EMLSAG00000010673, EMLSAG00000010673-693439 (gene) Lepeophtheirus salmonis

Overview
NameEMLSAG00000010673
Unique NameEMLSAG00000010673-693439
Typegene
OrganismLepeophtheirus salmonis (salmon louse)
Associated RNAi Experiments

Nothing found

Homology
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BLAST of EMLSAG00000010673 vs. GO
Match: - (symbol:ADAMTS1 "Uncharacterized protein" species:9615 "Canis lupus familiaris" [GO:0001542 "ovulation from ovarian follicle" evidence=IEA] [GO:0001822 "kidney development" evidence=IEA] [GO:0004222 "metalloendopeptidase activity" evidence=IEA] [GO:0005604 "basement membrane" evidence=IEA] [GO:0008201 "heparin binding" evidence=IEA] [GO:0008270 "zinc ion binding" evidence=IEA] [GO:0031410 "cytoplasmic vesicle" evidence=IEA] [GO:0060347 "heart trabecula formation" evidence=IEA] InterPro:IPR001590 InterPro:IPR002870 InterPro:IPR006586 InterPro:IPR010294 InterPro:IPR013273 InterPro:IPR013274 InterPro:IPR024079 Pfam:PF01421 Pfam:PF01562 Pfam:PF05986 PRINTS:PR01857 PRINTS:PR01858 PROSITE:PS50215 SMART:SM00608 GO:GO:0006508 GO:GO:0008270 GO:GO:0031410 GO:GO:0008201 GO:GO:0004222 GO:GO:0001822 Gene3D:3.40.390.10 GO:GO:0005604 InterPro:IPR000884 Pfam:PF00090 SMART:SM00209 SUPFAM:SSF82895 PROSITE:PS50092 OrthoDB:EOG7WDN1M TreeFam:TF331949 GeneTree:ENSGT00650000092972 KO:K08617 OMA:CPDNNGK GO:GO:0060347 GO:GO:0001542 EMBL:AAEX03016471 RefSeq:XP_003434043.3 Ensembl:ENSCAFT00000013624 GeneID:100686153 Uniprot:F1PGL0)

HSP 1 Score: 213.001 bits (541), Expect = 1.070e-57
Identity = 112/261 (42.91%), Postives = 150/261 (57.47%), Query Frame = 0 
Query:  284 ILNMPHDDDQKCQNYYDDDDRNGSASHVMSRMLDHNTNPWQWSKCSQHYITRFLDANYGHCLLNKPKRNFLHSNLNQITKLLPGQHFDENKQCEFVFGPGSEIC-SYMPACXRLWCXXPSNGTSSEENGCRTQHMPWADGTPCGPNRWCMRSKCVDVSSTWN-DTPVDGSWGAWQSWSDCSRSCGGGIRKAXRHCNDPDPKFGGSYCVGDRVRYESCNTKECDPWSDIVDFRTKQCQVFNGNNFDIEGVPKDVKWVPKYSG 542
            + NMPHDD ++C +    D      SH+M+ ML +  +   WS CS + IT FLD  +G CL++KP+         Q+   LPG  +D N+QC+F FG  S+ C      C  LWC     GTS     C+T+H PWADGT CG  RWC+  KCV+ +   +  TPV GSWG W  W DCSR+CGGG++   R C++P PK GG YC G RVRY SCN ++C P ++   FR +QC+  N  +    G    V+W PKY+G
Sbjct:  389 VFNMPHDDAKQCTSINGVDQN----SHMMASMLSNLNHSQPWSPCSAYMITSFLDNGHGECLMDKPQSPI------QLPTDLPGTLYDANRQCQFTFGEESKHCLDAASTCMTLWC----TGTSGGLLVCQTKHFPWADGTSCGEGRWCINGKCVNKTDKMHFHTPVHGSWGPWGPWGDCSRTCGGGVQYTMRECDNPVPKNGGKYCEGKRVRYRSCNIEDC-PDNNGKTFREEQCEAHNEFSKVSFGSGPAVEWTPKYAG 634

HSP 2 Score: 51.6026 bits (122), Expect = 2.192e-5
Identity = 23/77 (29.87%), Postives = 45/77 (58.44%), Query Frame = 0 
Query:  192 RSSPPSSSSRKWPPPSKNNSVEXLVVADGPMVQYHRENVKPYILTIMQIVSTIYRDSSLGNLVEMSVVRLIILKESE 268
            R    ++S RK    S +  VE ++VAD  M ++H   +K Y+LT+  + + +Y+  S+ N V + VV+++++ E +
Sbjct:  223 RQPTGTASVRKKRFVSSHRYVETMLVADQSMAEFHGSGLKHYLLTLFSVAARLYKHPSIRNSVSLVVVKILVIYEEQ 299
[Close]
BLAST of EMLSAG00000010673 vs. GO
Match: - (symbol:LOC100738012 "Uncharacterized protein" species:9823 "Sus scrofa" [GO:0004222 "metalloendopeptidase activity" evidence=IEA] [GO:0005578 "proteinaceous extracellular matrix" evidence=IEA] [GO:0008270 "zinc ion binding" evidence=IEA] InterPro:IPR001590 InterPro:IPR006586 InterPro:IPR010294 InterPro:IPR013273 InterPro:IPR013274 InterPro:IPR024079 Pfam:PF01421 Pfam:PF05986 PRINTS:PR01857 PRINTS:PR01858 PROSITE:PS50215 SMART:SM00608 GO:GO:0006508 GO:GO:0008270 GO:GO:0005578 GO:GO:0004222 Gene3D:3.40.390.10 InterPro:IPR000884 Pfam:PF00090 SMART:SM00209 SUPFAM:SSF82895 PROSITE:PS50092 OrthoDB:EOG7WDN1M TreeFam:TF331949 GeneTree:ENSGT00650000092972 EMBL:CU469332 Ensembl:ENSSSCT00000031950 OMA:QCASINS ArrayExpress:I3LDG0 Uniprot:I3LDG0)

HSP 1 Score: 209.149 bits (531), Expect = 1.091e-57
Identity = 112/261 (42.91%), Postives = 153/261 (58.62%), Query Frame = 0 
Query:  284 ILNMPHDDDQKCQNYYDDDDRNGSASHVMSRMLDHNTNPWQWSKCSQHYITRFLDANYGHCLLNKPKRNFLHSNLNQITKLLPGQHFDENKQCEFVFGPGSEIC-SYMPACXRLWCXXPSNGTSSEENGCRTQHMPWADGTPCGPNRWCMRSKCVDVSSTWN-DTPVDGSWGAWQSWSDCSRSCGGGIRKAXRHCNDPDPKFGGSYCVGDRVRYESCNTKECDPWSDIVDFRTKQCQVFNGNNFDIEGVPKDVKWVPKYSG 542
            + NMPHDD ++C +  +  +R+   SH+M+ ML +      WS CS + IT FLD  +G CL++KP+         Q+   LPG  +D N+QC+F FG  S+ C      C  LWC     GTS     C+T+H PWADGT CG  +WC+  KCV+ +   + DTPV GSWG W  W DCSR+CGGG++   R C++P PK GG YC G RVRY SCN ++C P ++   FR +QC+  N  +    G    V+W PKY+G
Sbjct:   16 VFNMPHDDAKQCASL-NGVNRD---SHMMASMLSNLDRSQPWSPCSAYMITSFLDNGHGECLMDKPQSPI------QLPSDLPGTLYDANRQCQFTFGEESKHCPDPASTCTTLWC----TGTSGGLLVCQTKHFPWADGTSCGEGKWCVNGKCVNKTDKKHFDTPVHGSWGPWGPWGDCSRTCGGGVQYTMRECDNPVPKNGGKYCEGKRVRYRSCNIEDC-PENNGKTFREEQCEAHNEFSKASFGSGPPVEWTPKYAG 261
[Close]
BLAST of EMLSAG00000010673 vs. GO
Match: - (symbol:ADAMTS1 "Uncharacterized protein" species:9823 "Sus scrofa" [GO:0004222 "metalloendopeptidase activity" evidence=IEA] [GO:0005578 "proteinaceous extracellular matrix" evidence=IEA] [GO:0008270 "zinc ion binding" evidence=IEA] InterPro:IPR001590 InterPro:IPR002870 InterPro:IPR006586 InterPro:IPR010294 InterPro:IPR013273 InterPro:IPR013274 InterPro:IPR024079 Pfam:PF01421 Pfam:PF01562 Pfam:PF05986 PRINTS:PR01857 PRINTS:PR01858 PROSITE:PS50215 SMART:SM00608 GO:GO:0006508 GO:GO:0008270 GO:GO:0005578 GO:GO:0004222 Gene3D:3.40.390.10 InterPro:IPR000884 Pfam:PF00090 SMART:SM00209 SUPFAM:SSF82895 PROSITE:PS50092 OrthoDB:EOG7WDN1M TreeFam:TF331949 GeneTree:ENSGT00650000092972 EMBL:FP476141 Ensembl:ENSSSCT00000013158 OMA:QCALQDC Uniprot:F1SHP1)

