSTGCAPPGKNIYYKSDLTKDITTSVLTVNNKAHMVTLDYTVQVPGAGRDGAPGFSKFRLSYYPHCLASFTELVQEAF 259
[Close]
BLAST of EMLSAG00000004154 vs. SwissProt
Match: gi|12644416|sp|Q14749.3|GNMT_HUMAN (RecName: Full=Glycine N-methyltransferase)

HSP 1 Score: 245.358 bits (625), Expect = 4.781e-76
Identity = 122/260 (46.92%), Postives = 167/260 (64.23%), Query Frame = 0 
Query:    6 DEYITTRTQGIASSGLVDQYSDGKAANVWEIYIGQTGKRTSLYKNFLVNLLREKNCKNVLDVACGTGIDSVMLLENNFAVVSSDASDHMLKRAGDVRWRRRHENYFKDWDIQNMDWLNLKERLVRPAGIEQFDALICMGNSFAHL---ENDKDQQREAMKNFYHMIKPGGILIVDHRNFDRIIEIGKA-PMNNIYYNCEYNIDIKTIIVYYEAEPAMVLLDYNIDIPDKSIDGT-----FRLRYHPHKLRDFTKLLTDTF 256
            D    TR+ G+A+ GL DQY+DG+AA VW++YIG T  RT+ YK +L+ LLR+  C+ VLDVACGTG+DS+ML+E  F+V S DASD MLK A   RW RRHE  F  W I+  +W+ L + + + A    FDA+IC+GNSFAHL   + D+ + R A+KN   M++ GG+L++DHRN+D I+  G A P  NIYY  +   D+ T ++    +  MV LDY + +P    DG+     FRL Y+PH L  FT+LL   F
Sbjct:    3 DSVYRTRSLGVAAEGLPDQYADGEAARVWQLYIGDTRSRTAEYKAWLLGLLRQHGCQRVLDVACGTGVDSIMLVEEGFSVTSVDASDKMLKYALKERWNRRHEPAFDKWVIEEANWMTLDKDVPQSAE-GGFDAVICLGNSFAHLPDCKGDQSEHRLALKNIASMVRAGGLLVIDHRNYDHILSTGCAPPGKNIYYKSDLTKDVTTSVLIVNNKAHMVTLDYTVQVPGAGQDGSPGLSKFRLSYYPHCLASFTELLQAAF 261
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BLAST of EMLSAG00000004154 vs. SwissProt
Match: gi|55976615|sp|Q9QXF8.3|GNMT_MOUSE (RecName: Full=Glycine N-methyltransferase)

HSP 1 Score: 244.202 bits (622), Expect = 1.265e-75
Identity = 123/260 (47.31%), Postives = 168/260 (64.62%), Query Frame = 0 
Query:    6 DEYITTRTQGIASSGLVDQYSDGKAANVWEIYIGQTGKRTSLYKNFLVNLLREKNCKNVLDVACGTGIDSVMLLENNFAVVSSDASDHMLKRAGDVRWRRRHENYFKDWDIQNMDWLNLKERLVRPAGIEQFDALICMGNSFAHL---ENDKDQQREAMKNFYHMIKPGGILIVDHRNFDRIIEIGKA-PMNNIYYNCEYNIDIKTIIVYYEAEPAMVLLDYNIDIPDKSIDGT-----FRLRYHPHKLRDFTKLLTDTF 256
            D    TR+ G+A+ GL DQY+DG+AA VW++YIG T  RT+ YK +L+ LLR+  C  VLDVACGTG+DS+ML+E  F+V+S DASD MLK A   RW RR E  F +W I+  +WL L + ++   G   FDA+IC+GNSFAHL   + D+ + R A+KN   M++PGG+L++DHRN+D I+  G A P  NIYY  +   DI T ++    +  MV LDY + +P    DG+     FRL Y+PH L  FT+L+   F
Sbjct:    3 DSVYRTRSLGVAAEGLPDQYADGEAARVWQLYIGDTRSRTAEYKAWLLGLLRQHGCHRVLDVACGTGVDSIMLVEEGFSVMSVDASDKMLKYALKERWNRRKEPSFDNWVIEEANWLTLDKDVLSGDG---FDAVICLGNSFAHLPDCKGDQSEHRLALKNIASMVRPGGLLVIDHRNYDYILSTGCAPPGKNIYYKSDLTKDITTSVLTVNNKAHMVTLDYTVQVPGTGRDGSPGFSKFRLSYYPHCLASFTELVRAAF 259
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BLAST of EMLSAG00000004154 vs. SwissProt
Match: gi|3023863|sp|Q29555.1|GNMT_PIG (RecName: Full=Glycine N-methyltransferase)

HSP 1 Score: 239.58 bits (610), Expect = 8.142e-74
Identity = 121/255 (47.45%), Postives = 164/255 (64.31%), Query Frame = 0 
Query:   11 TRTQGIASSGLVDQYSDGKAANVWEIYIGQTGKRTSLYKNFLVNLLREKNCKNVLDVACGTGIDSVMLLENNFAVVSSDASDHMLKRAGDVRWRRRHENYFKDWDIQNMDWLNLKERLVRPAGIEQFDALICMGNSFAHL---ENDKDQQREAMKNFYHMIKPGGILIVDHRNFDRIIEIGKA-PMNNIYYNCEYNIDIKTIIVYYEAEPAMVLLDYNIDIPDKSIDGT-----FRLRYHPHKLRDFTKLLTDTF 256
            TR+ G+A+ GL DQY+DG+AA VW++YIG T  RT+ YK +L+ LLR+  C+ VLDVACGTG+DS+ML+E  F+V S DASD MLK A   RW RRHE  F  W I+  +W+ L ++ V  + +  FDA+IC GNSFAHL     D+ + R A+KN   M++ GG+L++DHRN+D I+  G A P  NIYY  +   DI T ++    +  MV LDY + +P     G+     FRL Y+PH L  FT+LL   F
Sbjct:    5 TRSLGVAAEGLPDQYADGEAARVWQLYIGDTRSRTAEYKAWLLGLLRQHGCQRVLDVACGTGVDSIMLVEEGFSVTSVDASDKMLKYALKERWNRRHEPAFDKWVIEEANWMTL-DKDVPKSPMGGFDAVICQGNSFAHLPDCRGDQSEHRLALKNITSMVRSGGLLVIDHRNYDHILSTGCAPPGKNIYYKSDLIKDITTSVLTVNNKAHMVTLDYTVQVPGTGHRGSPGLSKFRLSYYPHCLASFTELLQTAF 258
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BLAST of EMLSAG00000004154 vs. SwissProt
Match: gi|2501556|sp|Q03161.1|YMY9_YEAST (RecName: Full=Glucose-6-phosphate 1-epimerase; AltName: Full=D-hexose-6-phosphate mutarotase)

HSP 1 Score: 166.777 bits (421), Expect = 3.746e-46
Identity = 94/279 (33.69%), Postives = 143/279 (51.25%), Query Frame = 0 
Query:  274 VVLDRGNNTTCTLNL--HGCTIVSWRVNNQEQLFVSKKSVFDGKKPIRGGIPLVFPVFG------HSHYGPQHGFARICRWTLEKGPERNLSGDVEAMFSLCENEFTTSIWPSPFRLAYRILLREKELHLHVSIYNPSKDIPFGFNVLFHTYFKCPDVRRCQITGLVGCTFIDRTREPPNSYRECRDGVTIGEWTDRVYTNTPPEHVITSVVSGRKMR-IQKYNLPDTFVWNPWVPQAKEIQDFGDDE-YPNMVCVDSGYISSPITLMPGTAFEASQIL 542
            VVL    + T ++++  +G T+ SW++ ++EQL++S  +  DG KP+RGGIPLVFPVFG      H    PQHG AR   W      + N       +     N   T +WP  + L   + L    L   + + N S      FN LFHTYF+  D+    ++ L G    D+  +   SY +    VT  + TD +Y N   E  I  V  G ++  +++YNLPDT VWNPW+ +++ + DF     Y  M+C++ G++   I+L PG  + A Q+L
Sbjct:   10 VVLTHPADETTSVHILKYGATVYSWKLKSEEQLWLSTAAKLDGSKPVRGGIPLVFPVFGKNSTDEHLSKLPQHGLARNSTWEFLGQTKENPPTVQFGLKPEIANPELTKLWPMDYLLILTVELGSDYLKTAIEVENTSSSKELKFNWLFHTYFRIEDIEGTMVSNLAGMKLYDQLLK--ESYVDKHPVVTFNQETDVIYQNVSAERAIQIVDKGVQIHTLKRYNLPDTVVWNPWIEKSQGMADFEPKTGYQQMICIEPGHVHDFISLAPGKKWNAYQLL 286
[Close]
BLAST of EMLSAG00000004154 vs. SwissProt
Match: gi|2501555|sp|Q40784.1|AAPC_CENCI (RecName: Full=Putative glucose-6-phosphate 1-epimerase; AltName: Full=Putative D-hexose-6-phosphate mutarotase; AltName: Full=Putative apospory-associated protein C)

HSP 1 Score: 153.295 bits (386), Expect = 8.022e-41
Identity = 93/278 (33.45%), Postives = 134/278 (48.20%), Query Frame = 0 
Query:  274 VVLDRGNNTTCTLNLHGCTIVSWRVNNQEQL-FVSKKSVFDGKKPIRGGIPLVFPVFGHSHYGPQHGFARICRWTLEKGPER-NLSGDVEAMFSLC--ENEFTTSIWPSPFRLAYRILLREK-ELHLHVSIYNPSKD-IPFGFNVLFHTYFKCPDVRRCQITGLVGCTFIDRTREPPNSYRECRDGVTIGEWTDRVYTNTPPEHVITSVVSGRKMRIQKYNLPDTFVWNPWVPQAKEIQDFGDDEYPNMVCVDSGYISSPITLMPGTAFEASQILQVM 545
            VVL    N    + L+G  + SW+ +N E+L F+S K++F   K IRGGIP+  P FG      QHGFAR   W+++  P    ++  ++A   L     E    IWP  F    R+ L    +L L   I N + D  PF +   +HTYF   D+   ++ GL    ++D  +     + E  D +      D+VY   P +  I      +   + K  LPD  VWNPW  +AK +QDFGD EY NM+CV+   +  PITL PG  +     L  +
Sbjct:   36 VVLRGARNCCAEIYLYGGQVTSWKNDNGEELLFLSSKAIFKPPKAIRGGIPICLPQFGTHGNLEQHGFARNRFWSIDNDPPPLPVNPAIKAFVDLILRPAEEDLKIWPHSFEFRLRVALGPSGDLSLTSRIRNTNTDGRPFSYTFAYHTYFFVSDISEVRVEGLETMDYLDNLKAK-ERFTEQGDAIVFESEVDKVYLAAPSKIAIIDHEKKKTFVVTKEGLPDAVVWNPWDKKAKAMQDFGDAEYKNMLCVEPAAVEKPITLKPGEEWRGRIALSAV 312
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BLAST of EMLSAG00000004154 vs. SwissProt
Match: gi|81574029|sp|Q7U4Z8.1|GSMT_SYNPX (RecName: Full=Glycine/sarcosine N-methyltransferase)

HSP 1 Score: 108.612 bits (270), Expect = 3.523e-25
Identity = 64/165 (38.79%), Postives = 95/165 (57.58%), Query Frame = 0 
Query:   44 RTSLYKNFLVNLLREKNCKNVLDVACGTGIDSVMLLENNFAVVSSDASDHMLKRAGDVRWRRRHENYFKDWDIQNMDWLNLKERLVRPAGIEQFDALICMGNSFAHLENDKDQQREAMKNFYHMIKPGGILIVDHRNFDRIIEIGKA---PMNNIYYNCEYNIDI 205
            R     +F + LL+E   ++VLDVA GTG  S+ LLE  F VVS+D S +ML RA   R  R  +   +       DW     R +      +FDA+IC+GNSF HL  ++D +R+A+  +Y ++K  GILI+DHRN+DR++E G A      N+Y  C  ++++
Sbjct:   52 RAEAEGDFFIRLLKEHGARSVLDVATGTGFHSIRLLEEGFDVVSADGSPNMLARA--FRNARNRDQLLR---TSQADW-----RFLNRDIHGEFDAVICLGNSFTHLFKERD-RRKALAEYYAVLKHNGILILDHRNYDRLLEGGSAVRQGKGNVY--CGKDVEV 203
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BLAST of EMLSAG00000004154 vs. SwissProt
Match: gi|81321414|sp|Q83WC4.1|GSMT_APHHA (RecName: Full=Glycine/sarcosine N-methyltransferase)

HSP 1 Score: 100.523 bits (249), Expect = 1.399e-22
Identity = 70/194 (36.08%), Postives = 102/194 (52.58%), Query Frame = 0 
Query:   44 RTSLYKNFLVNLLREKNCKNVLDVACGTGIDSVMLLENNFAVVSSDASDHMLKRAGDVRWRRRHENYFKDWDIQNM--DWLNLKERLVRPAGIEQFDALICMGNSFAHLENDKDQQREAMKNFYHMIKPGGILIVDHRNFDRIIEIGKAPMNNIYYNCEYNIDIKTIIVYYEAEPAMV---LLDYNIDIPDKSI 232
            R+S    F +  L+E   K VLD A GTG  S+ L+E  F V S D S  ML +A +   R       KD  ++ +  DW     R V     E+FDA+IC+GNSF HL +++D +R+ +  FY ++K  GILI+D RN+D I++ G     + YY C  N+         +AEP  V   L  +  + PD+S+
Sbjct:   45 RSSSEGEFFIKTLKEHGAKRVLDAATGTGFHSIRLIEAGFDVASVDGSVEMLVKAFENATR-------KDQILRTVHSDW-----RQVTRHIQERFDAVICLGNSFTHLFSEED-RRKTLAEFYSVLKHDGILILDQRNYDLILDEG-FKSKHTYYYCGDNV---------KAEPEYVDDGLARFRYEFPDQSV 215
[Close]
BLAST of EMLSAG00000004154 vs. SwissProt
Match: gi|75415747|sp|Q9KJ22.1|GSMT_HALHR (RecName: Full=Glycine/sarcosine N-methyltransferase)

HSP 1 Score: 97.8265 bits (242), Expect = 1.170e-21
Identity = 59/153 (38.56%), Postives = 86/153 (56.21%), Query Frame = 0 
Query:   50 NFLVNLLREKNCKNVLDVACGTGIDSVMLLENNFAVVSSDASDHMLKRAGDVRWRRRH--ENYFKDWDIQNMDWLNLKERLVRPAGIEQFDALICMGNSFAHLENDKDQQREAMKNFYHMIKPGGILIVDHRNFDRIIEIGKAPMNNIYYNCE 200
            +F +  L+++    +LD A GTG  SV LLE  F VVS+D S  ML +A +   +R H       DW      WLN   R +      ++DA+IC+GNSF HL N+KD +R+ +  FY  + P G+LI+D RN+D I++ G    ++ YY  E
Sbjct:   49 DFFIQELKKRGATRILDAATGTGFHSVRLLEAGFDVVSADGSAEMLAKAFENGRKRGHILRTVQVDW-----RWLN---RDIHG----RYDAIICLGNSFTHLFNEKD-RRKTLAEFYSALNPEGVLILDQRNYDGILDHGYDSSHSYYYCGE 188
[Close]
BLAST of EMLSAG00000004154 vs. Select Arthropod Genomes
Match: EEB15691.1 (conserved hypothetical protein [Pediculus humanus corporis])

HSP 1 Score: 447.588 bits (1150), Expect = 1.216e-155
Identity = 206/276 (74.64%), Postives = 237/276 (85.87%), Query Frame = 0 
Query:  270 ASPVVVLDRGNNTTCTLNLHGCTIVSWRVNNQEQLFVSKKSVFDGKKPIRGGIPLVFPVFGHSHYGPQHGFARICRWTLEKGPERNLSGDVEAMFSLCENEFTTSIWPSPFRLAYRILLREKELHLHVSIYNPSKDIPFGFNVLFHTYFKCPDVRRCQITGLVGCTFIDRTREPPNSYRECRDGVTIGEWTDRVYTNTPPEHVITSVVSGRKMRIQKYNLPDTFVWNPWVPQAKEIQDFGDDEYPNMVCVDSGYISSPITLMPGTAFEASQILQVM 545
            A+ VVVLDRGNNTTCT+NLHG T+VSWRVNNQEQLFVSK+++FDGKK IRGG+P VFP FGH  +GPQHGFARI RW LEK PER  SGDVEA+FSL +NEFT S+W   FRL YR++LREKELH ++ IYNPSK + F FN+L HTYFKCPDVRRCQITGL GC FID+TRE   +Y+E RD VTI EWTDR+Y NTP EH+IT+VVSGRKMRIQKYN PDT +WNPW+ QAKEI DFGDDE+PNMVCV+SG++SSP+ L+PGTAFEASQILQVM
Sbjct:    3 ATSVVVLDRGNNTTCTINLHGATVVSWRVNNQEQLFVSKQAIFDGKKAIRGGVPFVFPQFGHWSFGPQHGFARITRWNLEKAPERLPSGDVEAVFSLTDNEFTRSMWNYQFRLTYRLILREKELHFNIGIYNPSKQLTFSFNLLLHTYFKCPDVRRCQITGLHGCPFIDKTREGA-AYQEGRDVVTISEWTDRIYRNTPQEHIITNVVSGRKMRIQKYNFPDTVIWNPWMDQAKEIPDFGDDEFPNMVCVESGHVSSPVILLPGTAFEASQILQVM 277
[Close]
BLAST of EMLSAG00000004154 vs. Select Arthropod Genomes
Match: gb|EFA11215.1| (Putative glucose-6-phosphate 1-epimerase-like Protein [Tribolium castaneum])

HSP 1 Score: 433.721 bits (1114), Expect = 3.699e-150
Identity = 197/276 (71.38%), Postives = 233/276 (84.42%), Query Frame = 0 
Query:  270 ASPVVVLDRGNNTTCTLNLHGCTIVSWRVNNQEQLFVSKKSVFDGKKPIRGGIPLVFPVFGHSHYGPQHGFARICRWTLEKGPERNLSGDVEAMFSLCENEFTTSIWPSPFRLAYRILLREKELHLHVSIYNPSKDIPFGFNVLFHTYFKCPDVRRCQITGLVGCTFIDRTREPPNSYRECRDGVTIGEWTDRVYTNTPPEHVITSVVSGRKMRIQKYNLPDTFVWNPWVPQAKEIQDFGDDEYPNMVCVDSGYISSPITLMPGTAFEASQILQVM 545
            A+ VVVLDRGNNTTCT+NLHG T+VSWRVNNQEQLFVSK++VFDGKK IRGGIP VFP FG  +YGPQHGFARI RW LEK PER  SGD+EA+FSL +++FT ++W  PF+L YR++LREKELH ++++YNPSK+  F FN+L HTYFK PDVRRCQITGL GCT++D+T      Y+E RD VTIGEWTDR+Y NTP EH+IT+VVSGRKMRIQK N PDT +WNPWV  AKE+ DFGDDEYPNMVCV+SG++SSP+ L+PG  FEASQILQVM
Sbjct:    3 ATSVVVLDRGNNTTCTINLHGATVVSWRVNNQEQLFVSKQAVFDGKKAIRGGIPFVFPQFGPWNYGPQHGFARIVRWNLEKPPERLASGDIEAIFSLIDSDFTRAVWSYPFQLTYRLILREKELHSNIAVYNPSKESTFSFNLLLHTYFKVPDVRRCQITGLQGCTYLDKTTNEGALYQETRDVVTIGEWTDRIYQNTPHEHIITNVVSGRKMRIQKCNFPDTVIWNPWVEHAKEMNDFGDDEYPNMVCVESGHVSSPVILLPGMGFEASQILQVM 278
[Close]
BLAST of EMLSAG00000004154 vs. Select Arthropod Genomes
Match: EFX75730.1 (hypothetical protein DAPPUDRAFT_306682 [Daphnia pulex])

HSP 1 Score: 429.098 bits (1102), Expect = 2.745e-148
Identity = 195/278 (70.14%), Postives = 234/278 (84.17%), Query Frame = 0 
Query:  268 AMASPVVVLDRGNNTTCTLNLHGCTIVSWRVNNQEQLFVSKKSVFDGKKPIRGGIPLVFPVFGHSHYGPQHGFARICRWTLEKGPERNLSGDVEAMFSLCENEFTTSIWPSPFRLAYRILLREKELHLHVSIYNPSKDIPFGFNVLFHTYFKCPDVRRCQITGLVGCTFIDRTREPPNSYRECRDGVTIGEWTDRVYTNTPPEHVITSVVSGRKMRIQKYNLPDTFVWNPWVPQAKEIQDFGDDEYPNMVCVDSGYISSPITLMPGTAFEASQILQVM 545
            A  + VVVLDRGNNTTCT+NLHG T+VSWRVNNQEQLFVSK++VFDGKK IRGGIP VFP FG  +YGPQHGFAR+ RW +EK PER  SGD+EAMF + +NE T S+W  PFRL+YR++LREKELH ++ +YN  K+  F FN+L HTYFK PDVRRCQITGL GCTF+D+TR+    Y+E RD VT+ E+TDRVY NTP EH+IT+VVS RKMRIQKYN PDT VWNPWV +A+EIQDFGDDEYPNM+CV++G++S+P+ L+PGTAFEAS+ILQVM
Sbjct:    3 AAPTSVVVLDRGNNTTCTINLHGATVVSWRVNNQEQLFVSKQAVFDGKKAIRGGIPFVFPQFGSWNYGPQHGFARVIRWHVEKSPERLPSGDIEAMFCIVDNEVTRSMWNFPFRLSYRLILREKELHFNIGVYNVGKEATFSFNLLLHTYFKVPDVRRCQITGLQGCTFVDKTRDGA-MYQEVRDVVTVNEYTDRVYQNTPQEHIITNVVSNRKMRIQKYNFPDTVVWNPWVEKAREIQDFGDDEYPNMICVEAGHVSAPVILLPGTAFEASEILQVM 279
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BLAST of EMLSAG00000004154 vs. Select Arthropod Genomes
Match: XP_003251860.1 (PREDICTED: glucose-6-phosphate 1-epimerase [Apis mellifera])

HSP 1 Score: 428.328 bits (1100), Expect = 4.770e-148
Identity = 197/278 (70.86%), Postives = 235/278 (84.53%), Query Frame = 0 
Query:  268 AMASPVVVLDRGNNTTCTLNLHGCTIVSWRVNNQEQLFVSKKSVFDGKKPIRGGIPLVFPVFGHSHYGPQHGFARICRWTLEKGPERNLSGDVEAMFSLCENEFTTSIWPSPFRLAYRILLREKELHLHVSIYNPSKDIPFGFNVLFHTYFKCPDVRRCQITGLVGCTFIDRTREPPNSYRECRDGVTIGEWTDRVYTNTPPEHVITSVVSGRKMRIQKYNLPDTFVWNPWVPQAKEIQDFGDDEYPNMVCVDSGYISSPITLMPGTAFEASQILQVM 545
            A A+ VVVLDRGNNTTCT+NLHG T+VSWRVNNQEQLFVSK++VFDGKK IRGGIP VFP FG   +GP HGFARI RW +EK PER  SGDVEA+FS+ ++EFT S+W  PF+L YR++LREKELH ++ +YNPSKD  F FN+L HTYFK PDVRRCQITGL GCTFID+TR+    ++E RD VT+ EWTDR+Y NT PEH+IT+VVSGRKMR+QKYN PDT VWNPW  +A++I DFGDDE+PNM+CV+SG++SSP+ L+PGTAFEASQILQVM
Sbjct:    2 AAATSVVVLDRGNNTTCTINLHGATVVSWRVNNQEQLFVSKQAVFDGKKAIRGGIPFVFPQFGAWTFGPPHGFARIVRWNVEKSPERLPSGDVEAIFSIMDSEFTRSMWNYPFKLTYRLILREKELHFNIGVYNPSKDHTFSFNLLLHTYFKVPDVRRCQITGLHGCTFIDKTRD-NQIFQEGRDVVTVCEWTDRIYQNTQPEHIITNVVSGRKMRVQKYNFPDTVVWNPWQEKARDIPDFGDDEFPNMICVESGHVSSPVILLPGTAFEASQILQVM 278
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BLAST of EMLSAG00000004154 vs. Select Arthropod Genomes
Match: AAF53325.1 (CG9008, isoform A [Drosophila melanogaster])

HSP 1 Score: 412.535 bits (1059), Expect = 1.713e-141
Identity = 186/273 (68.13%), Postives = 228/273 (83.52%), Query Frame = 0 
Query:  273 VVVLDRGNNTTCTLNLHGCTIVSWRVNNQEQLFVSKKSVFDGKKPIRGGIPLVFPVFGHSHYGPQHGFARICRWTLEKGPERNLSGDVEAMFSLCENEFTTSIWPSPFRLAYRILLREKELHLHVSIYNPSKDIPFGFNVLFHTYFKCPDVRRCQITGLVGCTFIDRTREPPNSYRECRDGVTIGEWTDRVYTNTPPEHVITSVVSGRKMRIQKYNLPDTFVWNPWVPQAKEIQDFGDDEYPNMVCVDSGYISSPITLMPGTAFEASQILQVM 545
            VVVLDRGNNTTCT+NLHG T+VSWRVNNQEQLFVSK + FDGKK IRGGIP VFP FG   +GPQHGFARI RW LE+ P+R  +GDVEA+FSL +N+FT SIW   FR+ YR++LREKELH H+ +YNPSK++ F FN+L HTY K PDVRRCQITGL GC FID+TRE    Y+E R+ VT+ EWTDR+Y +TP EHVIT+VVSGRKMR+ KYN PDT +WNPW+ +++E+ DFGDDE+PNM+CV++G ++SP+ L+PGTAFEASQILQ++
Sbjct:   13 VVVLDRGNNTTCTINLHGATVVSWRVNNQEQLFVSKLASFDGKKAIRGGIPFVFPQFGAWSFGPQHGFARITRWHLERPPDRLHNGDVEAIFSLMDNDFTRSIWNYQFRITYRLILREKELHFHIGVYNPSKELSFTFNMLLHTYLKVPDVRRCQITGLQGCHFIDKTRENA-LYQEGREVVTVNEWTDRIYQHTPQEHVITNVVSGRKMRLHKYNFPDTVIWNPWIDRSREMSDFGDDEFPNMLCVEAGNVTSPVILLPGTAFEASQILQII 284
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BLAST of EMLSAG00000004154 vs. Select Arthropod Genomes
Match: AAN10845.3 (CG9008, isoform E [Drosophila melanogaster])

HSP 1 Score: 411.379 bits (1056), Expect = 2.918e-141
Identity = 187/272 (68.75%), Postives = 227/272 (83.46%), Query Frame = 0 
Query:  273 VVVLDRGNNTTCTLNLHGCTIVSWRVNNQEQLFVSKKSVFDGKKPIRGGIPLVFPVFGHSHYGPQHGFARICRWTLEKGPERNLSGDVEAMFSLCENEFTTSIWPSPFRLAYRILLREKELHLHVSIYNPSKDIPFGFNVLFHTYFKCPDVRRCQITGLVGCTFIDRTREPPNSYRECRDGVTIGEWTDRVYTNTPPEHVITSVVSGRKMRIQKYNLPDTFVWNPWVPQAKEIQDFGDDEYPNMVCVDSGYISSPITLMPGTAFEASQILQV 544
            VVVLDRGNNTTCT+NLHG T+VSWRVNNQEQLFVSK + FDGKK IRGGIP VFP FG   +GPQHGFARI RW LE+ P+R  +GDVEA+FSL +N+FT SIW   FR+ YR++LREKELH H+ +YNPSK++ F FN+L HTY K PDVRRCQITGL GC FID+TRE    Y+E R+ VT+ EWTDR+Y +TP EHVIT+VVSGRKMR+ KYN PDT +WNPW+ +++E+ DFGDDE+PNM+CV++G ++SP+ L+PGTAFEASQILQV
Sbjct:   13 VVVLDRGNNTTCTINLHGATVVSWRVNNQEQLFVSKLASFDGKKAIRGGIPFVFPQFGAWSFGPQHGFARITRWHLERPPDRLHNGDVEAIFSLMDNDFTRSIWNYQFRITYRLILREKELHFHIGVYNPSKELSFTFNMLLHTYLKVPDVRRCQITGLQGCHFIDKTRENA-LYQEGREVVTVNEWTDRIYQHTPQEHVITNVVSGRKMRLHKYNFPDTVIWNPWIDRSREMSDFGDDEFPNMLCVEAGNVTSPVILLPGTAFEASQILQV 283
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BLAST of EMLSAG00000004154 vs. Select Arthropod Genomes
Match: AHN54422.1 (CG9008, isoform D [Drosophila melanogaster])

HSP 1 Score: 408.683 bits (1049), Expect = 6.467e-140
Identity = 186/271 (68.63%), Postives = 226/271 (83.39%), Query Frame = 0 
Query:  273 VVVLDRGNNTTCTLNLHGCTIVSWRVNNQEQLFVSKKSVFDGKKPIRGGIPLVFPVFGHSHYGPQHGFARICRWTLEKGPERNLSGDVEAMFSLCENEFTTSIWPSPFRLAYRILLREKELHLHVSIYNPSKDIPFGFNVLFHTYFKCPDVRRCQITGLVGCTFIDRTREPPNSYRECRDGVTIGEWTDRVYTNTPPEHVITSVVSGRKMRIQKYNLPDTFVWNPWVPQAKEIQDFGDDEYPNMVCVDSGYISSPITLMPGTAFEASQILQ 543
            VVVLDRGNNTTCT+NLHG T+VSWRVNNQEQLFVSK + FDGKK IRGGIP VFP FG   +GPQHGFARI RW LE+ P+R  +GDVEA+FSL +N+FT SIW   FR+ YR++LREKELH H+ +YNPSK++ F FN+L HTY K PDVRRCQITGL GC FID+TRE    Y+E R+ VT+ EWTDR+Y +TP EHVIT+VVSGRKMR+ KYN PDT +WNPW+ +++E+ DFGDDE+PNM+CV++G ++SP+ L+PGTAFEASQILQ
Sbjct:   13 VVVLDRGNNTTCTINLHGATVVSWRVNNQEQLFVSKLASFDGKKAIRGGIPFVFPQFGAWSFGPQHGFARITRWHLERPPDRLHNGDVEAIFSLMDNDFTRSIWNYQFRITYRLILREKELHFHIGVYNPSKELSFTFNMLLHTYLKVPDVRRCQITGLQGCHFIDKTRENA-LYQEGREVVTVNEWTDRIYQHTPQEHVITNVVSGRKMRLHKYNFPDTVIWNPWIDRSREMSDFGDDEFPNMLCVEAGNVTSPVILLPGTAFEASQILQ 282
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BLAST of EMLSAG00000004154 vs. Select Arthropod Genomes
Match: EAA15121.4 (AGAP009039-PA, partial [Anopheles gambiae str. PEST])

HSP 1 Score: 362.844 bits (930), Expect = 1.144e-122
Identity = 164/238 (68.91%), Postives = 199/238 (83.61%), Query Frame = 0 
Query:  308 KKSVFDGKKPIRGGIPLVFPVFGHSHYGPQHGFARICRWTLEKGPERNLSGDVEAMFSLCENEFTTSIWPSPFRLAYRILLREKELHLHVSIYNPSKDIPFGFNVLFHTYFKCPDVRRCQITGLVGCTFIDRTREPPNSYRECRDGVTIGEWTDRVYTNTPPEHVITSVVSGRKMRIQKYNLPDTFVWNPWVPQAKEIQDFGDDEYPNMVCVDSGYISSPITLMPGTAFEASQILQVM 545
            K +VFDGKK IRGGIP VFP FG  ++GPQHGF R+ RWTLE+ PER  SGDVEA+FSL +NE T S+W  PFR+ YR++LREKELH H+ +YNPSKD+ F FN+L HTY K PDVRRCQITGL GCTF+D+TR+    Y+E RD VTI EWTDRVY +TP EH+IT+VVSGRKMR+QKYN PDT VWNPW+ +A+E QDFGDDEYPNM+CV++G++S+P+ L+PGTAFEASQILQV+
Sbjct:    1 KLAVFDGKKAIRGGIPFVFPQFGPWNFGPQHGFGRVVRWTLERAPERLPSGDVEAVFSLMDNEITRSMWNYPFRITYRLILREKELHFHIGVYNPSKDMTFSFNLLLHTYLKVPDVRRCQITGLHGCTFVDKTRD-GAIYQEGRDAVTINEWTDRVYQHTPQEHIITNVVSGRKMRLQKYNFPDTVVWNPWMEKARECQDFGDDEYPNMICVEAGHVSTPVILLPGTAFEASQILQVL 237
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BLAST of EMLSAG00000004154 vs. Select Arthropod Genomes
Match: gb|EEC13176.1| (glycine N-methyltransferase, putative [Ixodes scapularis])

HSP 1 Score: 261.536 bits (667), Expect = 1.154e-82
Identity = 131/260 (50.38%), Postives = 171/260 (65.77%), Query Frame = 0 
Query:    5 TDEYITTRTQGIASSGLVDQYSDGKAANVWEIYIGQTGKRTSLYKNFLVNLLREKNCKNVLDVACGTGIDSVMLLENNFAVVSSDASDHMLKRAGDVRWRRRHENYFKDWDIQNMDWLNLKERLVRPAGIEQFDALICMGNSFAHLEN---DKDQQREAMKNFYHMIKPGGILIVDHRNFDRIIEIGKAPMNNIYYNCEYNIDIKTIIVYYEAEPAMVLLDYNIDIPDKSIDG-----TFRLRYHPHKLRDFTKLLTDTF 256
            TD    TR+ GI S G+ DQY+DG+AA VWE+YIG+  KRT  YK FL   L+   C  +LDVACGTGIDS++LLE  F V S DASD MLK A   RW RR E  F +W I+  +WL L + LV+P     FDA+IC+GNSF+HL +   D    R+A+ NF  MIKPGG LI+DHRN+D I++ G  P ++IYYN +Y  DI T ++Y + +P+MV+LDY +DI      G      FRL Y+PH+L +F+K+L D F
Sbjct:    2 TDHVYHTRSLGIGSEGIPDQYADGRAAKVWEVYIGERNKRTDHYKTFLTEKLQTLQCHRLLDVACGTGIDSILLLEEGFQVTSVDASDRMLKYALRTRWNRRGEKAFNEWVIEEANWLTLPDDLVKPE--TGFDAVICLGNSFSHLPDVAGDGSIHRKAITNFREMIKPGGFLIIDHRNYDHILDHGTTPTHSIYYNSKYIRDIHTSVMYVDRKPSMVMLDYVMDISTARRGGCPENPNFRLSYYPHRLAEFSKILKDVF 259
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BLAST of EMLSAG00000004154 vs. Select Arthropod Genomes
Match: AAF54848.1 (glycine N-methyltransferase [Drosophila melanogaster])

HSP 1 Score: 257.299 bits (656), Expect = 5.356e-81
Identity = 125/265 (47.17%), Postives = 174/265 (65.66%), Query Frame = 0 
Query:    1 MEFNTDEYITTRTQGIASSGLVDQYSDGKAANVWEIYIGQTGKRTSLYKNFLVNLLREKNCKNVLDVACGTGIDSVMLLENNFAVVSSDASDHMLKRAGDVRWRRRHENYFKDWDIQNMDWLNLKERLVRPAGIEQFDALICMGNSFAHLEN---DKDQQREAMKNFYHMIKPGGILIVDHRNFDRIIEIGKAPMNNIYYNCEYNIDIKTIIVYYEAEPAMVLLDYNIDIPDKSIDGTFRLRYHPHKLRDFTKLLTDTFVVYFKY 262
            M  + D     R+ GI++ G+ DQY+DGKAA VWEI+IG    RT  YKNFL+++LR K CK VLDVACGTG+DS+ML+E  F VVS DASD MLK A   RW RR+E  F  W I+  +WL L +  ++    + FDA+IC+GNSFAHL +   D+ + ++A+ NF   +KPGG+L++DHRN+D I+E G  P  +IYYN  +  DIKT +++Y  +PA+V +DY   I    +   FRL Y+PH L+ F ++L + F    K+
Sbjct:    1 MTTSADSVFVARSDGISAEGVRDQYADGKAAKVWEIFIGDKNSRTDNYKNFLIDMLRNKGCKRVLDVACGTGVDSLMLVEEGFEVVSVDASDKMLKYALKERWARRNEAAFDKWVIEEANWLTLYDD-IQEHIQDGFDAVICLGNSFAHLMDGFGDQREHKQAIGNFEKCLKPGGVLLIDHRNYDNILETGATPAKSIYYNTSHTADIKTSVLFYCGKPALVSMDYL--IAGNKLTSEFRLSYYPHGLKRFQEILAEIFSAKAKH 262
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BLAST of EMLSAG00000004154 vs. nr
Match: gi|225712624|gb|ACO12158.1| (Glycine N-methyltransferase [Lepeophtheirus salmonis])

HSP 1 Score: 533.872 bits (1374), Expect = 0.000e+0
Identity = 256/256 (100.00%), Postives = 256/256 (100.00%), Query Frame = 0 
Query:    1 MEFNTDEYITTRTQGIASSGLVDQYSDGKAANVWEIYIGQTGKRTSLYKNFLVNLLREKNCKNVLDVACGTGIDSVMLLENNFAVVSSDASDHMLKRAGDVRWRRRHENYFKDWDIQNMDWLNLKERLVRPAGIEQFDALICMGNSFAHLENDKDQQREAMKNFYHMIKPGGILIVDHRNFDRIIEIGKAPMNNIYYNCEYNIDIKTIIVYYEAEPAMVLLDYNIDIPDKSIDGTFRLRYHPHKLRDFTKLLTDTF 256
            MEFNTDEYITTRTQGIASSGLVDQYSDGKAANVWEIYIGQTGKRTSLYKNFLVNLLREKNCKNVLDVACGTGIDSVMLLENNFAVVSSDASDHMLKRAGDVRWRRRHENYFKDWDIQNMDWLNLKERLVRPAGIEQFDALICMGNSFAHLENDKDQQREAMKNFYHMIKPGGILIVDHRNFDRIIEIGKAPMNNIYYNCEYNIDIKTIIVYYEAEPAMVLLDYNIDIPDKSIDGTFRLRYHPHKLRDFTKLLTDTF
Sbjct:    1 MEFNTDEYITTRTQGIASSGLVDQYSDGKAANVWEIYIGQTGKRTSLYKNFLVNLLREKNCKNVLDVACGTGIDSVMLLENNFAVVSSDASDHMLKRAGDVRWRRRHENYFKDWDIQNMDWLNLKERLVRPAGIEQFDALICMGNSFAHLENDKDQQREAMKNFYHMIKPGGILIVDHRNFDRIIEIGKAPMNNIYYNCEYNIDIKTIIVYYEAEPAMVLLDYNIDIPDKSIDGTFRLRYHPHKLRDFTKLLTDTF 256
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BLAST of EMLSAG00000004154 vs. nr
Match: gi|225711596|gb|ACO11644.1| (Glycine N-methyltransferase [Caligus rogercresseyi])

HSP 1 Score: 451.44 bits (1160), Expect = 2.521e-154
Identity = 211/256 (82.42%), Postives = 237/256 (92.58%), Query Frame = 0 
Query:    1 MEFNTDEYITTRTQGIASSGLVDQYSDGKAANVWEIYIGQTGKRTSLYKNFLVNLLREKNCKNVLDVACGTGIDSVMLLENNFAVVSSDASDHMLKRAGDVRWRRRHENYFKDWDIQNMDWLNLKERLVRPAGIEQFDALICMGNSFAHLENDKDQQREAMKNFYHMIKPGGILIVDHRNFDRIIEIGKAPMNNIYYNCEYNIDIKTIIVYYEAEPAMVLLDYNIDIPDKSIDGTFRLRYHPHKLRDFTKLLTDTF 256
            M+ NT+EYITTRTQGIASSGLVDQYSDGKAANVWEIYIGQTGKRTSLYKNFLVNLLREK+CKNVLDVACGTGIDSVMLLEN F VVSSDASDHMLKRAGD+RWRRRHE+ FKDWDIQN+DWLNL+E+LVRP G E+FDALICMGNSFAHLEN KDQ ++AM+NFY MIKPGGILI+DHRNFD+I+E  KAP NNIYYNC+Y++DI T++V+YEAEP MVLLDYNI IPD SIDG+FRL Y+PH+L +F+KLL DTF
Sbjct:    1 MDSNTEEYITTRTQGIASSGLVDQYSDGKAANVWEIYIGQTGKRTSLYKNFLVNLLREKSCKNVLDVACGTGIDSVMLLENGFNVVSSDASDHMLKRAGDIRWRRRHEDNFKDWDIQNVDWLNLEEKLVRPQGTEKFDALICMGNSFAHLENKKDQPKKAMENFYQMIKPGGILIIDHRNFDQILETKKAPKNNIYYNCDYDMDIYTMVVHYEAEPFMVLLDYNIHIPDTSIDGSFRLSYYPHQLSNFSKLLKDTF 256
[Close]
BLAST of EMLSAG00000004154 vs. nr
Match: gi|242015576|ref|XP_002428429.1| (conserved hypothetical protein [Pediculus humanus corporis] >gi|212513041|gb|EEB15691.1| conserved hypothetical protein [Pediculus humanus corporis])