HSP 1 Score: 212.231 bits (539), Expect = 1.933e-57
Identity = 112/261 (42.91%), Postives = 153/261 (58.62%), Query Frame = 0 
Query:  284 ILNMPHDDDQKCQNYYDDDDRNGSASHVMSRMLDHNTNPWQWSKCSQHYITRFLDANYGHCLLNKPKRNFLHSNLNQITKLLPGQHFDENKQCEFVFGPGSEIC-SYMPACXRLWCXXPSNGTSSEENGCRTQHMPWADGTPCGPNRWCMRSKCVDVSSTWN-DTPVDGSWGAWQSWSDCSRSCGGGIRKAXRHCNDPDPKFGGSYCVGDRVRYESCNTKECDPWSDIVDFRTKQCQVFNGNNFDIEGVPKDVKWVPKYSG 542
            + NMPHDD ++C +  +  +R+   SH+M+ ML +      WS CS + IT FLD  +G CL++KP+         Q+   LPG  +D N+QC+F FG  S+ C      C  LWC     GTS     C+T+H PWADGT CG  +WC+  KCV+ +   + DTPV GSWG W  W DCSR+CGGG++   R C++P PK GG YC G RVRY SCN ++C P ++   FR +QC+  N  +    G    V+W PKY+G
Sbjct:  384 VFNMPHDDAKQCASL-NGVNRD---SHMMASMLSNLDRSQPWSPCSAYMITSFLDNGHGECLMDKPQSPI------QLPSDLPGTLYDANRQCQFTFGEESKHCPDPASTCTTLWC----TGTSGGLLVCQTKHFPWADGTSCGEGKWCVNGKCVNKTDKKHFDTPVHGSWGPWGPWGDCSRTCGGGVQYTMRECDNPVPKNGGKYCEGKRVRYRSCNIEDC-PENNGKTFREEQCEAHNEFSKASFGSGPAVEWTPKYAG 629

HSP 2 Score: 53.1434 bits (126), Expect = 7.435e-6
Identity = 46/243 (18.93%), Postives = 96/243 (39.51%), Query Frame = 0 
Query:   66 GFLLIQFSAFNRTFSMEVYPDNLILIEPHSFNS--------SSYS--------CFYSGKVLDTLDSFVSFNLCTGGLTGNIHTKDGDFYVVPTPERDETHRVYRIPRDRISSSPTSNTFISSKNSSSNLDYSEAFEERSRIRR--SSPPSSSSRKWPP----PSKNNS------------------VEXLVVADGPMVQYHRENVKPYILTIMQIVSTIYRDSSLGNLVEMSVVRLIILKESE 268
            G   +   AF     +E+ PD   L    +  +        +S+S        CFYSG V     S  + +LC G + G  + +  ++++ P P             +   + P  +  +  +            ++ +++ +   S    ++ +WPP    P +                     VE ++VAD  M ++H   +K Y+LT+  + + +Y+  S+ N V + VV+++++ E +
Sbjct:   54 GTTHLLLDAFGSQLRLELQPDRGFLAPGFTLQTVGRRPGPNASHSDPAGDLAHCFYSGTVNRDPSSAAALSLCEG-VRGAFYLQGEEYFIQPAPAAAAVSLAPAAAGEEPLARPQFH-LLRRRRRGGGGAKCGVLDDETQLAKDAGSEGEDAAAQWPPQNWEPQRAGQSTGTGSLRKKRFVSSPRYVETMLVADQSMAEFHGSGLKHYLLTLFSVAARLYKHPSIRNSVSLVVVKILVIYEEQ 294
[Close]
BLAST of EMLSAG00000010673 vs. GO
Match: - (symbol:ADAMTS4 "A disintegrin and metalloproteinase with thrombospondin motifs 4" species:9606 "Homo sapiens" [GO:0001501 "skeletal system development" evidence=TAS] [GO:0002020 "protease binding" evidence=IPI] [GO:0004222 "metalloendopeptidase activity" evidence=IEA] [GO:0005515 "protein binding" evidence=IPI] [GO:0005576 "extracellular region" evidence=TAS] [GO:0005578 "proteinaceous extracellular matrix" evidence=IEA] [GO:0005615 "extracellular space" evidence=IDA] [GO:0006508 "proteolysis" evidence=TAS] [GO:0008233 "peptidase activity" evidence=TAS] [GO:0008237 "metallopeptidase activity" evidence=TAS] [GO:0008270 "zinc ion binding" evidence=IEA] [GO:0022617 "extracellular matrix disassembly" evidence=TAS] [GO:0030198 "extracellular matrix organization" evidence=TAS] InterPro:IPR001590 InterPro:IPR002870 InterPro:IPR010294 InterPro:IPR013273 InterPro:IPR024079 Pfam:PF01421 Pfam:PF01562 Pfam:PF05986 PRINTS:PR01857 PROSITE:PS00142 PROSITE:PS50215 Reactome:REACT_118779 GO:GO:0005615 GO:GO:0006508 GO:GO:0008270 GO:GO:0005578 GO:GO:0008237 GO:GO:0001501 GO:GO:0004222 Gene3D:3.40.390.10 EMBL:AL590714 InterPro:IPR000884 Pfam:PF00090 SMART:SM00209 SUPFAM:SSF82895 PROSITE:PS50092 HOGENOM:HOG000004799 HOVERGEN:HBG004313 OrthoDB:EOG7WDN1M TreeFam:TF331949 MEROPS:M12.221 CTD:9507 eggNOG:NOG271890 KO:K07764 EMBL:AF148213 EMBL:AY044847 EMBL:AB014588 EMBL:AY358886 EMBL:BC063293 PIR:T00355 RefSeq:NP_005090.3 UniGene:Hs.211604 PDB:2RJP PDB:3B2Z PDBsum:2RJP PDBsum:3B2Z ProteinModelPortal:O75173 SMR:O75173 BioGrid:114885 IntAct:O75173 STRING:9606.ENSP00000356975 BindingDB:O75173 ChEMBL:CHEMBL2318 PhosphoSite:O75173 PaxDb:O75173 PRIDE:O75173 Ensembl:ENST00000367996 GeneID:9507 KEGG:hsa:9507 UCSC:uc001fyt.4 GeneCards:GC01M161159 H-InvDB:HIX0001237 HGNC:HGNC:220 HPA:CAB025876 MIM:603876 neXtProt:NX_O75173 PharmGKB:PA24548 InParanoid:O75173 OMA:HAGCDRI PhylomeDB:O75173 BioCyc:MetaCyc:ENSG00000158859-MONOMER BRENDA:3.4.24.82 ChiTaRS:ADAMTS4 EvolutionaryTrace:O75173 GeneWiki:ADAMTS4 GenomeRNAi:9507 NextBio:35624 PMAP-CutDB:O75173 PRO:PR:O75173 ArrayExpress:O75173 Bgee:O75173 CleanEx:HS_ADAMTS4 Genevestigator:O75173 Uniprot:O75173)