HSP 1 Score: 447.588 bits (1150), Expect = 5.951e-153
Identity = 206/276 (74.64%), Postives = 237/276 (85.87%), Query Frame = 0 
Query:  270 ASPVVVLDRGNNTTCTLNLHGCTIVSWRVNNQEQLFVSKKSVFDGKKPIRGGIPLVFPVFGHSHYGPQHGFARICRWTLEKGPERNLSGDVEAMFSLCENEFTTSIWPSPFRLAYRILLREKELHLHVSIYNPSKDIPFGFNVLFHTYFKCPDVRRCQITGLVGCTFIDRTREPPNSYRECRDGVTIGEWTDRVYTNTPPEHVITSVVSGRKMRIQKYNLPDTFVWNPWVPQAKEIQDFGDDEYPNMVCVDSGYISSPITLMPGTAFEASQILQVM 545
            A+ VVVLDRGNNTTCT+NLHG T+VSWRVNNQEQLFVSK+++FDGKK IRGG+P VFP FGH  +GPQHGFARI RW LEK PER  SGDVEA+FSL +NEFT S+W   FRL YR++LREKELH ++ IYNPSK + F FN+L HTYFKCPDVRRCQITGL GC FID+TRE   +Y+E RD VTI EWTDR+Y NTP EH+IT+VVSGRKMRIQKYN PDT +WNPW+ QAKEI DFGDDE+PNMVCV+SG++SSP+ L+PGTAFEASQILQVM
Sbjct:    3 ATSVVVLDRGNNTTCTINLHGATVVSWRVNNQEQLFVSKQAIFDGKKAIRGGVPFVFPQFGHWSFGPQHGFARITRWNLEKAPERLPSGDVEAVFSLTDNEFTRSMWNYQFRLTYRLILREKELHFNIGIYNPSKQLTFSFNLLLHTYFKCPDVRRCQITGLHGCPFIDKTREGA-AYQEGRDVVTISEWTDRIYRNTPQEHIITNVVSGRKMRIQKYNFPDTVIWNPWMDQAKEIPDFGDDEFPNMVCVESGHVSSPVILLPGTAFEASQILQVM 277
[Close]
BLAST of EMLSAG00000004154 vs. nr
Match: gi|1080034657|ref|XP_018568703.1| (PREDICTED: glucose-6-phosphate 1-epimerase [Anoplophora glabripennis])

HSP 1 Score: 444.121 bits (1141), Expect = 1.467e-151
Identity = 202/276 (73.19%), Postives = 237/276 (85.87%), Query Frame = 0 
Query:  270 ASPVVVLDRGNNTTCTLNLHGCTIVSWRVNNQEQLFVSKKSVFDGKKPIRGGIPLVFPVFGHSHYGPQHGFARICRWTLEKGPERNLSGDVEAMFSLCENEFTTSIWPSPFRLAYRILLREKELHLHVSIYNPSKDIPFGFNVLFHTYFKCPDVRRCQITGLVGCTFIDRTREPPNSYRECRDGVTIGEWTDRVYTNTPPEHVITSVVSGRKMRIQKYNLPDTFVWNPWVPQAKEIQDFGDDEYPNMVCVDSGYISSPITLMPGTAFEASQILQVM 545
            A+ VVVLDRGNNTTCT+NLHG T+VSWRVNNQEQLFVSK++VFDGKK IRGGIP VFP FG   +GPQHGFARI RW LEK PER  SGDVEA+FS+ + +FT S+W   FRL YR++LREKELH ++++YNPSK++ F FN+L HTYFK PDVRRCQITGL GCTFID+TR+    Y+E RD VTIGEWTDR+Y NTP EH+IT+VVSGRKMRIQKYN PDT +WNPW+ QAKE+ DFGDDEYPNMVCV++G++SSP+ L+PGTAFEASQILQVM
Sbjct:    3 ATSVVVLDRGNNTTCTINLHGATVVSWRVNNQEQLFVSKQAVFDGKKAIRGGIPFVFPQFGPWTFGPQHGFARIVRWNLEKAPERLASGDVEAIFSMMDTDFTCSMWNYQFRLTYRLILREKELHFNIAVYNPSKELTFSFNMLLHTYFKVPDVRRCQITGLQGCTFIDKTRD-GTVYQETRDVVTIGEWTDRIYQNTPQEHIITNVVSGRKMRIQKYNFPDTVIWNPWIEQAKEMSDFGDDEYPNMVCVEAGHVSSPVILVPGTAFEASQILQVM 277
[Close]
BLAST of EMLSAG00000004154 vs. nr
Match: gi|1061486647|gb|ODN03740.1| (Glucose-6-phosphate 1-epimerase [Orchesella cincta])

HSP 1 Score: 444.121 bits (1141), Expect = 1.715e-151
Identity = 208/279 (74.55%), Postives = 238/279 (85.30%), Query Frame = 0 
Query:  269 MASP--VVVLDRGNNTTCTLNLHGCTIVSWRVNNQEQLFVSKKSVFDGKKPIRGGIPLVFPVFGHSHYGPQHGFARICRWTLEKGPERNLSGDVEAMFSLCENEFTTSIWPSPFRLAYRILLREKELHLHVSIYNPSKDIPFGFNVLFHTYFKCPDVRRCQITGLVGCTFIDRTREPPNSYRECRDGVTIGEWTDRVYTNTPPEHVITSVVSGRKMRIQKYNLPDTFVWNPWVPQAKEIQDFGDDEYPNMVCVDSGYISSPITLMPGTAFEASQILQVM 545
            MA+P  VVVLDRGNNTTCT+NLHG T+VSWRVNNQEQLFVSK++ FDGKK IRGGIP VFP FG  +YGPQHGFARI RWTLEK PER  SGDVEA+FSL +N+FT S+W  PFRL YR++LREKELH ++  YNPSKD+ F FN+L HTYFK PDVRRCQITGL GCTFID+TRE    Y+E RD VTIGEWTDRVY NTP EH+IT+VVSGRKMRIQKYN PDT +WNPW   AKEI DFGDDE+PNMVC+++G++S+P+ L+PGTAFEASQILQVM
Sbjct:    1 MAAPTSVVVLDRGNNTTCTINLHGATVVSWRVNNQEQLFVSKQAQFDGKKAIRGGIPFVFPQFGQWNYGPQHGFARIIRWTLEKSPERLPSGDVEAVFSLMDNDFTRSMWNFPFRLTYRLILREKELHFNICAYNPSKDLTFSFNLLLHTYFKVPDVRRCQITGLHGCTFIDKTRE-STVYQEGRDVVTIGEWTDRVYQNTPQEHIITNVVSGRKMRIQKYNFPDTVIWNPWSEGAKEIADFGDDEFPNMVCLEAGHVSAPVILLPGTAFEASQILQVM 278
[Close]
BLAST of EMLSAG00000004154 vs. nr
Match: gi|1058016520|gb|JAS11944.1| (hypothetical protein g.11252, partial [Clastoptera arizonana])

HSP 1 Score: 442.965 bits (1138), Expect = 3.902e-151
Identity = 202/276 (73.19%), Postives = 239/276 (86.59%), Query Frame = 0 
Query:  270 ASPVVVLDRGNNTTCTLNLHGCTIVSWRVNNQEQLFVSKKSVFDGKKPIRGGIPLVFPVFGHSHYGPQHGFARICRWTLEKGPERNLSGDVEAMFSLCENEFTTSIWPSPFRLAYRILLREKELHLHVSIYNPSKDIPFGFNVLFHTYFKCPDVRRCQITGLVGCTFIDRTREPPNSYRECRDGVTIGEWTDRVYTNTPPEHVITSVVSGRKMRIQKYNLPDTFVWNPWVPQAKEIQDFGDDEYPNMVCVDSGYISSPITLMPGTAFEASQILQVM 545
            A+ VVVLDRGNNTTCT+NLHG T+VSWRVNNQEQLFVSK++VFDGKKPIRGGIP VFP FG  ++GPQHGFARI RW LEK PER  SGDVEA+FS+ ++EF+ S+W  PFRL YR++LREKELH ++ ++NPSKD+ F FN+L HTYFK PDVRRCQITGL GCTFID+TRE    Y+E R+ VTI EWTDR+Y NTP EH+IT+VVSGRKMRIQKYN PDT +WNPWV Q+K+I DFGDDEYPNM+CV+SG+++SP+ L+PGTAFEASQILQVM
Sbjct:    2 ATSVVVLDRGNNTTCTINLHGATVVSWRVNNQEQLFVSKQAVFDGKKPIRGGIPFVFPQFGPWNFGPQHGFARIVRWNLEKAPERLPSGDVEAIFSMMDSEFSRSLWHYPFRLTYRLILREKELHFNIGVFNPSKDLTFSFNLLLHTYFKVPDVRRCQITGLHGCTFIDKTRE-NTLYQEGREAVTIAEWTDRIYQNTPQEHIITNVVSGRKMRIQKYNFPDTVLWNPWVDQSKDIGDFGDDEYPNMICVESGHVTSPVHLLPGTAFEASQILQVM 276
[Close]
BLAST of EMLSAG00000004154 vs. nr
Match: gi|952513287|gb|KRT79888.1| (hypothetical protein AMK59_7078 [Oryctes borbonicus])

HSP 1 Score: 440.654 bits (1132), Expect = 3.501e-150
Identity = 202/276 (73.19%), Postives = 236/276 (85.51%), Query Frame = 0 
Query:  270 ASPVVVLDRGNNTTCTLNLHGCTIVSWRVNNQEQLFVSKKSVFDGKKPIRGGIPLVFPVFGHSHYGPQHGFARICRWTLEKGPERNLSGDVEAMFSLCENEFTTSIWPSPFRLAYRILLREKELHLHVSIYNPSKDIPFGFNVLFHTYFKCPDVRRCQITGLVGCTFIDRTREPPNSYRECRDGVTIGEWTDRVYTNTPPEHVITSVVSGRKMRIQKYNLPDTFVWNPWVPQAKEIQDFGDDEYPNMVCVDSGYISSPITLMPGTAFEASQILQVM 545
            A+ VVVLDRGNNTTCT+NLHG T+VSWRVNNQEQLFVSK++VFDGKKPIRGGIP VFP FG   +GPQHGFARI RW LEK PER  SGDVEA+FSL + +FT S+W   FRL YR++LREKELH +++IYNPSKD+ F FN+L HTYFK PDVRRCQITGL G TF+D+TRE    Y+E RD VTI EWTDR+Y NTP EH+IT+VVSGRKMRIQKYN PDT VWNPW+ +AKE+ DFGDDEYPNM+C+++G++SSP+ L+PGTAFEASQILQVM
Sbjct:    3 ATSVVVLDRGNNTTCTINLHGATVVSWRVNNQEQLFVSKQAVFDGKKPIRGGIPFVFPQFGPWTFGPQHGFARIIRWNLEKAPERLASGDVEAIFSLMDTDFTRSMWNYSFRLTYRLILREKELHFNIAIYNPSKDLTFSFNMLLHTYFKVPDVRRCQITGLHGSTFVDKTREGA-MYQEGRDVVTICEWTDRIYQNTPQEHIITNVVSGRKMRIQKYNFPDTVVWNPWIDKAKEMSDFGDDEYPNMICIEAGHVSSPVILLPGTAFEASQILQVM 277
[Close]
BLAST of EMLSAG00000004154 vs. nr
Match: gi|1058215092|gb|JAT11062.1| (hypothetical protein g.51981, partial [Graphocephala atropunctata])

HSP 1 Score: 440.269 bits (1131), Expect = 1.033e-149
Identity = 200/280 (71.43%), Postives = 238/280 (85.00%), Query Frame = 0 
Query:  264 NGNDAMASPVVVLDRGNNTTCTLNLHGCTIVSWRVNNQEQLFVSKKSVFDGKKPIRGGIPLVFPVFGHSHYGPQHGFARICRWTLEKGPERNLSGDVEAMFSLCENEFTTSIWPSPFRLAYRILLREKELHLHVSIYNPSKDIPFGFNVLFHTYFKCPDVRRCQITGLVGCTFIDRTREPPNSYRECRDGVTIGEWTDRVYTNTPPEHVITSVVSGRKMRIQKYNLPDTFVWNPWVPQAKEIQDFGDDEYPNMVCVDSGYISSPITLMPGTAFEASQILQ 543
            + N A A+ VVVLDRGNNTTCT+NLHG T+VSWRVNNQEQLFVSK+++FDGKK IRGGIP VFP FG   +GPQHGF+RI RW+LEK PER  SGDVEA+FS+ +NEFT S+W  PFRL YR++LREKELH ++ +YNPSKD+ F FN+L HTYFK PDVRRCQITGL GCTFID+TRE    Y+E R+ VTI EWTDR+Y NT  EH+IT+VVSGRKMRIQKYN PDT +WNPWV Q+K++ DFGDDE+PNMVCV++G++SSP+ L+PGTAFEASQILQ
Sbjct:   24 HSNMAAATSVVVLDRGNNTTCTINLHGATVVSWRVNNQEQLFVSKQALFDGKKAIRGGIPFVFPQFGPWSFGPQHGFSRIMRWSLEKAPERLSSGDVEAIFSIMDNEFTRSMWNFPFRLTYRLILREKELHFNIGVYNPSKDLTFSFNLLLHTYFKVPDVRRCQITGLHGCTFIDKTRENA-MYQEGREAVTITEWTDRIYQNTAQEHIITNVVSGRKMRIQKYNFPDTVIWNPWVEQSKDLSDFGDDEFPNMVCVEAGHVSSPVVLLPGTAFEASQILQ 302
[Close]
BLAST of EMLSAG00000004154 vs. nr
Match: gi|1101351648|ref|XP_018901807.1| (PREDICTED: glucose-6-phosphate 1-epimerase [Bemisia tabaci])

HSP 1 Score: 439.113 bits (1128), Expect = 1.230e-149
Identity = 201/276 (72.83%), Postives = 235/276 (85.14%), Query Frame = 0 
Query:  270 ASPVVVLDRGNNTTCTLNLHGCTIVSWRVNNQEQLFVSKKSVFDGKKPIRGGIPLVFPVFGHSHYGPQHGFARICRWTLEKGPERNLSGDVEAMFSLCENEFTTSIWPSPFRLAYRILLREKELHLHVSIYNPSKDIPFGFNVLFHTYFKCPDVRRCQITGLVGCTFIDRTREPPNSYRECRDGVTIGEWTDRVYTNTPPEHVITSVVSGRKMRIQKYNLPDTFVWNPWVPQAKEIQDFGDDEYPNMVCVDSGYISSPITLMPGTAFEASQILQVM 545
            A+ VVVLDRGNNTTCT+NLHG T+VSWRVNNQEQLFVSK++VFDGKK IRGGIP VFP FG  +YGPQHGFARI RW LEK PER  SGDVEA+FSL ++++T S+W  PFRL YR++LREKELH ++ +YNPSKD+PF FN+L HTYFK PDVRRCQITGL G TFID+T      Y+E R+ V IGEWTDR+Y NTP EHVI++VVSGRKMRIQKYN PDT VWNPW+ +AKE+ DFGDDEYPNM+CV+ G++SSP+ L+PGTAFEASQILQVM
Sbjct:    3 ATSVVVLDRGNNTTCTINLHGATVVSWRVNNQEQLFVSKQAVFDGKKAIRGGIPFVFPQFGAWNYGPQHGFARIVRWNLEKAPERLQSGDVEAVFSLIDSDYTHSMWNYPFRLTYRLILREKELHFNIGVYNPSKDLPFSFNLLLHTYFKVPDVRRCQITGLYGTTFIDKTVVSNPMYQEGREVVMIGEWTDRIYQNTPHEHVISNVVSGRKMRIQKYNFPDTVVWNPWMEKAKEMADFGDDEYPNMICVECGHVSSPVILLPGTAFEASQILQVM 278
[Close]
BLAST of EMLSAG00000004154 vs. nr
Match: gi|1133433512|ref|XP_019872863.1| (PREDICTED: glucose-6-phosphate 1-epimerase [Aethina tumida])

HSP 1 Score: 438.343 bits (1126), Expect = 2.997e-149
Identity = 201/276 (72.83%), Postives = 237/276 (85.87%), Query Frame = 0 
Query:  270 ASPVVVLDRGNNTTCTLNLHGCTIVSWRVNNQEQLFVSKKSVFDGKKPIRGGIPLVFPVFGHSHYGPQHGFARICRWTLEKGPERNLSGDVEAMFSLCENEFTTSIWPSPFRLAYRILLREKELHLHVSIYNPSKDIPFGFNVLFHTYFKCPDVRRCQITGLVGCTFIDRTREPPNSYRECRDGVTIGEWTDRVYTNTPPEHVITSVVSGRKMRIQKYNLPDTFVWNPWVPQAKEIQDFGDDEYPNMVCVDSGYISSPITLMPGTAFEASQILQVM 545
            A+ VVVLDRGNNTTCT+NLHG T+VSWRVNNQEQLFVSK++VFDGKK IRGGIP VFP FG   +GPQHGFARI RW LEK PE+  SGDVEA+FS+ + +FT S+W   FRL YR++LREKELH +++++NP+K++ F FN+L HTYFK PDVRRCQITGL GCTFID+TRE    Y+E RD VTIGEWTDRVY NTP EH+IT+VVSGRKMRIQKYN PDT +WNPWV QAK++ DFGDDEYPNM+CV+SG++SSP+ L+PGTAFEASQILQVM
Sbjct:    3 ATSVVVLDRGNNTTCTINLHGATVVSWRVNNQEQLFVSKQAVFDGKKAIRGGIPFVFPQFGPWTFGPQHGFARIVRWNLEKPPEKLASGDVEAIFSIMDTDFTRSMWNYQFRLTYRLILREKELHFNIAVFNPNKELTFSFNMLLHTYFKVPDVRRCQITGLQGCTFIDKTREGA-VYQEARDVVTIGEWTDRVYQNTPQEHIITNVVSGRKMRIQKYNFPDTVLWNPWVDQAKDMGDFGDDEYPNMICVESGHVSSPVILIPGTAFEASQILQVM 277
[Close]
BLAST of EMLSAG00000004154 vs. Tigriopus kingsejongenis genes
Match: maker-scaffold181_size278858-snap-gene-1.30 (protein:Tk08508 transcript:maker-scaffold181_size278858-snap-gene-1.30-mRNA-1 annotation:"hypothetical protein YQE_06705 partial")

HSP 1 Score: 451.825 bits (1161), Expect = 8.434e-158
Identity = 206/280 (73.57%), Postives = 248/280 (88.57%), Query Frame = 0 
Query:  269 MASPVVVLDRGNNTTCTLNLHGCTIVSWRVNNQEQLFVSKKSVFDGKKPIRGGIPLVFPVFGHSHYGP---QHGFARICRWTLEKGPERNLSGDVEAMFSLCENEFTTSIWPSPFRLAYRILLREKELHLHVSIYNPSKDIPFGFNVLFHTYFKCPDVRRCQITGLVGCTFIDRTREPPNSYRECRDGVTIGEWTDRVYTNTPPEHVITSVVSGRKMRIQKYNLPDTFVWNPWVPQAKEIQDFGDDEYPNMVCVDSGYISSPITLMPGTAFEASQILQVM 545
            M++PVVVLDRGNNTTCT+NLHGCTIVSWRVNNQEQLFVSK+SVFDGKKPIRGGIP VFP+FG         QHGFARI RW++EKGP+R  +GDVEA+FSL +++ T S+W   F+++YR++LREKELH++V ++NPSKD+PF FN+LFHTYFKCPDVRRCQ+TGL GCTFID+TREPPN+Y+ECRD VTI EWTDR+YT+TPPEH+IT+VVSGRKMRIQKYN PDT +WNPW  +AK+I DFGDDEYPNM+CV+SGY+S+P T+MPG  FEASQ+LQVM
Sbjct:   34 MSTPVVVLDRGNNTTCTINLHGCTIVSWRVNNQEQLFVSKRSVFDGKKPIRGGIPFVFPIFGGPMGPGPMPQHGFARIARWSVEKGPDRLHTGDVEAIFSLVDSDLTRSMWNCSFKISYRLILREKELHMNVVVFNPSKDVPFSFNLLFHTYFKCPDVRRCQVTGLAGCTFIDKTREPPNTYQECRDVVTINEWTDRIYTHTPPEHIITNVVSGRKMRIQKYNFPDTVIWNPW-DKAKDIPDFGDDEYPNMICVESGYVSTPSTVMPGGCFEASQVLQVM 312
[Close]
BLAST of EMLSAG00000004154 vs. Tigriopus kingsejongenis genes
Match: maker-scaffold301_size216225-snap-gene-0.12 (protein:Tk06222 transcript:maker-scaffold301_size216225-snap-gene-0.12-mRNA-1 annotation:"glycine n-methyltransferase-like")

HSP 1 Score: 250.366 bits (638), Expect = 3.454e-79
Identity = 126/250 (50.40%), Postives = 167/250 (66.80%), Query Frame = 0 
Query:   23 DQYSDGKAANVWEIYIGQTGKRTSLYKNFLVNLLREKNCKNVLDVACGTGIDSVMLLENNFAVVSSDASDHMLKRAGDVRWRRRHENYFKDWDIQNMDWLNLKERLVRPAGIEQFDALICMGNSFAHLEN---DKDQQREAMKNFYHMIKPGGILIVDHRNFDRIIEIGKAPMNNIYYNCEYNIDIKTIIVYYEAEPAMVLLDYNIDIPD------KSIDGTFRLRYHPHKLRDFTKLLTDTFVVYFKYT 263
            DQYSDGKAA VWE+YIG+T +RTS YK+FLV LLR++ C+NVLD ACG GIDSVML+E  FA+VSSDASD MLK A   RW RR E  F  W I+  +WL L   +  P G   FDA++CMGNSFAHL +   D++    A++NF+ +IKPGG+LI+DHRN+D I++ G+AP  NIYYN ++  DIKT I+     P  + LDY +++        ++ D  F+L Y+PH+   F  LL   F    K++
Sbjct:   37 DQYSDGKAAKVWELYIGETSERTSSYKDFLVTLLRQRQCENVLDAACGNGIDSVMLVEEGFAMVSSDASDKMLKGAYKTRWNRRKEPSFDKWIIEESNWLTLTSDIAPPPG--GFDAIMCMGNSFAHLPDLTGDQEDHILAIRNFHDLIKPGGMLIIDHRNYDYILDHGQAPKKNIYYNSKHIKDIKTSILLVNNHPNRITLDYEMEVATPEGCLVQARDCHFQLSYYPHRRVQFETLLKGVFGPSAKHS 284
[Close]
BLAST of EMLSAG00000004154 vs. Tigriopus kingsejongenis genes
Match: maker-scaffold408_size180710-snap-gene-0.30 (protein:Tk05202 transcript:maker-scaffold408_size180710-snap-gene-0.30-mRNA-1 annotation:"hypothetical protein DAPPUDRAFT_306682")

HSP 1 Score: 232.261 bits (591), Expect = 1.345e-72
Identity = 113/280 (40.36%), Postives = 172/280 (61.43%), Query Frame = 0 
Query:  269 MASPVVVLDRGN--NTTCTLNLHGCTIVSWRVNNQEQLFVSKKSVFDGKKPIRGGIPLVFPVFGHSHYGPQHGFARICRWTLEKGPERN-LSGDVEAMFSLCENEFTTSIWPSPFRLAYRILLREKELHLHVSIYNPSKDIPFGFNVLFHTYFKCPDVRRCQITGLVGCTFIDRTREPPNSYRECRDGVTIGEWTDRVYTNTPPEHVITSVVSGRKMRIQKYNLPDTFVWNPWVPQAKEIQDFGDDEYPNMVCVDSGYISSPITLMPGTAFEASQILQVM 545
            MA PV+ L+ G   +++C ++L+G T+ SW+V + E +F+S K++ DG K IRGGIP+ FP FG   +GPQHGFAR   W +EK P+ +  SGDV+   +L ++E     W  PF+  Y I LR ++L L V + N     P  F    HTYFK PDV +C I+GL G T++D+T +   + +E    V +  + DRVY  +P   ++  + SGR + +QK NL DT VWNPW   A+++ DFGDDE+P+M+CV++   +  + +    +++A+  L VM
Sbjct:    5 MAPPVISLNHGQAKDSSCEISLYGATLTSWKVESVENIFISSKAIIDGTKAIRGGIPVCFPSFGPWVHGPQHGFARSTLWNVEKEPKTDSSSGDVKVTLALKDDEKIRETWDFPFKFLYTITLRARDLVLDVEVDNLGPK-PLEFTFALHTYFKVPDVTQCSISGLQGLTYLDKT-DNGKAKKEENPEVKLNGFADRVYQKSPDTCILRGLTSGRALTLQKTNLCDTVVWNPWAENAQKMADFGDDEFPSMICVEAVQFTDKVVVQAKDSWKANHTLMVM 282
The following BLAST results are available for this feature:
BLAST of EMLSAG00000004154 vs. GO
Analysis Date: 2014-04-02 (Blast vs. GO)
Total hits: 25
Match NameE-valueIdentityDescription
-2.465e-13968.13symbol:CG9008 species:7227 "Drosophila melanogaste... [more]
-3.340e-7947.17symbol:CG6188 species:7227 "Drosophila melanogaste... [more]
-1.957e-7747.49symbol:GNMT "Glycine N-methyltransferase" species:... [more]
-7.391e-7646.95symbol:gnmt "glycine N-methyltransferase" species:... [more]
-6.977e-7547.69symbol:Gnmt "Glycine N-methyltransferase" species:... [more]
-6.977e-7547.69symbol:Gnmt "glycine N-methyltransferase" species:... [more]
-8.091e-7547.69symbol:LOC100911564 "Glycine N-methyltransferase" ... [more]
-8.091e-7547.69symbol:LOC100911564 "glycine N-methyltransferase-l... [more]
-1.299e-7446.92symbol:GNMT "Glycine N-methyltransferase" species:... [more]
-3.409e-7447.31symbol:Gnmt "glycine N-methyltransferase" species:... [more]

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BLAST of EMLSAG00000004154 vs. C. finmarchicus
Analysis Date: 2014-05-09 (TblastN vs C. finmarchicus TSA)
Total hits: 19
Match NameE-valueIdentityDescription
gi|592860153|gb|GAXK01097409.1|2.390e-13067.47TSA: Calanus finmarchicus comp38112_c0_seq1 transc... [more]
gi|592860851|gb|GAXK01096711.1|6.492e-8250.38TSA: Calanus finmarchicus comp54567_c0_seq1 transc... [more]
gi|592860849|gb|GAXK01096713.1|1.313e-7952.54TSA: Calanus finmarchicus comp54567_c1_seq1 transc... [more]
gi|592767462|gb|GAXK01187106.1|5.813e-7947.33TSA: Calanus finmarchicus comp10532_c1_seq1 transc... [more]
gi|592767463|gb|GAXK01187105.1|7.139e-7947.33TSA: Calanus finmarchicus comp10532_c0_seq1 transc... [more]
gi|592860848|gb|GAXK01096714.1|5.475e-7552.44TSA: Calanus finmarchicus comp54567_c1_seq2 transc... [more]
gi|592796328|gb|GAXK01158240.1|2.888e-6340.96TSA: Calanus finmarchicus comp66942_c0_seq1 transc... [more]
gi|592860850|gb|GAXK01096712.1|4.998e-4246.47TSA: Calanus finmarchicus comp54567_c0_seq2 transc... [more]
gi|592849599|gb|GAXK01107945.1|1.636e-1232.81TSA: Calanus finmarchicus comp3146608_c0_seq1 tran... [more]
gi|592769494|gb|GAXK01185074.1|3.962e-1025.00TSA: Calanus finmarchicus comp7444391_c0_seq1 tran... [more]

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BLAST of EMLSAG00000004154 vs. L. salmonis peptides
Analysis Date: 2014-05-10 (Blastp vs. self)
Total hits: 2
Match NameE-valueIdentityDescription
EMLSAP000000041540.000e+0100.00pep:novel supercontig:LSalAtl2s:LSalAtl2s219:47697... [more]
EMLSAP000000053171.762e-5336.13pep:novel supercontig:LSalAtl2s:LSalAtl2s284:10664... [more]
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BLAST of EMLSAG00000004154 vs. SwissProt
Analysis Date: 2017-02-10 (Blastp vs. SwissProt)
Total hits: 13
Match NameE-valueIdentityDescription
gi|3023878|sp|Q29513.1|GNMT_RABIT6.743e-7947.49RecName: Full=Glycine N-methyltransferase[more]
gi|121328|sp|P13255.2|GNMT_RAT2.549e-7647.69RecName: Full=Glycine N-methyltransferase; AltName... [more]
gi|12644416|sp|Q14749.3|GNMT_HUMAN4.781e-7646.92RecName: Full=Glycine N-methyltransferase[more]
gi|55976615|sp|Q9QXF8.3|GNMT_MOUSE1.265e-7547.31RecName: Full=Glycine N-methyltransferase[more]
gi|3023863|sp|Q29555.1|GNMT_PIG8.142e-7447.45RecName: Full=Glycine N-methyltransferase[more]
gi|2501556|sp|Q03161.1|YMY9_YEAST3.746e-4633.69RecName: Full=Glucose-6-phosphate 1-epimerase; Alt... [more]
gi|2501555|sp|Q40784.1|AAPC_CENCI8.022e-4133.45RecName: Full=Putative glucose-6-phosphate 1-epime... [more]
gi|81574029|sp|Q7U4Z8.1|GSMT_SYNPX3.523e-2538.79RecName: Full=Glycine/sarcosine N-methyltransferas... [more]
gi|81321414|sp|Q83WC4.1|GSMT_APHHA1.399e-2236.08RecName: Full=Glycine/sarcosine N-methyltransferas... [more]
gi|75415747|sp|Q9KJ22.1|GSMT_HALHR1.170e-2138.56RecName: Full=Glycine/sarcosine N-methyltransferas... [more]

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BLAST of EMLSAG00000004154 vs. Select Arthropod Genomes
Analysis Date: 2017-02-20 (Blastp vs. Selected Arthropods)
Total hits: 19
Match NameE-valueIdentityDescription
EEB15691.11.216e-15574.64conserved hypothetical protein [Pediculus humanus ... [more]
gb|EFA11215.1|3.699e-15071.38Putative glucose-6-phosphate 1-epimerase-like Prot... [more]
EFX75730.12.745e-14870.14hypothetical protein DAPPUDRAFT_306682 [Daphnia pu... [more]
XP_003251860.14.770e-14870.86PREDICTED: glucose-6-phosphate 1-epimerase [Apis m... [more]
AAF53325.11.713e-14168.13CG9008, isoform A [Drosophila melanogaster][more]
AAN10845.32.918e-14168.75CG9008, isoform E [Drosophila melanogaster][more]
AHN54422.16.467e-14068.63CG9008, isoform D [Drosophila melanogaster][more]
EAA15121.41.144e-12268.91AGAP009039-PA, partial [Anopheles gambiae str. PES... [more]
gb|EEC13176.1|1.154e-8250.38glycine N-methyltransferase, putative [Ixodes scap... [more]
AAF54848.15.356e-8147.17glycine N-methyltransferase [Drosophila melanogast... [more]

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BLAST of EMLSAG00000004154 vs. nr
Analysis Date: 2017-02-20 (Blastp vs. NR (2/2017))
Total hits: 25
Match NameE-valueIdentityDescription
gi|225712624|gb|ACO12158.1|0.000e+0100.00Glycine N-methyltransferase [Lepeophtheirus salmon... [more]
gi|225711596|gb|ACO11644.1|2.521e-15482.42Glycine N-methyltransferase [Caligus rogercresseyi... [more]
gi|242015576|ref|XP_002428429.1|5.951e-15374.64conserved hypothetical protein [Pediculus humanus ... [more]
gi|1080034657|ref|XP_018568703.1|1.467e-15173.19PREDICTED: glucose-6-phosphate 1-epimerase [Anoplo... [more]
gi|1061486647|gb|ODN03740.1|1.715e-15174.55Glucose-6-phosphate 1-epimerase [Orchesella cincta... [more]
gi|1058016520|gb|JAS11944.1|3.902e-15173.19hypothetical protein g.11252, partial [Clastoptera... [more]
gi|952513287|gb|KRT79888.1|3.501e-15073.19hypothetical protein AMK59_7078 [Oryctes borbonicu... [more]
gi|1058215092|gb|JAT11062.1|1.033e-14971.43hypothetical protein g.51981, partial [Graphocepha... [more]
gi|1101351648|ref|XP_018901807.1|1.230e-14972.83PREDICTED: glucose-6-phosphate 1-epimerase [Bemisi... [more]
gi|1133433512|ref|XP_019872863.1|2.997e-14972.83PREDICTED: glucose-6-phosphate 1-epimerase [Aethin... [more]

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BLAST of EMLSAG00000004154 vs. Tigriopus kingsejongenis genes
Analysis Date: 2018-04-18 (Blastp vs. Tigriopus kingsejongensis proteins)
Total hits: 3
Match NameE-valueIdentityDescription
maker-scaffold181_size278858-snap-gene-1.308.434e-15873.57protein:Tk08508 transcript:maker-scaffold181_size2... [more]
maker-scaffold301_size216225-snap-gene-0.123.454e-7950.40protein:Tk06222 transcript:maker-scaffold301_size2... [more]
maker-scaffold408_size180710-snap-gene-0.301.345e-7240.36protein:Tk05202 transcript:maker-scaffold408_size1... [more]
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Alignments
The following features are aligned
Aligned FeatureFeature TypeAlignment Location
LSalAtl2s219supercontigLSalAtl2s219:476976..523050 -
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
Descriptionaugustus_masked-LSalAtl2s219-processed-gene-4.1
Biotypeprotein_coding
EvidenceIEA
NoteGlycine N-methyltransferase
Cross References
External references for this gene
DatabaseAccession
Ensembl Metazoa (gene)EMLSAG00000004154 (primary cross-reference)
Relationships

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

Feature NameUnique NameSpeciesType
EMLSAT00000004154EMLSAT00000004154-700001Lepeophtheirus salmonismRNA


Sequences
The following sequences are available for this feature:

gene from alignment at LSalAtl2s219:476976..523050-

Legend: mRNA
Hold the cursor over a type above to highlight its positions in the sequence below.
>EMLSAG00000004154-686920 ID=EMLSAG00000004154-686920|Name=EMLSAG00000004154|organism=Lepeophtheirus salmonis|type=gene|length=46075bp|location=Sequence derived from alignment at LSalAtl2s219:476976..523050- (Lepeophtheirus salmonis)
ATGGAATTCAATACGGATGAATATATTACAACCCGAACTCAGGGAATTGC
TTCCTCCGGTAAAGTTGTTGCTCGTCATACTAAGGGAAAATCTTTTTGCC
ACACGTCTAAAAGAATTTTTTTACGTGTTTTCGTCTACGTCATAATTGCC
TCATTAATATAATACGAAACGACAATGTTTATTGAAGGCACATCAAAAAT
GTTACTACACATAATTTGTATATTATGATATCGTAAAGTTAAGGATATTT
TTGGAGCAAAAGTGCCTTTTAATAGTCCTCTATAGTAATTCTATTTATAA
CTAAATGAATCAATCATACATAGAGACAAGAAAATTTCTTTAATTACTCT
TCTATATTTTCGTATTTTATTCATGGAAGTCTTTCAAATGAAACATATAC
CAAATAGTTCCAACAAATATGGATATATACATTTTATAATGACTTAATTT
GAGATTTAACAGTTGCTTACTTGAACCTAACAAATAATTGTTTTTGACGT
TTAGGAGTTAAATTCAAAATGATTTATTATTTCTTTCTCCATAAAAAAAA
TACAAAAAATGAATCATGATGCTTAATCATGAATTTTTACTCCTCCACTC
TTTCTAANCTTAATTATATAATTGTAAAGTTATGAGACGAGGTTTATGTT
CACTTAAAAATATATTTTATTTAATAACGTAATATTTTTTTCTCTTCTCA
TAGGTTTGGTGGATCAATATTCAGATGGAAAGGCAGCTAATGTATGGGAA
ATATACATTGGMCAAACAGGGAAACGAACAAGTCTCTACAAGAATTTCTT
AGTAAATTTACTTCGCGAAAAGAACTGCAAAAACGTCCTAGATGTTGCTT
GTGGAACTGGGTAAGTTGTTTTTATTAGTACTATCAGTTCTTTATCTATT
TTGAACATACAATGTTGTCGGATAAATTAATAAATTATACATGGTGGACA
ACGTATTGATTTTCAATACAGGATGAATGGATCAAAGGTCATAAACTCTT
ATTTTTGAAGTATCCCAATTTTTAAAATATGTCTCAATTTTTAAATATGT
TTAGATTACTTTTTTTTAATAGTTAAAGTTAATGTTATCTTCCAGAATTG
ATTCAGTCATGCTATTAGAGAACAACTTTGCCGTAGTCTCTTCAGATGCC
TCAGATCATATGCTTAAACGTGCAGGTGATGTACGTTGGAGACGACGTCA
TGAAAATTATTTCAAAGATTGGGGTAATGACAATATTGAATTTGAAAAGA
TATTTTATTACAGACTATAACATTTTAAATAGATATTCAAAACATGGATT
GGCTAAATCTAAAGGAGAGACTTGTTCGACCTGCAGGAATAGAACAATTT
GATGCTCTCATATGTATGGGTAACTCCTTCGCTCATCTCGAAAATGATAA
GGATCAACAAAGGGAGGCAATGAAAAATTTCTATCATATGATTAAACCTG
GAGGCATTCTTATTGTTGATCATAGGAATTTTGATCGAATCATTGAGATT
GGAAAGGCTCCCATGAATAACATTTATTATAATGTAATTATGATCCATGA
ATTCTTTGTAACACATTGAGTTTTTATTTATTTCAGTGTGAGTATAATAT
TGACATCAAAACAATCATTGTCTACTATGAAGCTGAACCTGCTATGGTTT
TATTGGACTACAATATTGATATTCCTGACAAGTCCATTGACGGGTAAGGA
TCTCGATAAGGATAACTGTGTAAATTTGACTTTTCTTTTTACTCTTATTT
AGAACCTTTCGTCTCAGATATCATCCACATAAGTTAAGGGATTTTACAAA
GCTTCTCACAGATACTTTTGGTGAGAATGCTCCTCATGATATCTTTGCAG
ACTTCAAGCCATTGAATGAACTCCAAAATCCAACACATTATATTCATNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNTTTTTTTTTTTTTTGTTCAAAATTKTC
ATCCCAATACTTCATAGTGTCTGAACTCTCTKTTAAAAGTTTWTAGTACT
CAAATATTTTCTTAAATGAGATCCGCTCTGATAATGATTTTTGTTTAAGG
AGCAATTGTACATTTTATCATAGCTATATTTTTATCTAGACTGTCCATTG
TTTAAATATATATATGTATATATTTCTACTTAAATTACTGTATTTTATTT
TATTTATTGACTAATGGTAGTACCTAGTATTGCCAAAAGTTTTTAAACGT
CGACGAACATACAAACTTTACTTAAATAATATAGATATGATTTATTAATA
AAATCCTCACAAATCCTCTGTGTTACCAAGTGGTCAATTAAAATCTGAAC
ACTTTGAATTTTAAACTTCAACAAGATTTATTAATTAACAATAGTATTTC
AACAAAATTAATAATATTGAGCCACCCTATGCAGTAATGATGGATTCTAG
GCGGCAGAAGGCCTGGCACCCGCTGTGTATGTAATACTCTGTCATGGCGT
CCCAATACTGGCTGATAGTGGTCTTGAGGGTCTCAGTGTTTGGATGAAGG
ACATTGTAGGTCTTCCCCTGGACATGCCCCGAAAAGGTGTAGTCAAGGGT
GTTGCCATCAGGGCTGAAGGGGGTCAAAAGTGTCAAAAAAGAGTTCAAAA
GAACTTAAACACTCATTCTAAAGAGTCTTACAATGGAGGATATGGGTTTC
TTTCATTGCTAGTGTCAAAAGTGGTATCTCTACCCTCATAAGGCTCTTTC
CACCCACTTTTTTATAGCTCTTTGGACAGTTTGGTGTGAAACCCCGAGAT
CGCTAGCATGACCCTAATGGACTTGACTCACCCAACTACTTCTAGTGAGC
AAATGGAAATTCCTCATCACGTTCAAGTGCCCTTTTCTCGATTGGTACGT
AAGCTAGAGAGATCAAGTTTTTTTTTGTTTTTTTTATAACTAATTGCTTA
TGCTTTAATATATCAAAATATGAATTAATTACAATCCCTTGACTATCATT
AGTTATTGAATTAGTAAGTGTTCAGATTTGGAAGGMCCACCCGATAATAT
CTGTTTCTCCTGATCATATTCGCACGCAGTGACTCAATACATAAATGTTT
TCTTGTCAAGAATGAAAGAAAAATTATAACAGCTTGAGAAAATAAAAAAA
ATAATGTTGCCAACANNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNCAGTAATTCATTTTCTCCCTTCCAAATCATAAAGTAGACAGCT
GATATGCACAAGGGTCTATATTCAGGTGTACCATATGTCTCGCTCCAGCC
TTCTTCTCGCGCACTTACAAAAAATATATATCAATGATAAAAATCCAGTA
TAAAATGGGCATCTAAAAAAAAGAAACCAAAAATCAGCATGGTAACCCAG
ATATTTTGAAAAATGATTTGCAGAAGAGAAAGAATAATGCTCATGACGTT
TCGTTAGATCAGCGAAATCAGTTATGACAACGAAAGAAGGTGAAAAAAGG
GTATAAACATTTGCTAGAATGACTCAAATGTCGATCCCAAATTCTACTTT
GAGTCCAAAAAGGACTGACAATTATAACTCCGTATCAAATTCTCAGGGTT
ACACTCCGTCTTTTATCAGCATATATGAATGTTCAATCAGATGTTGAATT
TAATTAAATCTATTTATGAAAGGATGTTTCTTCACTACTCAGGAATAAAA
TAATAATGACACCTGCTAAGATAAACAAAATTCATTCTTCAGATTACCAA
TTTAAAAAAATGGGGCAGCTTCAAAAATCATCGAATTTACATCACTGCTA
TAAGTCATGTAAGATAACAATAAATAACATGAATATTGCGGGGTGTGTAG
TGCATATAGCCTATATGTACTACACACCCTGCAAAATTTTATTAACATTA
CTGCATTGTTATTTCTTAGATCAAAATATGTGTATATCATTTACATCATA
GAGCACTTTATACTGTGCATCCGGTAACTTGTTTTCCTATATTTATACAG
ACAAACTTGGCTTTATTAATATAGATAAAAGCTACTATATTACATTTCCT
TACTTTGAAAAACTAAATAATCCAAGAAATCAAAAAGAATGACAAAGAAC
AGAGGGTCAAAAGAAAGCCTTCCAATTATTTATGAATTCTAAAAAAATAT
CGTAGTTAATTTTTGTAAACGATCAAAATGTACAACACGATCATTTAGGA
TTAAATGAGTCAAAAAAGATTTAGAACTCCTCTTTTAATGTAATGATTAA
ATTAAAGGTCACAAAAGAGGTAAATTTTGTTTTTGCCGAATGCCATACAA
TTTAATTTGTTGGCCTGGATATGTCAAAACCATGTTTTTCTCATGGATAC
GTTGTATGTTCAAAAGTTAATAGTGAAAAGCAAAATATATATTTATTAAC
GTAAGGCGGAAGTAAAGAAAATATTGTTTATAAAGAAGTCCTTTAGTATG
TCGGTAGTTTTGAATCCATTTTTAAAAGTTTCTATTAAATTTTTTATTTA
TTTTTATAAAACAATTATAATTTTTAAATAGATGCTTAAACTTGGACAAA
GTTATTCGTAAATTTTATGAAAAATATGACATTTTTCAAGTAGGCTTCAC
GATGAATGTGGGGAACGAAGGCCTTGGAAAAGTTTATGATATAGTTTAAC
ATATGTCTCAGTGCAAGGCAATGTCAAGGGCGTCTGCAAGGGGGGGGGGG
CTGGAGGGSTATAGCTCCCCCAAAATAAGTAAATTTTTGCTTCTTACTAG
AAAATTTAATATTTAATTTTTTTTTCCAAAAAATTTAATTTTCTGTGCAT
AGCTACTGAATTTTAAAATTTTCTCCAAAAAATTTATATTTTGTAAACGG
ATTTTTGGGAATAGCTATAGATTTTTGATTTTTTTTCGAAAAAAATTGAT
ATTTGAAATGTCCCCCCCCCCCACACACACAAAAAAAAAGAAGATATACA
TATAATCCTGTGTACGCCCCTGGTTTTCCTCTAGTTTTAAATATGGTAAT
AATAAAGAATAAAGTAGTTACTGATTAATATATAGATTCACTCGTAAATG
CAAATTCAATACCTAAATTTAAAAGTCTCAGAAAAAATGAGTGAGCTCCA
CGCCTCGCTGACTTCATACAATGGTCCTGATTAAACATAATATTAAATAT
ACTTCCAAAGCAAATTTTTGAAGTATGGAATAGTAGTATTTAAACATAAT
CTTATTCTCAAGGCAATCAAGGCATACTTGTACTAGAAAAAAATAGTATT
TTTTTCGAAAATATTAAATATTGCTTCATAAAAGTGAATTTCCTGGTAAT
TAAAGTTAATTTAAACGCATTTTATTCATTCTAACTTAAAAGAATTATAC
TTTGATTGCCATTTCTAAGATTGATTGTAATATAACAAAGCTGATAAGTG
GGTAAGTTTGTATACTAGCGCATTCTTTGGGGATCATGGAACGTTAATTT
ATGAGGCAAATATAAAAAAGTTAGATACATTATAAATAAATTATATTTGG
CTACATTTAATCATTATTTATCCTGTATATTTGATTTACCAATTTATTTC
CACATTTTTTATAAAAGTAGAACCGTCTACCATTTTTTTTAGTATTTAAA
ATAGCCCCTACATAGTCATAAAAAATGTATGTATTTTGGGCATGATAAAA
AAGAAGAAACCGAAAATCAACATACTAACCCTAACAATTTTTGCAATGTT
TTGGAAAAGTGCAGCTTAGCTGTCATGACGTTTCATTAGATCTACTACAA
TCAGCTGTGACGATGGAGAATGGGGAGAAGGAAATTAAGAAGGACAATGG
CAAGAATTACTCATTATGCCGATTCTTAATTCTACTCTGAGTCCAACAAG
GACTTACGATTATAAATCTACAACAATTCCTCATCTTGTAGGGAAGTAAG
TTCACTCCTGCGGAGTTTAATAGTAATACCAACAGGTGAGGGGAAAAAAA
ATCATTCTTCAGATTACCAATTCCAAAAAAAGGGGTGAGCTGAAAAATAC
AACAAATTCTCATCACTCTCCCCATTTATGGAGTTGTATGTCCCAGGAAA
TGCACTATTTTACTTAAATAATGACGTCATGCATTAATCAATTATTCTTA
ATAGTATTTATTGATCGTAACTTATAATAACTATTTGGCCAAAGGCAGGG
AAATAGTAGTATTTTAGGGGTTTAAATCAGAACTTCAGAGTCGGTGTCAG
TACTTTGTTTGGTGGAGACGGAGKCCGAAAATTCCAGCTACAAAAATGAT
TATAATTGATCTAAATGAAATTTATTTTTATCTAAGGATTACTTTGAGAT
TTCGTAAAGTTTTTTTCTTAATGGGTATAAATTATAGGGGAATTAGGTAC
AATTGATTTATAAAACTTACAAGTCAACTAATTTACAAATTTACATTACA
AATTTCCAGCATGCTCTATCCTCTATACAATCGCAATTCCCGAAGATCTC
TAAAGTCTAAATTATTACATTGCATAGAGYATAGCCACTAGCCATGCTAG
TTCATGTCTTGGCCTTGTCAATAGTCAATGCCATCAGTGTAAAGTGTTAC
GTTGCAGTCAGAGGTTGTTTGTATTGTTTTTCTTCGGTTACGAGTCCATA
AATTATGTTCATAAACTTATGAATGTATTACCAACAGATAGCTTTTGATC
CATGGCTTTTGTTGTTCTTCTCGTTAAATTCTAAATACTTTTTCTTCATT
CCTGACACAATTATTCACTTCATATAACTAATAACTATCTATAGCTATAA
ATTAAATCTATATTTATAGTCTCCTTACTAAAATGACGGAATAATACTGA
TATATGCTATAAAATATATTATTAAAAAATTGTGTTTTAGAGTCGGAGTT
GGACATTTTATGTAACGGATCCGCAGTCCTGGTTCAAATCAGAGTTTCCA
CAACAAGGCATCCTTGAAATCATTGGTGTTGCATCCAATTATCGTCTTAA
ATTCTTCCTACCCATCTCCATTAGAAGATAGAATTAGTGACTTTGGAAAG
CATTCGGGTCCTCTAATGTGTAACCTTTTTTAGTATTTTGGAGCACAAGC
AGTTTCACTTTATGCATTCAAATGATAGAAATTGTGTATTATTATTATTG
GGTTTGGGTCTTCAAGCTTGCCCCTGGTAAATCCTGGTTGTTTACATTCC
TAGTAAAATATAAACCGTAGAAGTAATGTTATTATATTATATAACTCTCA
ACAACGACGATCAAATGTTTGTTTGTTAAAGTCTAAACTTCACGAATATT
TTGTGCTATTGAGTGATAAATTAATGTCTTACAAAATATACTCAAAAATA
TAATTTGAAAATTAAAATACGTAGACATGAAAATACGACTCATATTTGTT
TATAATAACCCTTGTGAGAAATGTGTTTGAGTGTCAGTTATTTACAACAT
GTGGTATATTCATAATATTTGTATCGTAAATCAACCCTCAATTGTATAAA
TTAGTAACCCCTAGTTAGAACCCATACAATTTCATAATGTATCAATATTT
TTTGAAAAATAAATTCCCCTTGGAAAGGAATTATATGTTTATTGGCATTT
TACCGTATAGTCAGATTATACATAAAGGCGTTTTGTTTTTCAACTTTTTT
GAATGTCGGCTACAACTAGTGCGGAGAAGGCATTGTCCTAGGAGGTCATC
AATAAGTCGCACATTTCTATCAAATTATGAAAAAAGACTAACMCCAGATG
CGTCGGCAGACTTWTATTTTAGGGGGGGGGGGTACAGACCCTCCAGCCCA
TCCCCTGAAAGAGCCCTTAAAAACACTACACTTAGTAAATAATAGGAAGA
TATTTTTATTTAATTTGCATTAAATAATGTTAGCAAGTTTTTTTTAATTA
TTATCCCTCAGAACAAAAGAAGAGAAAAAAGTTAGAAAACTTTGATGATC
AGCTTATAGCGTGCATTAATTTTTTTTTTTTTTCTTCATTTTCAGAAAGA
AAAGATCTAAATCTACTTCTGTTATTCTCACTCTTTGTCCGGTTGGGTAG
CTTTACAATTTTTTTATATTATAATTACTTTAGGTCAGAATAGTGTCTAM
TAAAGATACTTTATGTGAAAGAGGAGTCATGTACATTGTACATCTATCAA
GAATGTTAGTTTTTCTTATTTCTGATTCGTCTAAAATTCTGTATATGCAC
TTTTTCATCTCTTTCGGAGTTCATTATTATATAACGTCTTTTGAATTATA
TATACGTACCGCACCGAGGGTAAAAGCATAACAAACCATAAGGATCGTAG
GGCTTAGCGAATCGAACTGCGGTACAACTCCGTACTATTTATATCTTTTG
TCATTTTTTTTAGACATACTTTTTTCTTATCTTTTATAAGAGCGTTTTCC
CATAAGAGGTGTTATTTTGAATAGCCCGCTATTTGGTAGATACCACTTTT
AAAACTCTAATTTGTATACATTTCACAGGTAAAAGCAAAGCCATTAATAA
AAATGGAACAATACAAGCTTCAACAATGCATTGAAATGATTAAAATTCAC
TATAAAATGGGGGAAACCTGGCTGAGACGTTTCGTACAAATAAAACATTT
TTGGGTCGTCGTGAAGCACCTTTTCAGACCACAATACATAAATTTATTGC
TGAAAAACCTCTCCATCCTCAACGTGTAACTGTTTGGTGCGGTTTATGGT
CTAGCCGGGTCATTGGACCATACTTTTTCGAAAATGAAGCTGGAGCAATA
GTTACGGTGAATGGATTGCGCTATCAAGAGATGATTAATGATTTTTTTAT
GGCCAAAATTGGATAGTATTGATCTGGACAACGTTTACTTTCAAAAAGAT
AGCGCTAAATGCCACATAAGTAACGAAACCATGGTTATTTTACGGGAAAA
GTTTTCGGACCGTGTTATCCTTTGAAGAGGTGGTCGCAATTGGCCATCGA
TATCTTTTGATTTAAAACCTTGTGACTTCTTCCTTTGGGGCAACGTGAAA
GATAAGGTGTACACAATAGTCCAGCGTCGATTCAAGACCTMAAAGATGGA
ATTCGTGAAGCTATTGAGGGCATACAMCTGCCACTTTTCAATTTAGTGAT
GGAAAGTGTCATGAAAAGGATACAGTCCATTGAGTAGGCTGTATAAGTCA
TTTGGCTATTATTGTTTTCCATTATTAATGGCATACCTTTTTATTTACAT
TTGAATAAACATCTTATCATTTATCTCAAAAAATGCAATGTTTCTTTGAA
TATCAAAATAACACCTTCTATTGGAAAACTCTTTACATTAAAGTAGTCAG
GGAATATGTGTACAAAATTGGAGACTTATAGATCTACTTTTTCAATAAAA
AAATATCCTTTCAATAGAATGAGATGCTAAAATATGTAAAATATTTCCTT
CGGATATTATGGACCAGTAAACTTTTCATAGGGCAAGTTTTTTTTTTTTT
TTGACTAGCCCTCTTGGCAAGTGGTTAACTTTAAAGGACGTCAAGCCGTG
GTTATATGTATAAAATCATTTATTTTTACAGTCAATCAGTTACTTTGAGT
TACATAAATGGGTTTATTTATAACCAAAAAAAAACTCAAAAAACTGGATT
GAAAACAAAAGTTCAAAATCTTTGATTTTCGGAAAAAAAACGAAACATTT
ATGTTCTTAGAAATGGACAAGGACTCCAATCTTAATCAATCAGATCAATT
CGCTTTTAAAACTATCTATATCAGGTTTTGTAACTTATATTACCAGTCAC
TCACTTAAATATTTTTCTAGGATTTTTCACGCATGGAATTTTCGCCCTGG
GCACCTTTCACCCTCATATATATATATTATGCCAAAAATATATCTTCTCA
CCAAGGTTGTACCCTTATCGGTCTAGTAGTTAAAACGCTTCCGGTTCTTG
AACTGCTATAAACGGAACCAACAAAGTTGAACCGATAAGCAATATATTGC
TTATCGGTCTCGGTTCTTGTGCTTTTGTTCCTATATAGAATGTATGAAGA
AAATAAAATATATATTATAAAAAATGAATGAACTTGAATCAATAAGTTTT
CTGAGGGTTTGTTGTGTGTGTGCAATTGCAGTGTTTTCCAATGATTTTTT
ACGTTGCCAAGTGGATGCAGTTGTATTTGAGTTCTAAATAGCTAGACACT
TTTTATGGATCTGGAAAAGTGGTTTTAGGCACCAGGCAATTTTTGCATAA
ATTAAAGAGGAATAATGTATCCAGATCCGCTACTAAGCTTGCCGGGCCCT
ATAATAACTATAATATTTCTTAAGTTAAGGTTTCTCAAACTTTACTAAGC
CAAGGCCCCCTTACAATAATACATTTATAGCTGAGGCCCCCTTTATACGA
AAATGTGTACTATGTATGTGTTGACTGAAAGCAATCCTCAATTTTCCATC
TTCCTGTGCCCCATCCCCCTAGCCTTCCCTCACGGCCCACTTTGAAAAAT
GAAAACCATTGTCTTATGCAACCTTCGTTTTCGGGGGCCCTGTTGGAACT
TGGAGCACCATGCAATCTACGTTTAAGGCAGCTGCGGCCCAGTTTCTATA
TCATTTTCTGGGCCCAAATTTTCTAGCGGCGACCCCCTTGTTTTAATTGG
TTCTTACAAAACTGAGCCTGTATAAAAAAGAAACGAGACCGGAACTAAGA
CTTATAAACCGGAACCAAGAACAAAACTGTAGAAATGAAAGAATTGATAC
GAAGACCTATCGAACAACTCAACCTGAACCGGGCACAACCTTGCTTTTCA