HSP 1 Score: 210.69 bits (535), Expect = 4.037e-57
Identity = 156/564 (27.66%), Postives = 234/564 (41.49%), Query Frame = 0 
Query:   68 LLIQFSAFNRTFSMEVYPDNLILIE----------PHSFNSSSYSCFYSGKVLDTLDSFVSFNLCTGGLTGNIHTKDGDFYVVP----TPERDETHRVYRIPRDRISSS--PTSNTFISSKNSSSNLDYSEAFEERSRIRRSSPPSSSSRKWPPPSKNNSVEXLVVADGPMVQYHRENVKPYILTIMQIVSTIYRDSSLGNLVEMSVVRLIILKESESF------ISKNKRQKISASKILNMPHDDD------------------------------------QKCQNYYDDDDRNG-SASHVMSR---MLDHNTNPW-------------------------QWSKCSQHYITRFLDANYGHCLLNKPKRNFLHSNLNQITKLLPGQHFDENKQCEFVFGPGSEICSYM-PACXRLWCXXPSNGTSSEENGCRTQHMPWADGTPCGPNRWCMRSKCVDVSSTWN-DTPVDGSWGAWQSWSDCSRSCGGGIRKAXRHCNDPDPKFGGSYCVGDRVRYESCNTKECDPWSDIVDFRTKQCQVFNGNNFDIEGVPKDVKWVPKYSG 542
            LL +  AF  T  +E+  D+ + +E          P     +    + +G +    +S  S +   G L G +  +  + ++ P    TP        + + R   +S   P  N      + S     ++ F   SR                      VE LVVAD  M  +H   +K Y+LT+M   +  ++  S+ N V + V RL+IL   E         ++  R   +  + LN P D D                                    + C    DD  ++  +A+H +     ML  N+ P                           WS CS  +IT FLD  YGHCLL+KP+          +    PG+ +D ++QC+  FGP S  C  + P C  LWC    NG +     C+T+H PWADGTPCGP + CM  +C+ +    + + P  G WG W  W DCSR+CGGG++ + R C  P P+ GG YC G R R+ SCNT++C P    + FR +QC  +N      +  P  + WVP+Y+G
Sbjct:   81 LLCRLQAFGETLLLELEQDSGVQVEGLTVQYLGQAPELLGGAEPGTYLTGTINGDPESVASLHWDGGALLGVLQYRGAELHLQPLEGGTPNSAGGPGAHILRRKSPASGQGPMCNVKAPLGSPSPRPRRAKRFASLSRF---------------------VETLVVADDKMAAFHGAGLKRYLLTVMAAAAKAFKHPSIRNPVSLVVTRLVILGSGEEGPQVGPSAAQTLRSFCAWQRGLNTPEDSDPDHFDTAILFTRQDLCGVSTCDTLGMADVGTVCDPARSCAIVEDDGLQSAFTAAHELGHVFNMLHDNSKPCISLNGPLSTSRHVMAPVMAHVDPEEPWSPCSARFITDFLDNGYGHCLLDKPEAPL------HLPVTFPGKDYDADRQCQLTFGPDSRHCPQLPPPCAALWCSGHLNGHAM----CQTKHSPWADGTPCGPAQACMGGRCLHMDQLQDFNIPQAGGWGPWGPWGDCSRTCGGGVQFSSRDCTRPVPRNGGKYCEGRRTRFRSCNTEDC-PTGSALTFREEQCAAYNHRTDLFKSFPGPMDWVPRYTG 612
[Close]
BLAST of EMLSAG00000010673 vs. GO
Match: - (symbol:ADAMTS15 "Uncharacterized protein" species:9913 "Bos taurus" [GO:0004222 "metalloendopeptidase activity" evidence=IEA] [GO:0005578 "proteinaceous extracellular matrix" evidence=IEA] [GO:0008270 "zinc ion binding" evidence=IEA] InterPro:IPR001590 InterPro:IPR002870 InterPro:IPR010294 InterPro:IPR013273 InterPro:IPR013277 InterPro:IPR024079 Pfam:PF01421 Pfam:PF01562 Pfam:PF05986 PRINTS:PR01857 PRINTS:PR01861 PROSITE:PS50215 GO:GO:0006508 GO:GO:0008270 GO:GO:0005578 GO:GO:0004222 Gene3D:3.40.390.10 InterPro:IPR000884 Pfam:PF00090 SMART:SM00209 SUPFAM:SSF82895 PROSITE:PS50092 CTD:170689 KO:K08629 OMA:RGFKRRP OrthoDB:EOG7WDN1M TreeFam:TF331949 GeneTree:ENSGT00650000092972 EMBL:DAAA02063383 RefSeq:NP_001179319.1 UniGene:Bt.88766 ProteinModelPortal:E1BN99 Ensembl:ENSBTAT00000022420 GeneID:514927 KEGG:bta:514927 NextBio:20871573 Uniprot:E1BN99)

HSP 1 Score: 209.149 bits (531), Expect = 2.064e-56
Identity = 104/259 (40.15%), Postives = 146/259 (56.37%), Query Frame = 0 
Query:  284 ILNMPHDDDQKCQNYYDDDDRNGSASHVMSRMLDHNTNPWQWSKCSQHYITRFLDANYGHCLLNKPKRNFLHSNLNQITKLLPGQHFDENKQCEFVFGPGSEICSYMPACXRLWCXXPSNGTSSEENGCRTQHMPWADGTPCGPNRWCMRSKCVDVSSTWNDTPVDGSWGAWQSWSDCSRSCGGGIRKAXRHCNDPDPKFGGSYCVGDRVRYESCNTKECDPWSDIVDFRTKQCQVFNGNNFDIEGVPKDVKWVPKYSG 542
            + NMPHD+ + C+  +     N    H+MS  L        WS CS   +T FLD+ +G CLL++P +         + + LPG  +  ++QCE  FG GS+ C YM +C +LWC     G +  +  C+T+H PWADGT CG  R+C++  CV+  +  N   VDGSW  W+ +  CSR+CGGG++ A R C++P P  GG YC G RV+Y SCN + C   +    FR +QC+ FNG N     +   V WVPKYSG
Sbjct:  366 VFNMPHDNVKVCEEVFGKLRGN----HMMSPTLIQIDRANPWSACSAAIVTDFLDSGHGDCLLDQPSKPV------SLPEDLPGASYPLSQQCELAFGVGSKPCPYMQSCTKLWC----TGKARGQMVCQTRHFPWADGTGCGEGRFCLKGACVERHNP-NKYRVDGSWAKWEPYGPCSRTCGGGVQLARRQCSNPTPANGGKYCEGVRVKYRSCNLESCPSSASGKSFREEQCEAFNGYNHSTNRLTLAVAWVPKYSG 609

HSP 2 Score: 68.9366 bits (167), Expect = 9.026e-11
Identity = 60/231 (25.97%), Postives = 96/231 (41.56%), Query Frame = 0 
Query:   65 DGFLLIQFSAFNRTFSMEVYPDNLIL----------IEPHSFNSSS---YSCFYSGKVLDTLDSFVSFNLCTGGLTGNIHTKDGDFYVVPTPERDE---------THRVYRIPRDRISSSPTSNTFISSKNSSSNLDYSEAFE----ERSRIRRSSPPSSSSRKWPPPSKNNSVEXLVVADGPMVQYHRENVKPYILTIMQIVSTIYRDSSLGNLVEMSVVRLIILKESES 269
            D  L+ Q +AF   F + + PD   L          +       SS     CFYSG V    DSF + +LC GGL G    +  ++ + P P              H + R  R      P  +T      S  N     A +     R  +  +     S R     S    VE LVVAD  MV++H  +++ Y+LT++   + +YR  S+ N + + VV++++L + ++
Sbjct:   50 DQGLIFQITAFQEDFYLHLTPDAQFLAPAFATEHLGVPLQGLIRSSPDLRRCFYSGDVNAEPDSFAALSLC-GGLRGAFGYRGAEYVISPLPNTSAPATQRNSQGAHLLQR--RGAPGGPPGDSTSRCGVGSGWNPAILRALDPYIPRRIGLGEARSRRRSGRAKRFVSIPRYVETLVVADESMVKFHGADLEHYLLTLLATAARLYRHPSILNPINIVVVKVLLLGDRDT 277
[Close]
BLAST of EMLSAG00000010673 vs. C. finmarchicus
Match: gi|592762069|gb|GAXK01192344.1| (TSA: Calanus finmarchicus comp1381659_c1_seq2 transcribed RNA sequence)

HSP 1 Score: 323.553 bits (828), Expect = 7.596e-100
Identity = 167/355 (47.04%), Postives = 210/355 (59.15%), Query Frame = 0 
Query:  284 ILNMPHDDDQKCQNYYDDDDRNGSASHVMSRMLDHNTNPWQWSKCSQHYITRFLDANYGHCLLNKPKRNFLHSNLNQITKLLPGQHFDENKQCEFVFGPGSEICSYMPACXRLWCXXPSNGTSSEENGCRTQHMPWADGTPCGPNRWCMRSKCVDVSSTWNDTPVDGSWGAWQSWSDCSRSCGGGIRKAXRHCNDPDPKFGGSYCVGDRVRYESCNTKECDPWSDIVDFRTKQCQVFNGNNFDIEGVPKDVKWVPKYS-----------------------------GNWCGI-------------------------------CGGNNETCVQESGVYDKSHYGYKSVTTIPAG 578
            ++NMPHDDD+KC+ +     +  S + VMSR LDHN+NPW WSKCS+ +IT FLD ++G+CL    +RN L     +++K   G+ FDEN+QCE VFGPGS +CSYMP C RLWC  P      EE+GC+TQHMPWADGT CG + WCMRS+CV  SS      VDG WG WQSWSDCSR+CGGGIRK+ R CN+P P  GG YC GDR+RYESC T++C   S   DFR +QC+ F+GNNF ++ +P  V+WVPKYS                             G  CGI                               C G++ TC++ESG ++ S YGY  V  IPAG
Sbjct:  218 VMNMPHDDDEKCKEF----TKTNSTTFVMSRTLDHNSNPWVWSKCSRKHITNFLDKDFGYCLKQPSRRNNLEREKKKVSKY-AGEFFDENEQCELVFGPGSSVCSYMPPCKRLWCSTPIG----EEHGCKTQHMPWADGTACGDDMWCMRSECVKKSSG-GRMAVDGEWGEWQSWSDCSRTCGGGIRKSVRECNNPTPANGGLYCTGDRLRYESCQTEDCHHGS---DFRLEQCKAFDGNNFKMDDLPSWVQWVPKYSEIGEKDKCKLYCRVEYSSAYYLLASSVTDGTACGIDTFDMCVGGQCVPAGCDHVLGSSARLDRCGVCKGDSSTCLRESGSFNTSQYGYNFVVRIPAG 1243
[Close]
BLAST of EMLSAG00000010673 vs. C. finmarchicus
Match: gi|592762070|gb|GAXK01192343.1| (TSA: Calanus finmarchicus comp1381659_c1_seq1 transcribed RNA sequence)

HSP 1 Score: 322.398 bits (825), Expect = 7.751e-99
Identity = 167/355 (47.04%), Postives = 210/355 (59.15%), Query Frame = 0 
Query:  284 ILNMPHDDDQKCQNYYDDDDRNGSASHVMSRMLDHNTNPWQWSKCSQHYITRFLDANYGHCLLNKPKRNFLHSNLNQITKLLPGQHFDENKQCEFVFGPGSEICSYMPACXRLWCXXPSNGTSSEENGCRTQHMPWADGTPCGPNRWCMRSKCVDVSSTWNDTPVDGSWGAWQSWSDCSRSCGGGIRKAXRHCNDPDPKFGGSYCVGDRVRYESCNTKECDPWSDIVDFRTKQCQVFNGNNFDIEGVPKDVKWVPKYS-----------------------------GNWCGI-------------------------------CGGNNETCVQESGVYDKSHYGYKSVTTIPAG 578
            ++NMPHDDD+KC+ +     +  S + VMSR LDHN+NPW WSKCS+ +IT FLD ++G+CL    +RN L     +++K   G+ FDEN+QCE VFGPGS +CSYMP C RLWC  P      EE+GC+TQHMPWADGT CG + WCMRS+CV  SS      VDG WG WQSWSDCSR+CGGGIRK+ R CN+P P  GG YC GDR+RYESC T++C   S   DFR +QC+ F+GNNF ++ +P  V+WVPKYS                             G  CGI                               C G++ TC++ESG ++ S YGY  V  IPAG
Sbjct:  218 VMNMPHDDDEKCKEF----TKTNSTTFVMSRTLDHNSNPWVWSKCSRKHITNFLDKDFGYCLKQPSRRNNLEREKKKVSKY-AGEFFDENEQCELVFGPGSSVCSYMPPCKRLWCSTPIG----EEHGCKTQHMPWADGTACGDDMWCMRSECVKKSSG-GRMAVDGEWGEWQSWSDCSRTCGGGIRKSVRECNNPTPANGGLYCTGDRLRYESCQTEDCHHGS---DFRLEQCKAFDGNNFKMDDLPSWVQWVPKYSEIGEKDKCKLYCRVEYSSAYYLLASSVTDGTACGIDTFDMCVGGQCVPAGCDHVLGSSARLDRCGVCKGDSSTCLRESGSFNTSQYGYNFVVRIPAG 1243
[Close]
BLAST of EMLSAG00000010673 vs. C. finmarchicus
Match: gi|592908856|gb|GAXK01049519.1| (TSA: Calanus finmarchicus comp2807501_c0_seq1 transcribed RNA sequence)

HSP 1 Score: 141.354 bits (355), Expect = 5.068e-37
Identity = 82/209 (39.23%), Postives = 104/209 (49.76%), Query Frame = 0 
Query:  430 WCMRSKCVDVSSTWNDTPVDGSWGAWQSWSDCSRSCGGGIRKAXRHCNDPDPKFGGSYCVGDRVRYESCNTKECDPWSDIVDFRTKQCQVFNGNNFDIEGVPKDVKWVPKY-----------------------------SGNWCGI-------------------------------CGGNNETCVQESGVYDKSHYGYKSVTTIPAG 578
            WCMRS+CVD  S       DG+WG WQSWS+CSR+CGGGIR++ R C+ P P  GG YC G+R+RYESC T++C      VDFR +QC+VF+GN F I  +P  V+WVPKY                              G  CGI                               C G++ +CV++SG +  S YGY  V  IPAG
Sbjct:  172 WCMRSECVDKRSG-GRRARDGAWGQWQSWSECSRTCGGGIRRSIRDCDSPAPADGGLYCTGERLRYESCKTEDC---HQAVDFRLEQCRVFDGNTFQIADLPAWVQWVPKYREIGEEDKCKLYCRVEYSSAYFLLASEVIDGTPCGIDTFDKCVGGQCVPAGCDHVLGSSSMLDKCGVCNGDDSSCVRKSGTFTNSSYGYNFVVRIPAG 786
[Close]
BLAST of EMLSAG00000010673 vs. C. finmarchicus
Match: gi|592762064|gb|GAXK01192349.1| (TSA: Calanus finmarchicus comp1381659_c1_seq7 transcribed RNA sequence)

HSP 1 Score: 121.709 bits (304), Expect = 1.172e-30
Identity = 62/129 (48.06%), Postives = 81/129 (62.79%), Query Frame = 0 
Query:  284 ILNMPHDDDQKCQNYYDDDDRNGSASHVMSRMLDHNTNPWQWSKCSQHYITRFLDANYGHCLLNKPKRNFLHSNLNQITKLLPGQHFDENKQCEFVFGPGSEICSYMPACXRLWCXXPSNGTSSEENGC 412
            ++NMPHD DQKC+ +     +  S + VMS  LDHN+NPW+WSKCS+H+IT FLD  +G CL       +L     +++K   G+ FDEN+QC+ VFG GS IC YMP C RLWC       S  E+GC
Sbjct:  218 VMNMPHDGDQKCKEF----PKLNSTTFVMSDTLDHNSNPWKWSKCSRHHITDFLDKGFGDCLKQPSAGQYLGKE-KKLSK-YAGEFFDENEQCKLVFGFGSSICPYMPPCKRLWCST----LSGAEHGC 574
[Close]
BLAST of EMLSAG00000010673 vs. C. finmarchicus
Match: gi|592795556|gb|GAXK01159012.1| (TSA: Calanus finmarchicus comp1499850_c0_seq1 transcribed RNA sequence)

HSP 1 Score: 125.946 bits (315), Expect = 2.900e-29
Identity = 71/217 (32.72%), Postives = 113/217 (52.07%), Query Frame = 0 
Query:  306 GSASHVMSRMLDHNTNPWQWSKCSQHYITRFLDANYGHCLLNKPKRNFLHSNLNQITKLLPGQHFDENKQCEFVFGPGS-EICSY----MPACXRLWCXXPSNGTSSEENGCRTQHMPWADGTPCGPNRWCMRSKCVDVSSTWNDTPVDGSWGAWQSWSDCSRSCGGGIRKAXRHCNDPDPKFGGSYCVGDRVRYESCNTKECDPWSDIVDFRTKQC 517
            G +  VM+ +L ++     WS  S+  + +FL +  G CL    K+    +  +   K+  G  +   +QC  +    +  +C +    +P C +LWC         EE+ C +   P A GT CG ++WC+  +CV +  + +   VDG+WG W  WS CSRSCGGGI  + R C+ P P+ GG +C G  +R+ +CNT+ C  +S  +D  T+QC
Sbjct:  561 GYSGGVMAAVLQNSVKEVSWSNTSKIQLNKFLSSKSGSCL---KKQQSEKTRSSIWLKVPAGAAYSAVEQCRLIHAQENVTVCRFPPQSVPFCTQLWC--------EEEDTCFSSGDPPAAGTICGVHKWCIGGQCVQMEESMDS--VDGAWGTWTPWSSCSRSCGGGISTSTRKCDSPTPRKGGHFCDGSSLRHSTCNTQPCLDYS--MDHSTRQC 1166
[Close]
BLAST of EMLSAG00000010673 vs. C. finmarchicus
Match: gi|592836389|gb|GAXK01121155.1| (TSA: Calanus finmarchicus comp745276_c0_seq1 transcribed RNA sequence)