CATATAATTTAAAGTTGTTTTAAAATGGATCTCCCTCCTCTTGAAGTAAT
TTCTAATGCATTTTTGCATTCATTCTAGAATATACCATGCTAACCAATTG
AAATAACTTCTCGCTATTTGACAGTAGGTAATTCGATGAGAATAGTATAT
TAATTTTTGGGGCAGAAAGTGAGATTCTTTACCTCGTTAATTACAGGTAT
TAAGATTGCGACATAACTATCAGATGTTGCCCATATTATAAGCCTATTTA
AATAAGTGCCTTTATAGGGCAAACGTGTATCAGAGGCATCTGCATGAATA
TTTYTTYTTYTTYTTTTTTTTTTKTKKGKGKGKGKGGGTNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNA
AAAAAATTTTTCAAATATAAACTTTTTTAAATTTTTCTATTTCAAAAATC
AAATGATATTCACCAAAAATTAAATTTTTCTAAAAAAAATAGAAAAATTA
AATTTCAAATATTAAATTTTCTTGTAAAAACAAATATTTTTTTGATTTTG
CGGGGGGGGGGATCTTCAGCCCTCCAGCACACCTCCTGCAGACGCCCCTG
TATATTCCTCGTCTTTTTGCGTTACTTTCATACAAATCGTCTTAGACATA
TTGCCGCCTTTTCCTAGAGCTGAAGAGACTAAATGAAGGCCTGAAACAGG
AATCCTTATTGATTGATTCTGAGGAGGTCCAGTTTAATTCATTTGATATA
TATAGTTGTCTATGTAAAAAAAGAATAATAATTACAAAGGACTTTAAGAC
CGAAAACAAGTACGAATATACATTTATCCGATAATATATATATATGGAGC
AAAAATTCCACAGGGAGAAAGTCCCGGTCGCAAATATTCCAATAAGTGTT
AAATCATTTATCATAAAATATCATTTATGAAGTCAAACATATCATTACAT
ATAGATGCTCAATTTAAAAATATGTATTATGCAAATCAATCATGTTTACT
TAAAACTGTTTTTCCTTCTTTTTTAATAATATTTATGTTGTTTGGAAGTC
ATTTGACGAAAAATAACCTCTTAAAATATTTAAAAAAAAATAATATATAT
ATATATTTGTTACAAATAATCATTTGATAAATTAATTTGTATGTCATGGA
GAGATTTGTCTCCACGAATGAATTTGTTAAATTAATATTTGTGTGGATAT
GAATAAAAATCAATTTAATAGTTCTATTGACTCACAATGAAATTACTAGT
GATGCAAATGTTGTGTATTTTTTAGCTTGGCCGATTTTTTGTTAATTTTA
AGAATTTGATTTCTTTTCGATAGCGGATGTCATTATTATTCAACTCCTGA
ATAGTGAACTTCATTTCCTAATACATTCAATTATATTCAGAAATTAACCT
TTAGTGTTTGTTGCAGAGTTATAATTGCAAGTCCTTGTTTGGCTCAGAGT
AGAATTGGGGATCGACGTCGGAGTCATTCTTATGATTGTTCTATTTTATT
TCCTTCTCCCTGGTCACAACTGATATTAGCTGGTCTAATAAAACGTCATG
ATATCTAAGCTACTTTCTTTCAAAACAGTCTTCAAATAGTCAGTTTTACC
ATGTTTATTTTCGGTTTCTTTTTTTAACATGCCCAAACTACACACGATTT
CCATCGCTAGAAAGGTTTTTCTAATTTTTTTAGCAGAAACTGGCACTTTC
AACGATTATGTTGGAAGTTTCTCTCTTTGGAAAATGTGAGGGAAATTCAA
TGTTTGGCATAAAAGCCTATTTTGTGAGAGTGAAAAGCTCTGGAATGGGT
TGTTATTTTTGTTAAGAATTTGGACATTTTAAATGTACAAAAAAAAAATT
AACTACAAAATGATGAACGAGCTGTTTTCGGTTTTTTCTTCTTTTATTTG
TGTATTGAAAATACACAAGTTAACACAATCCATAGATAGCCCATGGACAA
CAGTCCCGGATTATTTTTTAAAAAGGAAGGAGTGGCTAATTATGTAGTGG
TGACGTCATCATGGGTTAACTTGGACTAATAACACTTTTGAAAAAAAGAA
GAAAAATCTTTTAAACTGGAAAGTCAAATGGCTCCTTATCTGCTATGATT
ATGGCGCCTACATGTTCTGATGGATAAAAATCCAAATCAAGCCGTGGATA
ATGGAAGAAAACTAACAAAGCATTCATATCCAGAAGGTAGAGGTGATATC
CTCAGCTTACGTAAACAAAATCAAAAGCATTTTGATTCAATATCATTGCA
ACATGATGTCACAGAGATCCTGTATTGTTTTAAATAAACGACTATTAATT
AAACAACGCTCATGTCCTTATTCTCAAAATATTTGTCTCTAACATCTTTT
AAGTAAAGGGGATATCCTAACGAGAAAAAAATGATAAAAAAGATGCCAAA
GCAAGATATATTCTTAGATAAGATCTATCATGTGTTTAGTTATAATGAAC
TAATAATGAGTATATGCATATGTCGCCTGTCAAAACAAAAGCAAGCTATA
ATTTTTTATATCTAAATTAAGTGTGGATTACATTTGTATTCTAAAATTAT
ATCATCTAATTATTCTTATTGTCACAAATGACACTTAAATAAGTCACAAT
GCATCGTCACACTAAAAAGATGAGAAATTGACAGATTTCTATAAATRGGG
GCCATATTGGAGTCAATACAAGTCTCTAAAATCAAATAAATGCGTGTTAT
ATGCAATACAAAAAATAATATTTATTTATTGGCAGCATGGTTGGAACTAA
AATAATCATCTTTTAAAGCAAGTTAAAGAAAGATTGTTAAATTTTGTTTC
AAAATATATGTTTCATCTATAATACTTAGTAAAATAAAAATAAACAATTA
TTTTCTTGTTTAGAGGAATAAAATGCAAAATAAAAAATATCCAGCTTTAC
CAAATTCCCACTTTTGTCATTTCGTTACCATCTAATGTCTATATATATAT
ATATAATTGTTATTATTTAGTTTTTTTTTTTGGGGGGGGGAGGGGGGTGC
ATTGGTTTTTAGTAATTTTTTNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNAATAACTGTAGATTTTTGAATTTTTTTATGAATA
GCTGTAGATTTTATAAAAAAAATTCTCAAATAATTAATTTTTTTGCAGCA
AAATGTCAAAAATTAAATTTATAATATAAAATTTTGTACTCTGCTGAATT
ATTTGTCCTAATGACAGAAAAAAAAATTCTAGTAAAGGGAATAAATTCCT
TCATTTTTTTTGGAAGTTGGAGCTACAATCCTTGTTTGTCAATCCATGAG
TCTTGTCTAATATGAAAAACCCATCATATCTAATGATATTATAATTGATA
ACGGAGAATTAAGGGATTAGCACTTCTTACACTCAAACCACTTCCGTCTT
TACCTATTATCTTATTAAGTAATATATGTTATATTGGCATTTTTTCCCTT
TCCATTTTGTCCTCTACCACTTTTTCCCGACAGACTATTAAACTATTTAT
TCAGAGTGGTCAATTAAAATCTGAACACCTCATTATAAACTTCAACATGA
TATAATTTATTAATTAGCAATAGAATTTCAAAAAATTATTACTTTAAAAA
GATATGGTTCTGAACTCTCTTAACCATTAACGTAGCCGCCCTTAGTGGCA
ATGATGTAATCCTTTGTCATGGCGTCTTTGTCCTGGCTGACCGTGATTTG
AGGGTCTCGGCGTTTGGATGACATACACTGCAGGCCTTCCCCTCGACATG
CACCCAAAATGTGTAGTCTAGGAGTTTGGGATTCAGGATTAAGTTGCCAA
AAGTATGAAAGGAAAGGACGGAAAATACCGAATACAAGAAAGTGATAATA
CATATGAACCAAAAAATAGTGACAAGAAAGAGTAATAGATTCTTACATGT
ACGGAAAGATCTGCTTCAAAGCAGAGGACTGAAATTCCCAAAATACAATA
AATCCCCTCTCAGGAGGTGATAGTCTAGATATATAAAATGATAGAAATAG
ATTAGACGAAGAGGGAGAGCCTCACACGCTATTCGTCTAAGAAAAGACTG
GCAAGTTGTGTTAAGGAANNTCAAGAGGTGCTTCAGAAGCCTTATCCCAT
TAGTAAGCCTCATAATTCCAAAAATATTTCCAAATGATCTTCCAGTTCTG
TAGAAGATTCATTGGAGAAAAGATCAAAAGATATATGTTATGCAGGAGAA
ACAGGTTTTTTTTTTCAATTTACCGACAACTTTGTAATTGCAAATATTCA
TACTTTTATCGATATGAATGTAATTTATAACCCCCCCCCCCCTCCCKGAT
TTGCTGAATTGAAAGAAAATTTAGTAAACTATCGCTTAATTTCTCTCAAC
ATCAGTGGAGGAAAATTGCATAAATTCAGACACGCTCTAATGCAAATAAT
AATTATCTTAAATCTAGATATTATCTGTATGTAACACATTAAGGGCCTAG
TTTCCTCTTCAAATGGAAAAAAGTGTACTTCTTGCCTCCCTCGTTGTTTC
AGCTAATTTTACTTGGAAATGTTAAAGAAGTTAATGTTGGAGATGAATAT
GGTTGATCTATTAAGGGGAATATCACTGAATAAAAAGATTTCATGGAGAA
TAGGAAACTAGACTTAAAGAATAGATTTAGTTTTGTCTTCATCTAGTTTT
ATTGATAAAAAAACGAACGTTAAATACCTCCCAGAGCCCTCATCTGACCA
CATGATCTTACAATGGGATTTCAAGCATGAATATAAATTGAAACAATTCA
AAGTTCTTTGCTGGATATTGGAAGATGTAGATTTTCAACTAAAGTCTCCA
ACGTAGGCTGACGGTAAATTTTGATTGCACATTATCTACTTTTAGGATAA
CTTTGCCACTTAGTATTACTATTTAAGTGACTACCAGACATTTTCACAAA
CAAAGAAGAGAAACTAACAGAAAATTCAATAATAACTTATAGGTTATTCT
GACACAAGGTTTTCCTTTTCTCAGGGCGTATGTAGCAAATATAATCCATA
CTTTTTAGAATTGATGGTACTGTTGATAAAGAGAAGAGTAGGAAAATTGA
ACGGGAATATAATTTTAGTCTTCGGCTTAAAAAGCTGGGAATAAAATTCA
GTCATCCAACAACAAGGGTTAAGTTAATAATGGTGGATGAGAAAAACTGG
TAAAAAAAGAGGATATCTTGAACTATTTTCATGATTGCTTTCAAAATATT
GTAGGAGGGGATATAAAAATCTTCCCATGTGCAAGGAGACACAGGGGAAC
AATCTTCTCCGAAGACATTATCGGAAATTTTATATACAAGAAATTTAAAT
CCGATAAGGCTTGTGGACCTGATGGATTAATTGTAAAAGATTATGTCGTG
GCAAAATAGGAAATTTTGCCTCTTTTAACTTGTATTGGTAAATCTATGGA
GAAACACAACTGTCTTCCAAAAGTGTGGACTAAGGGAAGAATTGATCTTC
TTCAAAAAAAAGGTAACTGTGGATAATGAAGCATATAAATTATTGTCGGA
GTTTTAGGTAAGCAAATTGAGCAAATTTTAAACATTAAGTGCTGTCCATA
GGAAAATAGTTTTCTTTCTGGGAAGAGAATCGCTGATATTTCTTGGAATA
TTCAGGTAGCACTAGAATTGGTAAATGGACGTCATATATGTTGCATTTAT
AGCTATTGATTTTTCAAAAGGTATTGACTCTATCAGGCACGTTTTTATTA
TGAAAACTGTTAAAAAAATCTTGCTTAAGAACTTTTAAAATCCGATTAGG
GCTCCACTTTTTAATGGAGTTCAACAATATCTATAGATGGGTTAGAGAGT
AAATCAATTGAATTGAAGAGAAGTTGCCACCGGGATGCCCGGTTTCTCCT
NGCTTAAGAACTTTTAAAAATCCGATTAGGGCTCCACTTTTTAATGGAGT
TCAACAATATCTATAGATGGGTTAGAGAGTAAATCAATTGAATTGAAGAG
AAGTRGCCACCGGGATGCCCGGTTTCTCCTTTATATTTTTAGTTAATGTA
ATTTCCCAATTTATTATGATGTATTTTTTTATATACTACATTATAAAATA
AAGACCTATATAAAAAAAAGAGAGAGTTCAAAAGAAAGTTTGCAACGGAC
GGATGGGTTCCTTTCATTGGCGGMGMCATAAAWGGMCTCTCCKCTCTCAT
AGGCTCTTTCCACGCACATTTTTAATAGCTCTCTGGACAGTCTGGTGTGA
AATCACAATATCTCTAGCATAGGCCCTCATGGACTTGATGAGATTGGCCT
GAGCGGTTATCTTTAGATCCTGTGCATCCAGTTTGGCTTTTTTGACAGAA
CCCTTCTTCCTCTCTAACATTTTGAACTTGCTGACGGCGTAGGTGGTGGT
CCTGGAAACGCACAACTGCTTAGAGGGCAGGAATGGGAATGTATGAACTA
CGTTCAAGTGCCATTTTCTCGACTTTTACATACGCTAGAGGGCTCAGGTT
TTTATTTTATTTTGTAACTAATTGCTTATGCTTTAATATATCAAAATATA
AATTAATTTCAATCGCTCAAACTTCATTAATTTTTGAATTAATAAGTGTT
CCGATTTCAACAGACCACCCGGTAGACCCTATATGTACAAATAGACGTCT
AAAGTGTACACCCCCTATAAATTTGGTTACCCTCCTTGAGAAGCGTTAAA
AGTAGATAATATACGTTGAGTTTAATTGTAGGGTCAATTGGAGGAAAATG
CTTTGTTTGTTGATTCATAATTTAAGTTGAAAGTCTTGGTAAATTGTTAT
TTTATAACAAATCTAAATAAGGAAAATAGTTTTCAATATTCACAAATACT
TTTGCATTTTTCTCAAAACGACCCCTGTACACTGAAAACTAAATTTATGG
TCCTTTTATATTGTATAAATATTTTCAAAATTCAATTTTGCTATAAAATA
GAAATTATTCAATTTAGGTTCAAGAATTAACTCGTTTTCGGGTGGTTTAA
TAATTGTTTTACAAATAAAGCAAATACGCACAATCTCACAATACAAAAAT
CTTAAGCCTCAATGCATTCTTTCAATGTCAACATCTCACACTCCGTTACA
TTTATTGTATCACGCAATCTTTTCTCTTGAAGGGAACAGAAAAAAAGCCC
GAAATCATCCGGTAACTAGGCATTTAAGTCAATCATTCCAACTGTATCTC
TTTAGTATTCATAAACTATCATTGTCCAATAATTTCTCAACAATTTTTAA
AAGAATTACATATATGTATATATTTAATAATATTAAAATCCTACATAGTA
TTTTATTCGGTACTGTATTATAATATTGCTTAGTAACATTTTAAGAAAAG
TGTATTTATACATTTGTATTTGTATATGACAGACAAAAACATTTCTTGGA
AATAATTAAATGGCCAATATGTATACCGGGTAGAAACATGAAACTTATAG
ACTTGGAAGGAAACAAGAATATCGCCTGTCGTTCTTTAAGTATACGATTA
TAAAAATCTTTATTAATCTTTTGGGTACCTTTACTGAAATCTACCATCAC
CACTTTCTCTTTCTTATTATTCTTCCTTTTTTTTTCTCTCTCTCTCTCTT
TCTATACCAAGTAACTTTTTTTCCCTAGATTCAGCTAGATATTTATCTTA
CAGCAACCTAATATATTAAAATGCATCATACAATACATAAATATCTCACC
ATGATAATTATCAACATTATAATCTGGATCGTTCAAAGTACACCAACGGA
CGTTACTATACTCATAATTCCCCGTAGTCTCATTCTATTCGTGAATTTAG
TTGAGGAAACATACTTGCACATATCTTCAATGCCCCTGCATCCGAAGAAG
CTGCGATTTGGTGGCTTCAAGCCCGAGGATTCCTTCCACTAATTCGTGCG
GCAGGAATTGTAAGTAAGTATTGCGTGCAGGCATCCCCTAGTATAGGTGT
TCTCGGGCATCTTGTAGGAAACTAAATTCAATTAAAAAAAGAAAAACTTT
TGTTGAAAAGAGACACATTTCTTTTAAACATTCTATTATGATTATTTATC
ATTGTTCAAAATTATCAAAGGTTTCTACTACTGCTGATCAAAGCGGCCTT
TCTAAACGTACAGTAGTAAGTAGGTATAATTTTTCACGTGAAATTTGTAA
AAAAATATTTTGAAACCCATCTTGTAAGGTAGGCCTGGGCGCGTTGTTGA
GATCGACGAGTCCAAGTTCGGAAAAATGAAGTATAATAGAGGTAGGCKCC
AAGGAGGAGACTAGGTTTTTTTTTTGGGGGGGGGGGGGCTTATAGAGACC
GTGGGGATTGTTTCATGGTTGAGGTTGAAGKCCGAACAGCGGTTACTCTG
TTGACACTCATCGCAAAGTACGTCGAATCCCGAACTGCTGTCATGTCCGA
CGATTGGACGTCCTATAGGCGGGTATATTCCTTGAGTATGCAACACTTTA
CTGTGGTGCATAAGATAAATTATTTGGACCCCTTGACTGGAGCTCATACT
CAGACTATTGAGTCTTTGTGGAATCAAGTCCAGGGCATGATACGTAAGCT
AGGTGTTTTCAACTCTTGAAGAGATCTCTTTCCCACCTATCTCTCAGAGT
ATAGTTTAATTCTCAAAGGATAAAGTTTTGGATCACATTTAGGATTATAC
TATTGAGCTATATCCACTATAAGTGTCTGTATGAGTAAAGTGATTGAAGA
GAAAACACAGATAATAACTATTGCTTCTCTGAACCTCTGATATAATCAGA
CACAAAAAATAAGGAGTTGAGTACTGGATAATTAATCTTACTTTACTTAT
TTAACTTAAATATTATGTTTTAAATAAAACTTTAATATATATATCTAAAA
TTGTTATTTTTTTTTTAAATNCTCATTCTTAGCTACTTCATTGATTCATA
CACATTCAAATTCAAATAAAAAAAGAAAAATTTGTTGTATCTAATCCATT
AACTTCSTATAMCTATACWTTTCTATGCGACGGCATGTTTTATATCTAGT
TGAGTCTAGGGAAAAAAAGTTCTTGGTATAGAAAGAGAGAGAGAGAGAAA
GCAAGAATAATTAGAAAGAGAATGTGGTGATGGTAGATTTTAATGAACGT
GCCCAAACTTTTTCTGATACATGGCCAATGTCAAATTGATTTATTTTACT
CAGCCGCCATTGGCTGAGTGTTTACTGTTGAAATATAATTTTCATTCTAC
TAATGGAGTTTCTTACTTCAAGCCTCAATTAAAATCATGACTATGAGTAA
ATAATAAAATCTAGTGTAGAATGGGCATAGTTAAAAAAAAAAAGAAACCA
AAAATAAACATGGAAACTTGGACAATTTGAAGAAATTTTTGGAGAGAAAG
AATAATGTTCATGACGTTTTATTACATAAGCTGTGACCAGGGAGGAGGGG
GGAAAGAAATAAACAATGTTTTTAATTTATTATATATACACAAAAAAACT
ACGCAAGAAATACGCTGTGGATTTATATATCAATAAGTGACTGGCGTCTA
AAAAAACCAAAAAACGTTAGGAATAACGACGTTTTTAAAATTCAAGACAG
TTATTGGGAAAATATGAAATAGGTAAAAATTGCATTTTTTTTTTCAGGTG
CAAAAAATGGATTTTCAATGTAATATTGGGTTCGTACTTAAAAAAAGACA
GTAGAAATTTATCTAGAAATGCGTTTGCATATAAGTTTGATACATAAAGA
AGGATTTTTAACTGAAATATTTCCCTCTTTCTGAATAGTTTTTCAATTTA
TTCATTTTCTTCATCAACGTCAAGGAATAGTTTTAATTTAACTATCAGTT
TTATAACGTGTATAATCATAATGAAAAATGAAGATAAAGTACTTTTGTCA
ACTGTCAACTAAATTAAGTCCCAATTTCTTCTTTCTACAGTATGTCCAAA
AATTGATGGTTTTTTTTTTAAACCATGAAATAACCTAAACAATTGATTAT
TTTTGACAAAAAACTTTATTTACTTCCCAATATGACGACCTTCAAGCTTA
ATACATTTTTATGCGTTTTGGCATCCCTTCATACAAATTATGCAAAGTAT
CTGGAGAAATTTTTTCCCAAGCTTTTGTCAGTTTTTTTTCAACTCATCCT
CTGAAGTTGCGCATTTTCATTGAGTTCCCTCTGGACCAAAGCTCATAAAT
TTTCAATGGTAGACAAATTAGGACTGTTGACAGGCCATGTGCCTTTGTCC
CAGAAAGAATCCAAGTGGTCTGAACACCGCTTTTGTGCCTTTTGTCAATA
TGTATTTTGTTATGTGATGTGTCAGACAAATTTTTCTCTTCAAAGGAGGT
CCAGATTCTTCAGTACGAGACAAAGCTGATATCAGAGACTAGCTTAGGAT
CTCCGTTACTTAGTACTCGGCCGTCACAGTTTGGTTTCGTGGAATCAGGT
GAAGATCCGACACTGCCKGGGGCTGYTATCGGCCCAAACGTGAATTTTCA
GAGGAAATTTCACAGTTGGAGTGTGTTCCACATCAACCTTATATCCTTCC
CATTCCCAATCTGTTTGGAGATTTGGGGCATGAAATAGCTCAAATAAACT
TTCATCACTGAAGAGGATACATTTCCAGTCATCTGCAGTCCAGTGTTTCC
GCTCACGACAGAATTGGGCCTTCGTTTGGTTTTCTAAAAGTCTGGGGTGC
AGACGAGGTTTGTATGGCGATGCATTCAATGAGTGCCTCAGGTAGTTGTG
GAAATATGACTTGGATACAAGATAGCCCTTTGAAGTCAATCAAGCTACAA
GTTTCCTTTTGGATTGCCTCTTTTTCGTCAAAGATTTTGAAATCCCAAGT
TTGGGAACTTTGCTAATTATTGTCTTCCTTCCTCGAGCCTTCTGAACTGC
AAGGGTTTGTCCCTCCTTCATTTTCTTACAACAATTCTCAATGGTCCTGA
GAAGAATCTATAACTTTTGAGTAACGTCTCTCTGGCTTGATCCATCCTTT
ATCATTCCAACAGCCTTGGCCCAGGTCTCCAAAGAGTGCTCTCTCACCAT
TTCGGATATTGAATTTCAACTAACATCCTGTGGTGTTTTCTGAGTCCCTT
TTATACTGATACATGATGCAATCATNGTCTCTCTGGCTTGATCCATCCTT