HSP 1 Score: 114.39 bits (285), Expect = 1.559e-25
Identity = 101/385 (26.23%), Postives = 149/385 (38.70%), Query Frame = 0 
Query:  212 VEXLVVADGPMVQYH-RENVKPYILTIMQIVSTIY-------------------RDSSLGNLVE------------------------------MSVVRLII-----------LKESESFISKNKRQKISAS--------KILNMPHDDDQKCQNYYDDDDRNGSASHVMSRMLDHNTNPWQWSKCSQHYITRFLDANYGHCLLNKPKRNFLHSNLNQITKLLPGQHFDENKQCEFVFGPGSEICSYMPA---CXRLWCXXPSNGTSSEENGCRTQHMPWADGTPCGPNRWCMRSKC------VDVSSTWNDTPVDGSWGAWQSWSDCSRSCGGGIRKAXRHCNDPDPKFGGSYCVGDRVRYESCNTKECDPWSDIVDFRTKQCQ 518
            +E  +  D  ++++H  + VK YILT++ IVS IY                    DSS+  ++E                              + + RL I           + + E   S N+ + +S++         IL + HD D    N    +   GS   VM+ M+    + + WS CS         +N   C+ NKPK+     N   IT+ +  + +  + QC   F  G   C        C  LWC             C+T+  P  DGT CG  +WC+   C      +  S       + G WG+W  W  CSR+CGGG+    R CN+P P +GG  C G    ++ CN   C       DFR KQCQ
Sbjct: 1350 LETALYIDHTVIKFHGSDTVKQYILTLINIVSAIYGDPTLGANLKFVILRMIFYEDSSVDQILEDNSTVSLENVNDWNLDILTNLPKDERHDVAVWITRLNIGGPSGYAPVSGVCDPERSCSLNRDEGLSSAFILAHELGHILGLSHDGDLGAGNSCKKESNEGS---VMAPMVAATFSYFHWSSCSAG--EYHFKSNEWKCMKNKPKKTV---NYTLITEKIEYE-YSLDDQCRMEFDRGFSFCRSFQLPDPCEHLWCAHHHT-----PQLCKTKKGPPMDGTACGREKWCVNGHCESTSKNIARSDGLKHNALAGGWGSWSRWGVCSRTCGGGVSFRTRRCNNPRPSYGGEPCRGKSEEFKLCNIYRCIKGG---DFRAKQCQ 2453

HSP 2 Score: 32.3426 bits (72), Expect = 5.347e+0
Identity = 20/67 (29.85%), Postives = 28/67 (41.79%), Query Frame = 0 
Query:  455 WQ--SWSDCSRSCGGGIRKAXRHCNDPDPKFGGSYCVGDRVRYESCNTKECDPWSDIVDFRTKQCQV 519
            WQ   WS CS+ CGGG+++    C D           G R++   C  K   P S+     T  C+ 
Sbjct:  504 WQIMGWSRCSKDCGGGVQRLIIRCFDS--------VTGQRIKKRLCGPKRSRPRSEKRGCNTFSCET 680
[Close]
BLAST of EMLSAG00000010673 vs. C. finmarchicus
Match: gi|592839615|gb|GAXK01117929.1| (TSA: Calanus finmarchicus comp1753941_c0_seq1 transcribed RNA sequence)

HSP 1 Score: 91.6633 bits (226), Expect = 4.816e-19
Identity = 48/109 (44.04%), Postives = 74/109 (67.89%), Query Frame = 0 
Query:  208 KNNSVEXLVVADGPMVQYHRENVKPYILTIMQIVSTIYRDSSLGNLVEMSVVRLIILKESESFISKNKRQKISASKILNMPHDDDQKCQNYYDDDDRNGSASHVMSRML 316
            + N VE LVV DGPMV+YH ++V+ Y+LT+MQIV  IYRDSS+GNL+ ++VV+L++LKE+ESF     +  +SAS +L        K Q + +  D++G   + ++ +L
Sbjct:  692 RENWVEVLVVVDGPMVKYHGKSVRHYVLTLMQIVDMIYRDSSIGNLMHINVVKLLLLKENESFAPSKGQPTVSASDMLK----SFCKWQTHLNSYDKSGPEYYDVALLL 1006
[Close]
BLAST of EMLSAG00000010673 vs. C. finmarchicus
Match: gi|592922013|gb|GAXK01036376.1| (TSA: Calanus finmarchicus comp498578_c0_seq1 transcribed RNA sequence)

HSP 1 Score: 73.1738 bits (178), Expect = 1.476e-12
Identity = 55/208 (26.44%), Postives = 81/208 (38.94%), Query Frame = 0 
Query:  310 HVMSRMLDHNTNPWQWSKCSQHYITRFLDANYGHCLLNKPKRNFLHSNLNQITKLLPGQHFDENKQCEFVFGPGSEICSYMPACXRLWCXXPSNGTSSEENGCRTQHMPWA-----DGTPCGPNRWCMRSKCV-DVSSTWNDTPVDGSWGAWQSWSDCSRSC-----------GGGIRKAXRHCNDPDPKFGGSYCVGDRVRYESCNT 500
            ++MS  L   +    WS CS+ Y+ RFL ++   CL +       H      ++LLPG+ F  + QC   +GP S                 +      +  CR +H  W      +GT CG   WC R  C    +      P  G W +W S + C+  C             G+  + R C  P P  GG  C G   R+ +CN+
Sbjct: 1359 YIMSPTL--GSGKISWSPCSKAYLHRFLSSSQASCLKDPGPSEIDHF---VTSELLPGERFPADIQCRLRYGPDS-----------FHSPQQNKPDLCRDLHCRREHYTWTSHPALEGTNCGSGLWCRRGTCAPKTTEKLTREPEHGGWSSW-SETSCASPCLYSMSGSLASGSTGLIVSSRTCTRPRPANGGRNCKGKNFRFSTCNS 1931
[Close]
BLAST of EMLSAG00000010673 vs. C. finmarchicus
Match: gi|592752969|gb|GAXK01201444.1| (TSA: Calanus finmarchicus comp145820_c7_seq1 transcribed RNA sequence)

HSP 1 Score: 64.3142 bits (155), Expect = 8.985e-11
Identity = 32/82 (39.02%), Postives = 40/82 (48.78%), Query Frame = 0 
Query:  448 VDGSWGAWQSWSDCSRSCGGGIRKAXRHCNDPDPKFGGSYCVGDRVRYESCNTKECDPWSDIVDFRTKQCQVFNGNNFDIEG 529
            VDG WG W +WS+CS SCGGG     R C++P P  GG +C G       C   EC    +I       C +  G NF + G
Sbjct:   64 VDGDWGLWSNWSECSASCGGGEEIRTRLCDNPAPSSGGQHCEGHETEKRPCGEVECRSAIEI----PTDCGIRKGGNFRVVG 297
[Close]
BLAST of EMLSAG00000010673 vs. C. finmarchicus
Match: gi|592899422|gb|GAXK01058953.1| (TSA: Calanus finmarchicus comp127684_c0_seq1 transcribed RNA sequence)

HSP 1 Score: 63.929 bits (154), Expect = 7.757e-10
Identity = 32/84 (38.10%), Postives = 45/84 (53.57%), Query Frame = 0 
Query:  448 VDGSWGAWQSWSDCSRSCGGGIRKAXRHCNDPDPKFGGSYCVGDRVRYESCNTKECDPWSDIVDFRTKQCQVFNGNNFDIEGVP 531
            V+G+W +W  WS CS SCGGG +   R CNDP P  GG  C G+    + C+  EC     +V+  ++  Q   G+N  + G P
Sbjct:  755 VNGAWSSWGEWSACSASCGGGDQTRERECNDPAPSNGGDGCEGEEKETQECSKDEC---PKLVEIPSECGQANVGSNRIVNGKP 997
[Close]
BLAST of EMLSAG00000010673 vs. L. salmonis peptides
Match: EMLSAP00000010673 (pep:novel supercontig:LSalAtl2s:LSalAtl2s706:54255:148597:1 gene:EMLSAG00000010673 transcript:EMLSAT00000010673 description:"maker-LSalAtl2s706-snap-gene-1.13")

HSP 1 Score: 1216.83 bits (3147), Expect = 0.000e+0
Identity = 592/592 (100.00%), Postives = 592/592 (100.00%), Query Frame = 0 
Query:    1 MKRVSANPGFRYDENPSLPSRSVHDFTFWYCAILRNITCTQCSMSQPSQPRFSTTSHHSSSSPTDGFLLIQFSAFNRTFSMEVYPDNLILIEPHSFNSSSYSCFYSGKVLDTLDSFVSFNLCTGGLTGNIHTKDGDFYVVPTPERDETHRVYRIPRDRISSSPTSNTFISSKNSSSNLDYSEAFEERSRIRRSSPPSSSSRKWPPPSKNNSVEXLVVADGPMVQYHRENVKPYILTIMQIVSTIYRDSSLGNLVEMSVVRLIILKESESFISKNKRQKISASKILNMPHDDDQKCQNYYDDDDRNGSASHVMSRMLDHNTNPWQWSKCSQHYITRFLDANYGHCLLNKPKRNFLHSNLNQITKLLPGQHFDENKQCEFVFGPGSEICSYMPACXRLWCXXPSNGTSSEENGCRTQHMPWADGTPCGPNRWCMRSKCVDVSSTWNDTPVDGSWGAWQSWSDCSRSCGGGIRKAXRHCNDPDPKFGGSYCVGDRVRYESCNTKECDPWSDIVDFRTKQCQVFNGNNFDIEGVPKDVKWVPKYSGNWCGICGGNNETCVQESGVYDKSHYGYKSVTTIPAGXDEHSNTPRVIVAT 592
            MKRVSANPGFRYDENPSLPSRSVHDFTFWYCAILRNITCTQCSMSQPSQPRFSTTSHHSSSSPTDGFLLIQFSAFNRTFSMEVYPDNLILIEPHSFNSSSYSCFYSGKVLDTLDSFVSFNLCTGGLTGNIHTKDGDFYVVPTPERDETHRVYRIPRDRISSSPTSNTFISSKNSSSNLDYSEAFEERSRIRRSSPPSSSSRKWPPPSKNNSVEXLVVADGPMVQYHRENVKPYILTIMQIVSTIYRDSSLGNLVEMSVVRLIILKESESFISKNKRQKISASKILNMPHDDDQKCQNYYDDDDRNGSASHVMSRMLDHNTNPWQWSKCSQHYITRFLDANYGHCLLNKPKRNFLHSNLNQITKLLPGQHFDENKQCEFVFGPGSEICSYMPACXRLWCXXPSNGTSSEENGCRTQHMPWADGTPCGPNRWCMRSKCVDVSSTWNDTPVDGSWGAWQSWSDCSRSCGGGIRKAXRHCNDPDPKFGGSYCVGDRVRYESCNTKECDPWSDIVDFRTKQCQVFNGNNFDIEGVPKDVKWVPKYSGNWCGICGGNNETCVQESGVYDKSHYGYKSVTTIPAGXDEHSNTPRVIVAT
Sbjct:    1 MKRVSANPGFRYDENPSLPSRSVHDFTFWYCAILRNITCTQCSMSQPSQPRFSTTSHHSSSSPTDGFLLIQFSAFNRTFSMEVYPDNLILIEPHSFNSSSYSCFYSGKVLDTLDSFVSFNLCTGGLTGNIHTKDGDFYVVPTPERDETHRVYRIPRDRISSSPTSNTFISSKNSSSNLDYSEAFEERSRIRRSSPPSSSSRKWPPPSKNNSVEXLVVADGPMVQYHRENVKPYILTIMQIVSTIYRDSSLGNLVEMSVVRLIILKESESFISKNKRQKISASKILNMPHDDDQKCQNYYDDDDRNGSASHVMSRMLDHNTNPWQWSKCSQHYITRFLDANYGHCLLNKPKRNFLHSNLNQITKLLPGQHFDENKQCEFVFGPGSEICSYMPACXRLWCXXPSNGTSSEENGCRTQHMPWADGTPCGPNRWCMRSKCVDVSSTWNDTPVDGSWGAWQSWSDCSRSCGGGIRKAXRHCNDPDPKFGGSYCVGDRVRYESCNTKECDPWSDIVDFRTKQCQVFNGNNFDIEGVPKDVKWVPKYSGNWCGICGGNNETCVQESGVYDKSHYGYKSVTTIPAGXDEHSNTPRVIVAT 592
[Close]
BLAST of EMLSAG00000010673 vs. L. salmonis peptides
Match: EMLSAP00000002798 (pep:novel supercontig:LSalAtl2s:LSalAtl2s16161:6:765:1 gene:EMLSAG00000002798 transcript:EMLSAT00000002798 description:"augustus_masked-LSalAtl2s16161-processed-gene-0.0")

HSP 1 Score: 64.6994 bits (156), Expect = 4.697e-12
Identity = 29/56 (51.79%), Postives = 34/56 (60.71%), Query Frame = 0 
Query:  448 VDGSWGAWQSWSDCSRSCGGGIRKAXRHCNDPDPKFGGSYCVGDRVRYESCNTKEC 503
            VDG W +WQSW  CS SCG G R+  R CN P P  GG  C G+ V  + CN +EC
Sbjct:   13 VDGKWSSWQSWGQCSASCGNGRRQRARECNSPSPAHGGLSCFGNSVDXQVCNVREC 68

HSP 2 Score: 54.299 bits (129), Expect = 9.939e-9
Identity = 23/43 (53.49%), Postives = 28/43 (65.12%), Query Frame = 0 
Query:  448 VDGSWGAWQSWSDCSRSCGGGIRKAXRHCNDPDPKFGGSYCVG 490
            +DG W +W  WS CS +CG G R+  R CN+P PKFGG  C G
Sbjct:  129 LDGHWSSWAQWSTCSTTCGAGNRQRRRDCNNPAPKFGGRRCAG 171
[Close]
BLAST of EMLSAG00000010673 vs. L. salmonis peptides
Match: EMLSAP00000000009 (pep:novel supercontig:LSalAtl2s:LSalAtl2s1003:34902:37082:-1 gene:EMLSAG00000000009 transcript:EMLSAT00000000009 description:"augustus_masked-LSalAtl2s1003-processed-gene-1.1")

HSP 1 Score: 64.3142 bits (155), Expect = 5.763e-11
Identity = 61/234 (26.07%), Postives = 88/234 (37.61%), Query Frame = 0 
Query:  325 WSKCSQHYITRFLDANYGHCLLNKPKRNFLHSNLNQITKLLPGQHFDENKQCEFVFGPGSEICSY-----MPACXRLWCXXPSNGTSSEENGCRTQHMPWADGTPCGPNRWCMRSKCVDVSSTWNDTPVDGSWGAWQSWSD--CSRSC---GGGIRKAXRHCNDPDPKFGGSYCVGDRVRYESCNTKE-CDPWSDIVDFRTKQCQVFNGNNFDIEGVPKDVKWVPKYSGNWCGI 547
            WSKCS       L +    CL N P     H     + K +PGQ+++ NKQC+ +         +        C  L C  P       +     +  P  +GT CG  +WC+   CV    +   TP     G W  WS+  C  SC     G R   R C + +       CVG  V +E C+    C   + I  F  K C  F     ++ G+   VK+  +     C +
Sbjct:  396 WSKCSMEK----LKSQEHKCLENDPASPSDHP----LGKRMPGQNWNMNKQCQILLLDLEAAADHSDDTLEDICYTLKCQSP-------KRLGLYRAGPALEGTSCGKGKWCLGGICVKSEDSQAPTP-----GKWSEWSEGTCESSCLDNSKGYRIKKRTCLEGN-------CVGKSVSHELCDDSSICKERTSIPKFANKACASFIAYRPELTGLGAMVKYSSRREDQSCTV 602
[Close]
BLAST of EMLSAG00000010673 vs. L. salmonis peptides
Match: EMLSAP00000005590 (pep:novel supercontig:LSalAtl2s:LSalAtl2s2:241692:246291:1 gene:EMLSAG00000005590 transcript:EMLSAT00000005590 description:"snap_masked-LSalAtl2s2-processed-gene-2.11")