TATCATTCCAACAGCCTTGGCCCAGGTCTCCAAAGAGTGCTCTCTCACCA
TTTCGGATATTGAATTTCAACTAACATCCTGTGGTGTTTTCTGAGCCCTT
TTATACTGATACATGATGCAATCATCGAAAATTATTGCATCAGAAAAAAT
CAATATTGCCTAATGATTGTATAAGCCAAATTTCATTTTATTCCGACGAA
AAATATTTTTTTTTTTACAATAAAACAGATATTTTTAATACCACCTTCAA
TTTTTGGACATACTGTAGTTGTTCTTGCATCTGCATGAAAGAAAATATGT
TTACCTAAAAAATGCCTTTCAAATTCAATAAATAATTTTATTAAAGAAAA
AAAAAAGTATGTTTATTATTATTACATGAATTCATGAAAATAAAACAATC
AGTTTCAGACCCTATACTATGTGAAGCATCCCATTGGATTTTACATCATT
GGGAATATTTTTAACTAGGAAAACCGATAATGAAGCAAACTTTGATAAAT
TATATTTACAATGAACGGTAATAGTGTATAATCATCTGAAAATTATCAAT
GAAATCCTTTTCATAATTAGAGGAAAGTTTGCGCAAAATTGACGTTTGAA
TAATACCCCNTTGATTCTTGCAGGAAAGGAGAAATACTTTTGTGCCAAAT
TGTGAAATCCTGATTTTCTATATATGCAAACAATGTTTATATTCGACGCT
CCTTTCATATAGTTTAAATTTAGCAAACCATTTTTTAACCGTTGATTTTG
GTGGTGCAGAGTACGAATAATGTTTATTAAACTAAACTCTGGCTTCAAAA
GTTGTTTTTTTTTCACCAGAAAGCAATGCTTTATTAATTATGAAATTTTG
GTTAATGAACACTTAAACTTAATTATTAGAAGCAAAGTAGAGAAACAAAG
ACCACCTAGCAATATTTGTATTCAGCTGTGGTCATGAATAATGTTATGAA
AATTCTAATTTATCACTCCCGTCCAGTTTTAGAATCGGTTCTTAGGATCG
ATAGGAATATTCGTTCTAGAGAAGGAGTTTTCTTTCCTCATGACTCGACC
AGTATTGCTCCTTTCTTGGAGGTACATCCTCTTTCTCTATTTTACTCTCA
TTCATTCATCTACTTCCTTGCTTAGTTTCAAGTTGATTCGGTTCTTAATC
TGATGAAGAGTTCTATGAAATTTGATGTGTTGCATAAATCATATTTGTAC
AACTCGTAAATCAGGCGGAAGGGGGAGAAAATCGGTTCATATATTGAGAC
TGAACAAATTAGTCCACGATTTGAAAACGATTAAATTTCGCCCTATGGTC
TGAGATTGCAGTGTGTACCGAAATATCCGTCCAAATCGGTCCATAAAAAA
ATAACTTAAGACTAAACTAAAAAAAAAAATCAAACTCAGACCTAGTCTTA
ATACTGGTATTCATTTCAAATTTTGTTACGACCAGAGGGATCAAGAAATA
AACGGAGTAACTTTGAAGAAAGATTATACTATTGATCAATAAATATATCA
ATATTGGACGGTGCACTATCAATATTTTTTTAGTATATTAGTCTAAGTCT
AATATACTTTGATAAAATCTTTATATTAATATTGGTTTTGCAGTTTTTTC
CCGTCATTTATAATTTTTAGTTGTTAATTTTTTATTGATATAGTAACTCA
TAAAGTTTTCAGAATGTCCAAATTTCGAAAAAAAAAAATATCATTTTGTG
CAAGAATGTTTGTTATGACGACTAATGTACTTCTTTATTTTTAATCCTCC
ATCCCTTGTTAATGAATCCGATGGCTAATTAACGTATAATTTTTTCCTGA
ATTGAAAAATGAATTAATTAATTCACAAAATCAGTTCAAAAATAAAGTTG
TCAGTAAAGGAGTTAAAATATATGGCTATATTTTTCAAATTTGAAGAGTC
TGTTTCCTTTGTAGTCGGTACAAAATGCATTTAATTTGTAATACTCGCCC
TCGCCGAAGGTCTCTAAACATTAAGAAAATTACATTGACGAATATTAATG
TGGTTTCCCACTCCCTCTTTCGGTCGAGCAACTTCGAGTAACTCCTTTCT
GGTTTTTTTTATAAATGATAAAATGATCTATAGGAACATCATTTTTGGAT
CTTTACCATCGATAAATAAATATATAGAGAGGACAAGTTAGAAAATTAGC
TTGATCTAAACTTAACAAATAGAGATGTGTTGGAAAAGATACGAAACAGC
GTCACTTTACTGAGTCAAATTCAATAATTAACAACTATTCCCATAAATTA
TCATTAACAGTTGGCAACAAGGAAAATACCATATGTTTTTGTTTTTTTCT
TCAAATTTTTCCTTTCCCTTTTGACAGTCAAGGTTGAGATTGGATAAAAA
AGTTAGTCGTGAACACTAAAAAAGGAGCAGACAAATCCACAGCTGACATC
AAAATACCTTATACCTTATCTAATGTTGAGGGGATCCAGATGAATGATAC
TTATCATAGTATAAATTATTTGATCAAAATATAAATAAATAAGTTTAACA
TTGATTGCTTGGCTCAAATGTTGCTAATGAAAGGGAAAATAAGAAATATA
GAATTAGATGATGATTTAGATAAAGTGATTAAAATATTAGCAGGTAGATA
TTTAAATGATTGAAAAGAACTTGTATTCAAATTAAATACATATTATATTC
TGACGTCACGTGAAAACGCTATACCGAATGGTCGACTAAAATCTCAAAAC
TTTGAATTTTAAACTTCATCAAGATATTATTTATCTTGTTTACAATATAA
TTTCAACAGAATTAATAATATAAATAGATGTGTGTTTGAGCTCTGTTAAT
AATTTATGTAGCTGCCCTTAGTGGCTAWGATGGCTTTTAGGGGCTGGCGG
AAGGCCTGGMAACCTCTGCAGATATAGTCCTCTATCATGGTGTCTCAGTG
CTGGTTGACAGTGGCTTTGAGGGCTTCGCTGTTTGGATGACGGACACTGT
TGGCCTTCCCCTCGACACGCACTCAACAGATATAGTCGAGGAGGTTGGTA
TCAGGGCTGTAGAGGGGGAAGCCAAAAGTGCCAAAGGAGAGTTCATAAGA
ACTCAAAAGAGTCTTGCAACGGAGGAGATGGCGTTATTTCATTGCTGGTG
TCAAAAGTGTCCTCTCCACCCTCATAAGGCTCTTTTCACCCACTTTTCTG
ATAGCTCTCTGGACAGTCGTTTATGAAACCACGAGTATATTGTATGGGCC
ATCATGGGCTTGAACAGATTGGAATTGGCTGTTCTCTTTATCTCCTCCAG
ACCCCGTTAGGCTTTTATGACAGAGCCCTTCTTTCTCTCCAAAGTTTGGG
ACTTGCTGACAGCGTAGCCGGTGGTCCTGGAGACGCCCAACTGCTTGGAG
TGTGAGAATGGAAATTCGTCAATAACGTTCAAAAATCATTTTTTCGACTT
GTACGTAAGCTAAAGAGCTCAAACTTGTTTTGTTTTGTAACTAATTATGT
ATGCTTTAATATATGGAAGTATGTATTAATTACAATCAATCAACCTTGAT
TAGTTATTGAATTTGTAAGTGCTCAGATTTCAATAGCACCCCGTATAATA
AAACTAGGCAATAGAGGAATAAAAATTTATATATAGGAAGGTCTAAGTCC
TTTTATTTTTTGGTCCCATTTTTACATACATTAGTTTACCTTGTTTGTTA
TACACTTTTGTTGTTTATTATCCTAAAATGGCGAACGTCCGCAATGCTGA
AGTCACTTGAAAAATCTCGATGAAAAATGTTTTTTACAATAATAAATCTA
GATTATATTATACATTAGTTATGTAAATTCGGTGGCTTGTAGCTTTTTTG
ATGTTCGAGAAAATGGGCTTGTTGTAACCGTCATTGACTTCTTTATGTAC
TAAAATCATAATTATTCAAGAATAACGGAGCCCCTTACACATTTACTAGC
TAATAGCTAGTAGCACGTGTCATTATTTATGTAGGTTAAATTTTACATAA
TATATAGAATCCACTCACAGTATTACTCATTACTCAATCAGCACCAAACA
ATTTGTATTATGTTTTTTATTTTATAATTTAATTATTGGACGGGTCCTCT
TCTACAACTTATGTATTGTATCTTAGTTCCTCCTACGCATGGAAGACTCC
TTAACCCATTTTTTTTTTTTAAACTTATTAATTGCACATAAATTATTGTA
TTTTACAACTTTGCGTTATCAAGATTGGTTATTTTTTATTATTCGATTAA
AGCCAGTAAAAATTTTGTGGGAGATCTGCAATGTTTTATATAATATATAA
ACCTAAACAAATATATAAAGGATAAATTGCCCAATCGCAAATATAAATAT
ATTCCATGTACATCAGAACTTTATTTAGAGCAATTAATTTAATAATTCGT
GAGGAGTTTTATAATTAATTGGGATTGTAACTGTTATTTGATGTACTTAC
TTTTTAGACAAAATTCCTTTGTGTAAAGATTAATTATGTTCGTTCATCAT
GGTGGACGTACTCCTCCTAACTATTTATTTCCAAACTAATTGTGATGATG
GTTATTTATCACTCATTAGAATGGAAAGCATATTCAGTAGAGTAAATAAG
TATTTGATCATTGTGCGATAAGTTTGCTCGCTGACAAGGAAAAAACTGGT
CTATAATTTTAATGGTAGGMTTAGTTCATGAGTAAGATACATTATATGAC
ACTAAATATGTGATAAAGTCGTCCCCAGCAGATAAATATTCTATAAACAT
AATGTTTCCACCGCCATGCTTAATGGCGGGGGGSTGTTATACTTTGGATT
TTTCTTCCTTCAAATCCGTCGAGTCTAGTTGATGCCAAAACAGTGCGATT
TTGATCTCATCTGACCACATCACCTTCTCCTCCCATGCCTTCTCTGAATC
ATTCATTGATTGTATTTATGATATGATATGATTTTCTGTAGTTCTTTATA
TATTTTGTTTATCACTGTTGAAATAAACCAACTGTTAAAGTTATGAAGTG
TTTTTTTTCTTTATGAGTGGGCAAATCACGGTATATCCTATAATATCCAT
GGCCTTCTTACGCTTCAACTCATTTAGTTGAACTCTTAAAACACAATATA
AAATCTTTTAAAATCAACCTCATTAAAGATAATCATTGAGAATTTTCACT
AAGACATAAAACTGAAATTATCATTAATAAAGATGACAAGATCAAATAAT
AATTTTATCCTATGACGTCAAAAGAATTGAAATATCGCAATTTCTAAGGG
GAAAAATATACTTATCATTTCGATTTAAATTTTTTTGAATAAAAAATACT
TTTACGTATGAGGTATATTAATATTTTTGAAATTGATTTTTCACAAGTTA
ATTTCGAAGGTTTTGTTTAAATTTAACCCAAAAAATCGAAGTCTTGATAA
TAATTATATATAGGAAATGAAATCGATGCTTTATAAAGGATATTAATTGA
AATAAAAACGGAAGAATTTAAAGTGGTACGCAACCTCTTATTGTATGATA
TAATTACCACATCATTTTGTTCATGTTATACGAATTAATATTTAAGCAGT
TCCATACTCAATGAGGTCAAAGTTTTTTTTATTGTATGGTAATTAATACA
TAGCCGATCAAATCAGGTCCTCAAAGCGAAAAAGTGATTACAAGATGATT
ATCACCTCGTTACATTTATTTCACAACGCAGCCTTTCATCCAAAAAGAAA
CAGAAAAAAGGGCCGAAATCATTTTGTAGTTAGCCAAATGAGTCAGTCAT
ACCAACTGCTATTTATTTCCTATGTACTCATAAACAATCATTTTTATATT
ATTGATTCCGCAATTTTTAAAATTAATTTGGTATATATTTCATAATATTA
AAATCCTACACATAATTCTATTCGATACTGTATTATATTACTGCTAGGTA
ATATTCCATAAAAAGCCTAGCTTGTGTTTTTACACGATAGCCAAAACTTC
TTCCGAGCAATAATAAATTAGCCAATATACACAACGAGGGATCAACAAGA
TATTGTATTCTGGTTCTTTTCAAAACAGGGTATAGGTAAAAACCAATTAC
TTAGTTTATTTATAAAAGAGAATAAATTATGAAATATCCATGACGTATTA
AATGAGACTAGGGAATCGACAGCTGACAAAAAACACACATAGGGCATTTT
TGTGTATGTGAATTTGTTCTTCCGAAATTCCCCTAATAAAGAACCTATTT
AAAAAAAGAGACTTTTATATATCTGTAGTGTAAGACTGGAATTTACACAT
AATGAACATTCACTTAACTCTTCCTAATTGAGTCAGGAGAGCATGTTATC
ACAAATCATAAAAGTTGGATGTGTTTCTTGACCTGTGTCGAACACTTGAG
ATTGACTTACCTATCCCTGGGCTTTTATCGAAAAATTTGACAGTTTGACA
GAAGACCAAATTTAACAAATATCTTCTTTTCAGGTAGACAAAAACTTTTT
GTATTAAACATTTTAGGGTTTTAAATTTTTTTGGAAGAGACAAAATTTTG
AAGAATGATCAATTTTCAAAAGGACTTATTGAAAAGAGGTTTTTTTGAAA
TTTTTTGAAAATTTTCATAGTTAAAATTTTGTAAAGAAGACGATAACTTT
TTATGACTGGCTTATACAGTCCTTTTATATTCAATAACAGAATTCGTAAG
TAATTAGAGTCATAGGTAGTGATGTAAATCCAGTAATTTTTTTAGATGGC
CTGTTTTGTTTTGTAATGTTTGTGGTAATCAGAAAAAAAAAAATATTTTC
CTTAGCAGTTGTCATTATTATTTAATTCCTTAGTAGTGAATATCCTCTCC
TAGATAGATTCAATTGTTTTCAAAACCTGATTGAATATTCGTATGTGCTC
ATAAAAGATGAAGCGTACCCCTAAGGATTTGTTATACACTTATAGTAAGT
CCTTGTAGGACTCAGAGTAGAATTGAGATCGATATTTGAGTAGTTCTTGC
CAATGTCCAAGAACTATATCTTTCCTCCCTTGTCACAACTAATTTCCTTT
AAAACATTCCTCAAATTATCAGGGTTACTATTTAGATTTTTGGTTTTAAA
AAAAAACAACATTTTCTTGATTACNNNNNTATTTTTGTATAAAAAAAGTG
GCTATTCATAAGGGCTTTTTTTTCAGATAAAATTTTCATTAGTGTAAAGC
ACGACTTTCCTTTTTTCTGAAATAAATTCAAATATGTTCATTTGATTCAG
AATTTTTGATGTTAGCCATTTTTGTGGGACTAAACTAAAAATAAATTATA
GTTTTTGCATCTCCAAATAGGCAACAATAAAATGCTCATACATTTTCAAA
TTGCACCCTCAGGCTGACAAGATGTGTGTTGGATAATCGAAGGATCTTGA
GATAGATTAAAAACCACCTTCAAAAGACTCCCTATAGAAACGCTTATGCT
CCAGTTCAACGGTTTGATATTATAAACTTAAGACCTCGAAGCAGATTAAA
AACCACTACCACCGGTTTAAAAACCATAAAGAACCCCGGCTAATTTTCCC
AAATAGTTTTTTACACTAGCAGCTATCTATGTTAAACACTTTTTCTGCAG
ATGGGAAAACTATCTACGGATCCTTAAATGGATTAATTCGATCTGTAGAT
GTGGAAGATCGGTAAATGAATCACTGCATATGGATTATAATTGGAGACAG
TTTTCCTGCATCCAGGGTAATCCTCTTGGAACCACAATACATATTCGTAA
TAATTTATAATAGTTCAAATGGACTCGAAATGATTTTTGGCGTAGTAGTA
TCATGCAAAAAAAGGTAAGAAAAAGCAGTATTTATTAAGATTTATGCAAA
TTAAAGAAGAAAAAAAAGGAAATCATTTTACATTCATTTTTTAGTTCTTC
TGCAAATGAATGTTTGTCTTGAGGCGATGTTTAAGGGTAATTTCAATCTT
TTACCCACAAGGAAAAAAGAATAGGAGCATTTACTGAAAACGAGTTTTAC
TTCTTATGTATTCAATAAATATGCCCATTAAATGTATTATGCAAAGAAAC
ACTAAATTGAAATAATAAAAAAGTAATCTGAATACATGGAGATTAAAATT
CTCAAAAGTTCTTCCTCTTTTATTTTATTGCTAAGGTTTTTTTTTTTTAA
AGGATTGTCTCAGATGTAGTGAAACATTCATTTTACTGCAAGTCCAAGTA
TTTGTTCACAAGTCTTTGAATAGTTTCATCGTATCCAGTTAAAGTCATAA
GAAAATAAAATAAACTTTAAAAATTGCTACTTTATATCCATTGAAAAAAT
GGACATGCTTTAAAATCCAAGTCAAGTCGCTATCTTTGATTGTGTTTTGT
CAAATAAATATAGACTTGCGTCTGAAAAATTATATAACTTTATCTGTGGG
CCTTACAAATTATTTGATTTAGAAGAGGAGGAACAATTATCATGGGAGTG
GAGTTTTGTTTTTAAAAAGAGACTCCTTATGGAGGTTTTGTTAGCATAAT
TATATGTTAGTAAGTAAATTGATTTTATAATTAATGATGAGTAATTTTTA
ATTGTAAATCTCATTTACCATATAATCATCGAGAAATGTATTAATTGTTC
AACATGATTTTTATTTGGAGTCGAAGTCAAGTTGCAAGTCTGGACTTCTC
CCCTCTCCTAAACACAGTGTATTAGTTAATAATGGAAATCATCCCATCTA
TTCATAATACATAATTTGATTTTCGAAATGTATCGAAAATATTCATATGT
AGTGGTAGTACACAGCATTGCCCGGAGTAATTAGGTGTCGGCTAAAACAC
AAACTTTTCTTTAATAATATAAAAGATAACTCCCAAAGAAATCTTCAGTT
TTTCATGAGCACATTCACACATAACTACGAAATATTTATATCAATTCATT
TATGTTGTATCCTCAAGAATGAAAGAAGAAGAGTTTGAGAAAAAATGTTG
GGAGGACTGATGAGTACTTTAGTCTTAAGAGCGCTCAATGACAAAAACAA
AAATTGACTCTGAAGAAACCCTGGGTCTTCGCGGCACGATGACACAGAGC
TCCGTCTTGAGTGAAAACAAAGTTGTGCTCGAACCTTTCTCTAGCCCAAC
GTAACACTTTCTTATTAAGAAGTTCGACGTAACCATTCGCATTGAGTCGC
TCTCCAACATTCTCATGTTGCTCTGTTCAGGTATAACATGTCTAAGTAAT
ATATAAAAACCCCATTGTTTTGATAATTCAGTATCACGGGATTTTAATCA
TTTCAATACTGAACCCTGATAAGTTTCTTCATTAAAAAAAATTAAATCGA
TATAACTGCAAAAATATACCTTCTTTAAGCAAATACTTTTCAATAAATGA
AAACCATATTATTCACGCTTCAAATGATCTCCTTTTGCGTAAAAACAATT
GAAAAACCAAGGCGTTATTCTTTTTCCAATGTAATTCATAAATAATGGTG
TTTTTTAACCTATAAATTGACTTTTTTTAAGACCACATACAAAATATAAG
CACATATTTGAAAACAGTATAATACTTTGTAAATAATCAACTAATTTTCA
TGTGCCTTACTGATTTTTTTTTTCTAATTCAAAAGTTGTCTCAAATCTAT
ACCAAATTCAAACTAAAAAAATCTTGAAAACCAGATTTAATACTGAAAAA
ATAATTACAATTTTGCAATTACAATGGAATATGGACCTCAATAGATATTT
TTTATTGACTTGAGTTATCTTAGCTTCAAAAGAAAAGTTGGTACGCAAAA
TATAAGCAATTGTATTATTTGCAATCAATAGAGGTGAGCAGTGCTTCCCA
AACTTTTAATATTGCGAACAACGTGAGAAAGTATTTATTATTATTAATTT
TTTTCAAAATAGGATCAACAAACCCGACAACTTCAACTTTATCATCTACT
CGGACCAAAAATCTATATCTTTTCATTAAATATCCGACTTTTCTAAGTAA
TAAATGAAGGATTTCTTAGTTCTTTTCTGTTTTATATCGCGTTAATATGT
CTCATAGAAAGCCCATAACAAAGATTTTTTTAAAGTAACTTGTGTAGACT
TCTTGATTGGTGACTCCAACATTCGAACAAAATACTAATCACTAGGTCAA
AGAAACTTCCTTCAGAGCTTTCTATGAGGAGGAGGCAAATGATACAAATC
CTCCAACATAACCCGTCACAGATGTATCGGCGTCAGTACGATCTCGAATC
AGAACTACTTCTTGAATTTTATGTAGTAGACAAGGCTCTTCCAATGTTGG
GAGTTGATTTTTACGACGTCACAATTTATGCCTTGACGTCACGAGTGGCT
CCCTCTTCAAAAGACCGGCGTGCCTCCACTTTAACAAACTCACCCTTGAG
CAAGAGTTCATGCACCAGTTCCCTTTGACTTTTTTTCTTGAGATTCTCAC
ACACCTGTTCGGTACTCGTTGAGATACTAGATAGTTACTACAGGGTCACC
ATGTTTTGCTAGTACTTGGAGACTAAGTCTACCCAAATTGGCTCTTCTGA
AGGAAGAATTGGGCGAACTCCTGGAGCTTGGAGTTCTGAGAGTGTCCTCA
TCATCCTTCTCATCAGTAGTGACATCATACAGAAGCCAAGTGGAGGATTT
TGCCTCTGTGAGACTTTGTCGCTTGAATCGCATGTCTGATCTAGATAGCT
ATCCCCTTCCCAACATGAGGGACTTTTCTTGAAGGCTTGGGGGATCCAAA
GCGTTCAGTAAGCTGGATTTATGCAAGGCATACCATCAAATCCCTGTAGA
GGATCAAGACGGCAATCATACTTTTTGGGCTAAAAAATGCAGCACAGTCT
TTCCAAAGGTTGAAAGATTTGTAACAGAAATGTGCCAGGAGTTCTTGTTG
ATTTAAACGATATTGTTTTCGTGTCAAGTCCACAGAGAAACATTGAGGCA
GTACACTCTTTCAATTTCCTAGGCCACGACGTCTCTGCAGAGAGAATTAA
AGTAAAGTAGAGTCTGTTCGAGTCTTAGCTCCTCCCAAGTCTCATAAAGA
ACGGCAGACCTTTTTGGGATGGTTCAATATTATGCAAGGTTTATACCAAG
CTTCTCAAACTACACAGTAACCATATATCCTCTATTGCAAAATCATACCA
AGTTTGAACGGGAGGAAATGCAGCAGAAAGCCTTTCAAAAAATTAAAAAT