HSP 1 Score: 63.1586 bits (152), Expect = 8.059e-11
Identity = 77/297 (25.93%), Postives = 121/297 (40.74%), Query Frame = 0 
Query:  224 QYHRENVKPYILTIMQIVSTIYRDSSL-GNLVEMSVVRLIILKESESFISKNK----RQKISASKILNMPHDDDQKCQNYYDDDDRNGSASHVMSRMLDHNT----NPWQWSKCSQHYITRFL-DANYGHCLLNK-PKRNFLHSNLNQITKLLPGQHFDENKQCEFVF----GPGSEICSYMPA----CXRLWCXXPSNGTSSEENGCRTQHMPWADGTPCGPNRWCMRSKCVDVSSTWNDTPVDGSWGAWQSWSDCSRSCGGGIRKAXRHCNDPDPKFGGSYCVG--DRVRYESCN 499
            Q HR  VK + L++      +       GN    S    + L ++ SF S+ +     Q I  + I  + H+        +D+ + N  + ++M   +  +       + WS+ S+    +FL   +   CL    P  + L S L +    LPG  +  ++QC F F    G   EI          C  LWC              R   MP  +GT CG +RWC R  C  + S ++++  +G W  W SWS CSR C  G+  + R C    P   G +C    +  R++ CN
Sbjct:   18 QKHRTTVKDHHLSVFLTRRNLCNFELFQGN---ESTCNTLGLAKTWSFCSETESCILNQDIGFNTIQTIAHEIAHTFGISHDEKEENNGSYYIMFPNIKTDVPSILRDFIWSQRSRSQFQKFLMTRSESQCLYTTTPYDDDLISFL-EYPYFLPGVSWSGDEQCGFAFNEYIGNSREIVRRCKLGKGICSELWCLFRGRCI-------RAPVMP-LEGTICGYHRWCTRDSC-QLMSQYDES--EGQWEQWSSWSVCSRDCRAGLSYSRRRC---IPSKSGQFCKEGYEDTRHKLCN 296
[Close]
BLAST of EMLSAG00000010673 vs. L. salmonis peptides
Match: EMLSAP00000005417 (pep:novel supercontig:LSalAtl2s:LSalAtl2s2921:9665:13131:1 gene:EMLSAG00000005417 transcript:EMLSAT00000005417 description:"maker-LSalAtl2s2921-snap-gene-0.4")

HSP 1 Score: 62.3882 bits (150), Expect = 2.157e-10
Identity = 28/56 (50.00%), Postives = 33/56 (58.93%), Query Frame = 0 
Query:  448 VDGSWGAWQSWSDCSRSCGGGIRKAXRHCNDPDPKFGGSYCVGDRVRYESCNTKEC 503
            +DG W +WQSW  CS SCG G R   R CN P P  GG  C G+ V  + CN +EC
Sbjct:  370 IDGKWSSWQSWGQCSASCGNGHRXRARECNSPSPAHGGLSCFGNSVDNQVCNVREC 425

HSP 2 Score: 57.7658 bits (138), Expect = 6.632e-9
Identity = 30/74 (40.54%), Postives = 40/74 (54.05%), Query Frame = 0 
Query:  431 CMRSKCVDVSSTWNDTPVDGSWGAWQSWSDCSRSCGGGIRKAXRHCNDPDPKFGGSYCVGDRVRYESC-NTKEC 503
            C++  C+ V        +DG+WG W  WS CS +CG   R   R C+ P P  GGS+C GD  +  SC NT+ C
Sbjct:  742 CIKPSCIQV--------IDGNWGQWIQWSGCSATCGHATRSRSRQCDSPSPMNGGSFCSGDNNQISSCPNTRPC 807

HSP 3 Score: 53.1434 bits (126), Expect = 1.723e-7
Identity = 25/57 (43.86%), Postives = 34/57 (59.65%), Query Frame = 0 
Query:  447 PVDGSWGAWQSWSDCSRSCGGGIRKAXRHCNDPDPKFGGSYCVGDRVRYESCNTKEC 503
            P+D SW  W SWS C+++CGGG R+  R C     + GG  C+G      +CNT+EC
Sbjct:  586 PIDASWSIWTSWSTCTKTCGGGSRRRSRTCT--PAQNGGQPCIGTATDESTCNTQEC 640

HSP 4 Score: 52.7582 bits (125), Expect = 2.450e-7
Identity = 25/56 (44.64%), Postives = 29/56 (51.79%), Query Frame = 0 
Query:  448 VDGSWGAWQSWSDCSRSCGGGIRKAXRHCNDPDPKFGGSYCVGDRVRYESCNTKEC 503
            VDG WG WQ W  CS SCG G++   R C+ P P  GG  C G  V   +C    C
Sbjct:  692 VDGMWGQWQFWGSCSVSCGNGVQSRRRQCDSPRPSSGGRNCRGSSVESNTCIKPSC 747
[Close]
BLAST of EMLSAG00000010673 vs. L. salmonis peptides
Match: EMLSAP00000007907 (pep:novel supercontig:LSalAtl2s:LSalAtl2s467:26502:36182:-1 gene:EMLSAG00000007907 transcript:EMLSAT00000007907 description:"maker-LSalAtl2s467-augustus-gene-0.15")

HSP 1 Score: 62.7734 bits (151), Expect = 2.489e-10
Identity = 34/89 (38.20%), Postives = 48/89 (53.93%), Query Frame = 0 
Query:  450 GSWGAWQSWSDCSRSCGGGIRKAXRHCNDPDPKFGGSYCVGDRVRYESCNTKECDPWSDIVDFRTKQCQVFNGNNFDIEGVPKDVKWVP 538
            G WG W+    CSR+CGGG+ +  R CN  +P  G   C G   R++SCN + C P  + +DFR +QC  F+   F+     K   W+P
Sbjct:   87 GPWGEWEIEGACSRTCGGGVIRETRPCN-ANPGAGRDACKGPDKRFKSCNLEPCHP--NAIDFRAEQCSEFDRIPFER----KMYSWIP 168
[Close]
BLAST of EMLSAG00000010673 vs. L. salmonis peptides
Match: EMLSAP00000010397 (pep:novel supercontig:LSalAtl2s:LSalAtl2s68:326217:339785:1 gene:EMLSAG00000010397 transcript:EMLSAT00000010397 description:"maker-LSalAtl2s68-snap-gene-3.35")

HSP 1 Score: 60.4622 bits (145), Expect = 6.970e-10
Identity = 26/56 (46.43%), Postives = 35/56 (62.50%), Query Frame = 0 
Query:  448 VDGSWGAWQSWSDCSRSCGGGIRKAXRHCNDPDPKFGGSYCVGDRVRYESCNTKEC 503
            VDG W  W  WS C+ +CGGG R+  R+C++P PKFGG  C+G     ++C T  C
Sbjct:  458 VDGKWSNWLEWSSCTVTCGGGTRQRRRNCDNPAPKFGGQRCLGSEFDTQNCETDSC 513

HSP 2 Score: 51.2174 bits (121), Expect = 6.202e-7
Identity = 22/43 (51.16%), Postives = 27/43 (62.79%), Query Frame = 0 
Query:  448 VDGSWGAWQSWSDCSRSCGGGIRKAXRHCNDPDPKFGGSYCVG 490
            +DG W  W  WS CS SCG G R   R C+DP P++GG+ C G
Sbjct:  285 IDGEWARWTRWSPCSTSCGTGFRSRSRACSDPIPRYGGNRCSG 327
[Close]
BLAST of EMLSAG00000010673 vs. L. salmonis peptides
Match: EMLSAP00000003560 (pep:novel supercontig:LSalAtl2s:LSalAtl2s194:749034:753913:1 gene:EMLSAG00000003560 transcript:EMLSAT00000003560 description:"maker-LSalAtl2s194-augustus-gene-7.11")

HSP 1 Score: 58.9214 bits (141), Expect = 2.469e-9
Identity = 57/205 (27.80%), Postives = 81/205 (39.51%), Query Frame = 0 
Query:  302 DDRNGSASHVMSRMLDHNTNPWQWSKCSQHYITRFLDANYGHCLLNKPKRNFLHSNLNQITKL--LPGQHFDENKQCEFVFGPGSEICSYMPA--CXRLWCXXPSNGTSSEENGCRTQHMPWADGTPCGPNRWCMRSKCVDVSSTWNDTPVDGSWGAWQSWSDCSRSC---GGGIRKAXRHCNDPDPKFGGSYCVGDRVRYESCN 499
            DD       +MS   D      QWS+CS   + + L+ +   CL + P   F   NL Q TK   +PG     +KQC+      S I +      C  L C        S  +G   +  P   GTPCG ++WC+  KCV+             W  W+ +  C   C     GIR   R+C        GS C+G   + + C+
Sbjct:  373 DDECSKDGFLMSSTRDRRGEA-QWSECSARKL-KILNKDL-QCLYDSP--GFSRVNLEQKTKYKGIPGFFIKSDKQCQLYLRDVSAIATLHQTNECQVLLC--------SSYDGSIYKAGPALTGTPCGNHQWCIGGKCVERP----------KWSKWK-YGPCKSGCLQSSLGIRTLQRNC------LSGSDCIGRTQKSQLCD 547
[Close]
BLAST of EMLSAG00000010673 vs. L. salmonis peptides
Match: EMLSAP00000002328 (pep:novel supercontig:LSalAtl2s:LSalAtl2s143:679982:683460:1 gene:EMLSAG00000002328 transcript:EMLSAT00000002328 description:"augustus_masked-LSalAtl2s143-processed-gene-6.1")