ACTCTTTCTGCAGAGACGTTCTTGGCCTTTTTAGAGGACAGCACCCCTTT
GGCACTGAAAACAGACGCATCGTTGATTGGGATCGAAATTTATTTAGCAA
TGGACAATTACAATTATTTAGCTACGATACAATTGGGTTCTTGGTTCAAA
TCATTAACTCATGCACATCAAAAGGACTTGGTATTTAATATCGAGCTCCT
CACAATCAAGCCATATTTCCACTGGCCACTGGAAGGGATTGACTTTACAA
GATTTTCTGACTACAAGCCCTTGAGGTTGGCATAGGAATAAAGGAACCCA
TCGTGGACAGCAAGACAGTTCAAATGTTTCTCCTTTATATCTGAGTTTCA
TAGTCAGATTAAACACAGGTCGGGGAAACAGAACGTTGTGGCTGACACCY
TGTCTAGACTGATAGCTCCATTCAGATTTGAAATGTTCCCCTCCTTGAAG
ATGTGTTACAGGACCTCAAACGATCAACGTACCCTTGATTTTAAAGCGAG
GTCTTTTGTTACTATGAATTTTGGAAGTGGTCTATTGGGACGGAAATAAA
TTTCTGAGTTATATGGTTATCAAACAACTTACGCAAAAAGAAAATTTTAT
TTAGCTCACGGTCTTTCACACGTAGGGTTTAGAACTACATTACCTGAGGT
TTCGTGCCATTGGCGTGTCCTAATTTGAGAGAAACTGTCAAAAAATGGAC
TCAGGAGTGCAAATCTTGTCAGAAGAACAAAGAAGTAACTCACCCGATGC
CGTTTAGTCCTAATCCGTTTTCTTTTTATCTCCAAAAGTTTGTACACTTC
ACACAGATATTGTTGGTCCCTTACTTATGTCAAATGGTTACAGGTATCTT
TTAACAGTTTTCGATAGGGGCACAAGATAGACTAAAGTTATTCCTATGCA
TGATACTAAGGCTGAGACTATTGTGGAGCCTTTTTTTCGGGGTAGAAATC
ATGATTCGGTGTACCGGTTTCTATTCACTCCGACATTTACGGGAGGACTT
TGAAAGAGACTGGGATAGGTCCTCTGATCAAACAGCTTGTTCACTATGAC
TTTTCATCCCGAGCCGAATGGGATACTGGAAAGATTTCATAGAATTCTTA
AGATAGCCTTGGCTTCAAGGATGCACCAAGAGGGTGATACCTGGCTTAAG
GCACTTCATTTTGTGCTCATGGGGATTAGGGCATCCATACCATCTATACC
GGGAGCCTAATTTTCACCAATATACCATTTGTTGAGATCAACTCCCCGCT
TACAGATGTCGTTGGCCTATTCCTTTGATACTCCGAAGAACAGGGGCCTT
TTCAATAAAGTAAGAAAGACTTCTCTAGATCCAGTCAAAAAGGATAGTCA
TGTGTTTATTAAAAGCAGGCCAATCAAGCCAATTGTTAGAAGCCAGCTTT
AGTGTTCAGCACATTTTCCCTTCTTTTAAAAACTTATTTTAGATCCTTCA
CCCAGGATTTCATCATTCATTTTAAAAACAACAACAACTTAATTTTACGC
TTTTCTTTCAATTTTCCCATTTTACATATTTATTAAAATTATGTCAGATT
ACATTTTTATTTGAATGCTCTTATTTATCAATGTTTTTTATTCGCATGTT
CTCAGTAATTAATGTTTTTAGTTGATTGGTTTTATAGCTTGCCGTAGAAT
CTAGGGGGAGCATGAAAGACTTCTGGGAGCTCTTCTTGTTTACACCATGT
TCATATTTCACATAGAAGGACTCGAATACAGTTTAGTCGAAGTAAGATAA
CTAACTTGTGTAGACTTCTTTATATATATTTAATACAACAAAATCACTAA
TATATTGTTAAACATTCACATCGTCATAGTTTAGTCAATAAATTAGCTAA
CTCCAAGAAACACACCTTCCAAATTAAAAAAACCTAACATGTTTATACAA
MAAAAAATGAAGKGGGCTGTAGTTATATGTSGAGCCACTGTCAGTCATAA
TAACGAAAATAAAGAGCTTATGTTCAATGAGGAACTTACGCCTGCTTCTG
GGAAATAGTGAGGTCAATTTGTAGAGAGATGGGTGAGAGACTGAACCTCA
AAGTTGTTTTTGTTCCTTTTTTTTGATTTTTGAACGTTATGATTTAAAAC
CGTAACTCGCATAAATACCATGTGGTCCATTAAAATCTGAACAATTACTA
ATTCAATAATTAATTAAGGTTGAGTGATTGAAGTTAATTCATATTTTGAT
ATATTAAAGAATAAAGAATTATTTACAAAATAAGACAAACCCGATTCATT
TTGCTTAAGTACAAGATGAGAAAATGACACTTGAACTAGATCGACTTATT
TCCATTCGCACGCTTCAAGATGTTTGGCGTCTCCAACGTCCATGCCANNC
AGCAAGTCTGAAACATTGGAGAGGAAGAAGGGTTCTGTCAAAAAGGCCAA
ACTGGACCCGGAGGATTTAAAGCAAACAGCTCAGGACTATCCCCTCTAGT
CCATGAGGGCCCATGCGAGAGATCTCGGAGTTTCACACCAGAATTTCGAG
AGAGCTATCAAATAAGTAGGTGAAAAGAGTCCTGTGAGGAGGAAAGACTA
CTATTCACACCTGCAATGAAAGAATTCCATCTTTTCCATTAGAATACTCT
TTATATCAGGCTTTTTAGTTCTTTTGAACTCTTTTTTTATACTTTTGGGC
TCCCTACAGCCCTGTCACCAACTCTTTGACTACAATTTTTGATTCCATAT
CGAGGGGTGTCTGCGATGTCCGTCATTCAAACACCAAGGCCCTCAAAGCC
ACTGTCAACGAGCACTGGAACATCATGAAAGAGGACTACATTCACAGCGG
TTGCCAGGCCTTCCGCCGGCGCCTGAAAGCCATCATTGCTGCTAAAGGCG
GCTATATTAATTATTAGGAAATTTATTTATACTATTWATTTTGTTGAATT
TTTTTGTTAATTATTTAATTATAACTCGTAGAAGTTTCAAATTCTAAGTG
TTCATATTTTCATGGACCACTCCGTAGAGTGTTAAAAGGTAATAAATATT
TAATTCTCCGTTTTGACAGAGGGGATATTGTCTTGCAGTCTCTATCCAGA
ATAGAAAGCCTGATCACTTTGCTAACTAAAAGAATAATAGTTATCTAGTA
CTACTCCCATCAAGGTACACAATTGAGAACCTCTGTTTTAGGCCTACGTA
TAAAAGTTTGTATAACTCAGCAGATATATTTATTAAAATAATAAATAACA
TTCTTATAATCCTTAAAAAATTATAATACTACGCTAATAGAAAAATGTCA
AAAAAACTCAAAAGAGTTTTACAACGGAGATAACTCTGTTGACAGACTGG
TTTGAAGCCCCAAGATTTCTGGAATGGGCCCTCCTGGACTTGAGGGGATT
TGCCTGGGCTGTTTTCTTCAACTCCTCTGTGTCCAGTTTTGCCTATTTAA
CAAAGCCTTTCTTCCTCTACAAAGTTTTGGACTGACGGCGTAGACGGTGG
TCTTGGAGACGCCCAACTGCTTGGAGTACGAGAATTGAAATTCGTCAATC
TGGTTCAATTGTCATAGTAAGAGGCCATTAAATTTTGAGAGGTCAAGGTA
ACACATAACATAAAAAATAAATATTCGGCCATAATTTTGGAACCAATTCA
GATACATAACTCAATTTGATTTTAGGAGAAAGTTTTGGGATCTACCGAGT
GTCCATTCTAGTAGTATATGTGTCTACAATTTTGAATATATTATTAAGGA
TTTTATGTTAAATACCTTATTGATTTACTTTAAAATAATGGTAATTATTA
AATTTGAAATTGAGCATAATTTTTTACAGATTTAAAAAAAATTGAAACTT
TTCAAATTTAGGAGCAATAAATGTGGTAAAAAATACGTTTAAATTTTTGT
GTTGTAGTATAACAAATAACTCCAAGCAGTACTGGGTTCACTCACAAGTA
AATCCACGAAATTAAAATGGTGTGAGGATTTGTTGTGGCCAATTATGTAA
AAGCGGTTGTAAATGTTATAGTATCATGCTACCTTTTATCCTATAGATAC
CAAAGAGCCCGAAAATCAATGGGAAGTTGCGCAATTTTCAAAACTATGAA
ATTATTATTAAATAATCGCTGGAACTTGTTTGCAGTTTAACAGCACCTAA
CTCTAATTTAACCAATAAAACGTTTAGAGCTCTGATTTTTAGTAATGAAT
TATCGACAGCTGACAACAAGATAGACTATTTATTTTTGTGTTTGCGAAGT
AACACCGTATGAAGAACCAAAAAACCAAAAAACAAAATGAGGGGGCGAAA
AAATAAGTATTTTCTTAAATACTCTGTGAAAAAAACCTATAAATTTCAAG
AGATGCATTAGTCATTCGTATTAATCTAATGTCAATATAAATTAATTACT
TCTCTAAATATAAAGAGAACCTCCATTTATAAACAGGAAGGTTTGAAGTC
AAACCAGAGAATGGATATATTTCCTTTTGTAAAAAAATCTTATGGATTAA
TCGTAAGTTGATATCTTTAGATTGCCAGATTATATTCTAACACAAATTTC
CAGACTTGGATATTGAGTGGAAAATGAGGTCTGCCGTCCATGCTTTTCGT
TCATTTTTGAAAGCCTGAAAACTGTGAACGGCGTCCATTAATTTTCTCCT
TTTTCATTGTTCTCCAAAAACTTGTTTACTCTAGGTCCAAATCTTAAAGA
AAAGGACTTATAGCTACAAATGGGTTTTTTGTAGAGGTCGAAGAGAAGAT
GGGATGGAGACTTATGGTCAAGGATGCCATTTTTGTAAAGAAAAAACTCC
CTTTATAAATTAGAAAAGGGAAAATAGTAAATGCGTGTGCTCTTTCTTCT
TTTTTGTTTATTATTATAGTCGAGGAATTGTAAACATCTCCCTCTAAAAC
AAAAATTATCAACCATCTTTGTTGTAAATTGGTTCAAAAATGTATAATAA
TAAATATGAATTATAATTAAATTATAATATTTTCCCTCTACTAATGCTAT
TTTAAATGTAGTAATAAATCTTTATATCCCTAAAATCATAAAACAGGGAG
CCGATATTACCATAGACCATATGTCTCACTCCCACTTTCTTCTCGCTCTC
TTACAAAAAATACTTCTCTAACTTTGAAGAAAAGTTGCGTACGTCAAATA
ATTAAGTGATGTTATCCGTAGGCAAATAAATTTGGACAAAAATTGATCAA
ATGTTTGTTATTTTGTTTGAAAAAATGTTCATCTCGACAGAAATTGTAAG
AAAGTAAAAGGAAAAGTGTGAGCAAGAAATAAATTGATAATATCACATTT
GTCTTCAGCCTTGAATTTGACCTTCATAATAGTTCTACATATATTTTCTC
CATTCTTCCTTTTTTTCGATTATTTTTTTTAATCATCGTTTGCCACATTT
TTATTTTATATTTACCGAAAATGTCTCTCAACATACCATGTATACATAAG
AATAATATTTCCTTTGAGAAAACACGTGGGCTGAGCTCTTAGAGTAGAGA
TAAATTAATATGGGAGTCTACTGAGTTATGACTTGCACTGCCCATGACGG
TTCATGATCTCCTATCATTATTTGTTTCATCTCTGGAAATCCAATCACGA
AATCAATTTGATTGACAACCCTCTCCCGACTACTATCAACAGACTCCAGT
TTATTTTTCTTTCATTATGATAATAAGATGAACCTACATTCTCAGTGATA
AGAGAGTGATAATCAATCATGCGATAAATTTCTCTATTTTTAAACCGTTA
GCTTTTTCAGTAATGTTACAATGGTTTCCTTCAATTTCATGGAGTTTACA
TCACATATGTGGCCCCTAAAAATAAAATAAGCTATAATGATTTTCTTCCC
AAAATTGAGGGACAAATTAACGTCAATTTCTATCTACAAGTTATTCTGTT
AACCATTTGGGTGTGCCGCAACTTGCGCGTAAAGTGGCCAAAAATGAGTG
TCAAAATAAAAGAATGAATAATTGACCGATTTGGTTTGAAAGGCCATAAC
GGGGCCAATATAAGTCCCTTAAATCAAAAAAAAGATTCTCAACTATAACT
TAAACTCTTGGGTATCTTAACTTATCCCACAAGTTTGAATAATTTGACTC
AAGCATGTCTGTGAACTATTTTACTGAATGTACATATCTATGAAGTAAAA
AATATATTTGGATTTTCTACATTTCTTGATATTTGTTTAAGATTGTTTTT
GTATTGACACACCACATTTAGTTCTGAGAATTTTGAAATTCCATGGAGGT
AGAATATATAATACTCTGGGGTGTCGGTTTCCAAATCCTAGACCGATCTG
AAACAGTTATGATTTTCAGTGGATCAAACAAATTTGGTTCTTCAAAGAAG
TTCAAAATAGATCGGTCCCGAAGGAAAATTAGGTCAGTATCAGTCTTATT
TTAAGTGATGATGTCATATATATCTCAAAATGATGATCAATGAAGTTAAA
TTTTTGGCAACATTAAAATGTTGCAGCTCATGAATCGGGATAGAGGAAAT
TATCGGTCAATAGATTGAGACTGAGAATAATCGGTCTGTATACCGAGATT
TCCATTAAAATGTGACCACTTTGAGTTCTAAACTTTATTAATTAAGAGTA
AAATTTCAAAAAAATTAATGCTCAAAATAGATTTGTATCTAAGGTCTTTT
AATCATTAATGTAGCAGCTCTTTGCAGCAAAGATGGCTTCCGGCCGGTGG
TGGAAAGCCTGGCTCCCGTTGCGGRTTTATTCATCTGTCATGATGCCCCA
GTGCTGGCTAACAATGGCTTTGCGGGCCTCTTTGTTTGGATGACGGAAAC
TGCAGGCCTTCCTCTCGACATGCACCGAAAAGATGTAGTCAAGGGGGTTG
GCATAAGGACTGTAGAGAGCCAAAAGTGTCCAAAATGAACTTAAATAACT
CAAAAGACTCGTTTAAATTAGTTTAGGAGATGGATTTCCTTGATTGCTGG
TGTCAAAAGTGGTCTCACAGCCCTCACATGCCTCTTTCCGCCCACATTTT
TGATAGCTCTCTGCAATGTTTGTTTTTAAATCCAGGAATCTCATGCATGG
GCCCTCATGGACTTGATGGGATGGGTCTGGTCTGTTTGCTTTAACTATTT
CAGATACAGTTTAGCCTTTTTGACGGAGCCCTTCTTCCTCTCTAAAGTTT
CAGAATTGTTGATAGTGCATACAATGGTTCTGGAGAAGCCCAACTACTTG
GAGTGTGCAAATCAAAATTTGTCAATCACGTTCAAGCGTCATTTTCTCGA
CTTGTATGTGAGCTAGAGAGCTCAAACTTGCTTTGTATTGGACCTAATTT
TGCTTTAATATATCAAAAAATATATACATTTCAATCATTCAACCTTCATT
AATTATTAAATTGCCAAGTGTTGAGATTTCAATGGACCACCCAGTATTAA
TACCAAAAAAGTTCACTTAAGACGGAACGGAAAAAAGTTAACTTAAGACG
GAACGGAAAAAGGTCGGTCTTAGAATGACTTTCGACAATCGCATTGACTA
TATTTAGAAATACAAAAATACCTCTAGGATAATTATGTTATCTGTTATAA
ATATTCTTTTGTTGAGCTTGAAAAATGTTTTATCTTACTAGAGGACGGAC
TTGACTCAACCAAAACAACAAAATATGGATGTTTATAGGGTCAGTCACAT
TTAATCAATTTCGTCTCGAATGGAAACCTCTTCAGAAATAAGAATATAAC
AATATTCTTAAATTCTTAAGTTTACACACAAAAAANNNNAAAAACATTAA
AATTTAGAAATAAAAACATTAAAATTTAAAAACAAGAATATATAAAATAA
TATATACGAGCAGTATATAATAACGTTTTACCCTAAAGTTATGAACAAGG
CGTTACCTTACTAACACAAAAAATATGGCTGGYMTTTATATRCAGCTGTC
GATGTTTCTACTTCTTATCAGTGTTCTAAAATATGATTGGTTGAATTTGA
ATTATATTTTCTTTAGGTGCAATGTACAATTATCAACAATTTCATAATAA
TAATTCTATAGTTTGGAAGAGTTATTGGCTAACTATTACTATTTTGAGCT
TTATCCGTTTGATTTTGTTCTTTTTTTTTTTTTCTGTGTTTTTTTTTGGA
TGAAAGTTTGCAAGATGCCAATAAAGTATTGACATATTTAAAAAAAAATA
GTCCAACAGTTAAAACAGATGATGTATTTCCCTAACTGCAAGTAAATTTT
GCTCATTTTATATATACATATTTGAGAGATTTAATAAAATTTCTTTATAT
AATAATTTTGAACGATATTTATTTCTTTTTTTAAATGAATCTTTGAAAGG
ATATAAAAATATTTCGTTGAACAGAATGACGTAATTGTCAAACTAACCAT
TAATTTCTTCTTTTTTTTTCTTTGTCTTTTCAGAGCATATGTTTAAAGAT
GCAATTAGTATTTATTTGATTTCGGATTTCTTTATTTTATCCTTTCAAAA
GAATGCTAGAACTGCTTTAAAGAATATAACCAAACATATGAACTCAAAAT
TCCTGGGCTTTTGTATATATACCAATTTTTTTAAATTATCCTCATTTTCA
GTTAAAACCAACCTTCAAAAGAGAGCTATCAAAATTTAATAATAATTGGT
TCTTTAGCCAACTTTTGTTATTTCTAAAACAATGGATAAAAAACAATTTC
GTGTTTTTAATTTTACACTTCTTTTTGATAGGAAAAAATCTCATTGAAAC
TAAGCAACGGGTTGAAAAGTGTTATGGGGACTTCATTTCATAAACAAAAA
TTTAAAAAAACCGTGTTTTCTTTGTCAAGCCCGATACATTTCAGCCCTTG
CGTTATAACCGTATGGCTTTTATAGAATTAAAATGGTCTCTCAACAATTA
TTGAATAATTGTGCTAGAATTAGCAAACTACTAACTGATTGTGTTCCTTA
TGTTCTGTTTCTTTTCGTGTTAAAGGTTATTTGAGGGGGTGGACTGGAGA
AGCTGTAGCKCCTCCCCCGCCAAAAATATCCAATTTTTGAAAAAAATAAT
TTTCTGATTAGATTTTTGAAATTGTTTTACAAGAAATTTTAATATTTATA
ATTTAGTTTTTAAATTTTACAAATAATGTAATATTTAAAATTTTAATATT
TCGAAACTTTTTGTGAACAGCTGTAGATTTTTGAATTTTTCAATGAATAG
TTATAGATTTTTGATTTTTTTTTGTAAATAGCCGTGAATTTTTGATTTTT
TTTTTGTAAATGGCCGMGGATTTTTGAATTTTTTTTTCAAAACAATTCCA
AAAACCAAGCCCCTCTTCCCTAAAAAAATATAATCCTGCGGACGCCCCTG
CTAAGTTATAATTCATCAATTCGTATGATCGTATTTTCCAGAAGTTTTTA
TCTATCTTAGTAACAAGGGAGTTGTTAGAAGTTAGCTCATCATTTATTAT
CATTACTTTTTGAGCAGGAACACTAGACATAAATCGATAAACATCAGCAG
CAGACTCTTCAGTCGGGACAAACAATAACAAAAACATCAAGCACAGAGAA
GAAGAGACCAGGGAGCAGTGATAATTAAAAAAAAGTGTCTATAAAGCATA
GATACATACATATATTTGGGGCTCTTTGTTAGTTCTTCGTTTTTTGACGC
TCACTCATTTACGAGAACATGGATATAATATTTATAATACTATAACGTAT
AAATAGCGCCAAAATTTGATGTCATCAACCTTTATATTATATACTGATAA
GTGGCCCAAAAAGACTTTTATCATACTGAGATGCTATCAATCCCTCTCCC
ATCTTTTTTCAAATGCGAAGAAAGTATTAAAGGAAGGAATAACGGGAAAA
TTATCAATTTAAGTGTTTAGTGAAAATAAGTAAGGAAGTCCATCATCATT
TCCAATTACACGAGGAGTCCAAAGAACAACACACATTTTAGAAGTCAAAT
GGCAAAACTGCAGTCCGTAAATATATGTCATAATAATATGTATACATATA
ATTATTCACATAAAAAAACATCTTGCCGTCCGTCAAACTGATGGGTTCAA
AAGATTTATCATGCGCCCGCCTACTCCCGGAAATTTAACGCGCATTTTTC
ATGGGATTTTCTCTGGATGGTAGAAGAAAAACGAGGGCGAGACGGACATT
TTTTTTATTTACATATATATTTTTCTTGACTTCTGAGAAACATATTTTTT
ATAAAGTAGTTTACTTCAAATACACGAACGGTAATGACGCAATGGCGTCT
CCGGTAGTGGTTCTTGATCGTGGTAATAATACAACTTGTACACTGAATCT
ACATGGATGCACAATTGTTTCTTGGAGAGTGAATAACCAGGAACAGTTGT
TTGTGAGTAAAAAATCTGTTTTTGATGGAAAGAAACCCATTCGCGGAGGG
ATTCCATTGGTCTTTCCCGTCTTTGGACATTCACACTATGGACCCCAACA
TGGATTTGCACGGATATGTCGCTGGACTTTGGAGAAAGGTCCCGAGAGAA
ATCTAAGTGGAGATGTGGAGGCCATGTTCTCCCTTTGTGAGAATGAATTT
ACTACAAGTATTTGGCCATCCCCATTTCGTCTCGCATACCGGATTCTCTT
AAGAGAAAAGGAACTTCATCTACATGTCAGCATCTATAACCCCTCCAAAG
ACATTCCCTTTGGCTTTAACGTTCTTTTTCATACCTACTTTAAATGCCCT
GATGTACGCCGATGTCAAATAACGGGCCTAGTAGGATGTACTTTCATCGA
TAGAACTAGGGAGCCTCCCAACTCCTATCGTGAATGTCGTGATGGAGTTA
CTATAGGAGAATGGACGGATCGCGTCTATACAAATACTCCTCCGGAGCAT
GTCATCACGAGTGTTGTCTCTGGACGGAAGATGAGGATACAAAAATATAA
CTTACCGGATACTTTTGTATGGAATCCATGGGTTCCTCAAGCCAAGGAAA
TCCAAGATTTTGGAGATGATGAGTATCCCAATATGGTCTGTGTGGACTCA
GGATACATTTCTTCCCCAATTACACTAATGCCAGGAACTGCTTTCGAAGC
TAGTCAGATCCTTCAAGTCATGTAA
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