HSP 1 Score: 58.151 bits (139), Expect = 4.360e-9
Identity = 26/54 (48.15%), Postives = 31/54 (57.41%), Query Frame = 0 
Query:  447 PVDGSWGAWQSWSDCSRSCGGGIRKAXRHCNDPDPKFGGSYCVGDRVRYESCNT 500
            P DG W  W +WS CS++C  G R   RHCN+P PKFGG  C G  +    CN 
Sbjct:  484 PTDGEWSEWDTWSPCSKTCESGSRFRQRHCNNPAPKFGGKTCRGSAIENGVCNA 537

HSP 2 Score: 55.8398 bits (133), Expect = 2.625e-8
Identity = 26/57 (45.61%), Postives = 32/57 (56.14%), Query Frame = 0 
Query:  447 PVDGSWGAWQSWSDCSRSCGGGIRKAXRHCNDPDPKFGGSYCVGDRVRYESCNTKEC 503
            PV+G W +W+SW  CS +CG G R   R+C+ P P  GG  C G  V    C  KEC
Sbjct:  368 PVEGRWSSWKSWGGCSVTCGEGTRHRNRYCDSPSPAHGGPSCFGPPVESTKCIEKEC 424

HSP 3 Score: 51.2174 bits (121), Expect = 7.393e-7
Identity = 22/56 (39.29%), Postives = 31/56 (55.36%), Query Frame = 0 
Query:  448 VDGSWGAWQSWSDCSRSCGGGIRKAXRHCNDPDPKFGGSYCVGDRVRYESCNTKEC 503
            +DG W  W  W+ CS +CG G +   R C++P PK+GG  CVG       C ++ C
Sbjct:  312 IDGGWSIWTKWTPCSSTCGTGTKARFRSCSNPIPKYGGKICVGXASESAKCFSRYC 367

HSP 4 Score: 50.8322 bits (120), Expect = 9.981e-7
Identity = 25/55 (45.45%), Postives = 31/55 (56.36%), Query Frame = 0 
Query:  449 DGSWGAWQSWSDCSRSCGGGIRKAXRHCNDPDPKFGGSYCVGDRVRYESCNTKEC 503
            DG+WG WQ W+ CS SCG G +   R CN+P P  GG  C G  +    C  +EC
Sbjct:  697 DGNWGYWQEWTSCSVSCGKGQKTRGRFCNNPPPSDGGKPCSGYGLEKSYCIQEEC 751
[Close]
BLAST of EMLSAG00000010673 vs. L. salmonis peptides
Match: EMLSAP00000006961 (pep:novel supercontig:LSalAtl2s:LSalAtl2s395:163241:172459:1 gene:EMLSAG00000006961 transcript:EMLSAT00000006961 description:"maker-LSalAtl2s395-augustus-gene-1.4")

HSP 1 Score: 56.9954 bits (136), Expect = 1.026e-8
Identity = 39/118 (33.05%), Postives = 49/118 (41.53%), Query Frame = 0 
Query:  448 VDGSWGAWQSWSDCSRSCGGGIRKAXRHCNDPDPKFGGSYCVGDRVRYESCN-------------TKECDPWSDIVDFRTKQCQVFNGNNFDIEGVPKDVKWVPKYSGNWCGICGGNN 552
            V G+W  W  WS C+  CG G++K  R C+ P P   G  C G  V  +SCN             T      SD + FR + C     NN             PKYSGN+C I  G +
Sbjct:  188 VAGAWSEWSPWSPCNSKCGRGVQKRTRKCDSPAPINDGPGCEGPSVEKKSCNRVCPAIDGSWSSWTAWSSCSSDCIQFRRRGC-----NN-----------PTPKYSGNYCCISMGTS 289
[Close]
BLAST of EMLSAG00000010673 vs. SwissProt
Match: gi|212276516|sp|Q9P2N4.4|ATS9_HUMAN (RecName: Full=A disintegrin and metalloproteinase with thrombospondin motifs 9; Short=ADAM-TS 9; Short=ADAM-TS9; Short=ADAMTS-9; Flags: Precursor)

HSP 1 Score: 255.758 bits (652), Expect = 4.087e-72
Identity = 129/260 (49.62%), Postives = 164/260 (63.08%), Query Frame = 0 
Query:  284 ILNMPHDDDQKCQNYYDDDDRNGSASHVMSRMLDHNTNPWQWSKCSQHYITRFLDANYGHCLLNKPKRNFLHSNLNQITKLLPGQHFDENKQCEFVFGPGSEICSYMPACXRLWCXXPSNGTSSEENGCRTQHMPWADGTPCGPNRWCMRSKCVDVSSTWNDTPV-DGSWGAWQSWSDCSRSCGGGIRKAXRHCNDPDPKFGGSYCVGDRVRYESCNTKECDPWSDIVDFRTKQCQVFNGNNFDIEGVPKDVKWVPKYSG 542
            + NMPHDD+ KC+     ++   S  HVM+  L+  TNPW WSKCS+ YIT FLD  YG CLLN+P+     S    +   LPG  ++ NKQCE +FGPGS++C YM  C RLWC    N  +    GCRTQH PWADGT C P + C    CV       D PV DGSWG+W  +  CSR+CGGGI+ A R CN P+PK GG YCVG R++++SCNT+ C       DFR +QC  F+G +F+I G+  +V+WVPKYSG
Sbjct:  439 VFNMPHDDNNKCK-----EEGVKSPQHVMAPTLNFYTNPWMWSKCSRKYITEFLDTGYGECLLNEPE-----SRPYPLPVQLPGILYNVNKQCELIFGPGSQVCPYMMQCRRLWC----NNVNGVHKGCRTQHTPWADGTECEPGKHCKYGFCVPKEM---DVPVTDGSWGSWSPFGTCSRTCGGGIKTAIRECNRPEPKNGGKYCVGRRMKFKSCNTEPC--LKQKRDFRDEQCAHFDGKHFNINGLLPNVRWVPKYSG 679

HSP 2 Score: 74.3294 bits (181), Expect = 1.814e-12
Identity = 57/208 (27.40%), Postives = 91/208 (43.75%), Query Frame = 0 
Query:  103 CFYSGKVLDTLDSFVSFNLCTGGLTGNIHTKDGDFYVVPTPE---------RDETHRVYR---------IPRDRISSSPTSNTFISSKNSSSNLDY------------------SEAFE------ERSRIRRSSPPSSSSRKWPPPSKNNSVEXLVVADGPMVQYHRENVKPYILTIMQIVSTIYRDSSLGNLVEMSVVRLIILKESE 268
            CFY G V    +     +LC+G L G   + DGD+++ P            +++ H +YR           R    +S   N     K  +    +                  +EAF       + +R +R+   +     +P       VE LVVAD  MV YH EN++ YILT+M IV++IY+D S+GNL+ + +V LI++   +
Sbjct:  150 CFYKGYVNTNSEHTAVISLCSGML-GTFRSHDGDYFIEPLQSMDEQEDEEEQNKPHIIYRRSAPQREPSTGRHACDTSEHKNRHSKDKKKTRARKWGERINLAGDVAALNSGLATEAFSAYGNKTDNTREKRTHRRTKRFLSYP-----RFVEVLVVADNRMVSYHGENLQHYILTLMSIVASIYKDPSIGNLINIVIVNLIVIHNEQ 351
[Close]
BLAST of EMLSAG00000010673 vs. SwissProt
Match: gi|341940270|sp|P59511.2|ATS20_MOUSE (RecName: Full=A disintegrin and metalloproteinase with thrombospondin motifs 20; Short=ADAM-TS 20; Short=ADAM-TS20; Short=ADAMTS-20; Flags: Precursor)

HSP 1 Score: 251.521 bits (641), Expect = 1.021e-70
Identity = 141/357 (39.50%), Postives = 185/357 (51.82%), Query Frame = 0 
Query:  284 ILNMPHDDDQKCQNYYDDDDRNGSASHVMSRMLDHNTNPWQWSKCSQHYITRFLDANYGHCLLNKPKRNFLHSNLNQITKLLPGQHFDENKQCEFVFGPGSEICSYMPACXRLWCXXPSNGTSSE--ENGCRTQHMPWADGTPCGPNRWCMRSKCVDVSSTWNDTPVDGSWGAWQSWSDCSRSCGGGIRKAXRHCNDPDPKFGGSYCVGDRVRYESCNTKECDPWSDIVDFRTKQCQVFNGNNFDIEGVPKDVKWVPKYSG--------NWCGICGG-------------------NNETCVQE---------------------------------SGVYDKSHYGYKSVTTIPAG 578
            + N+PHDD  KC+             HVM+  L+++T+PW WS CSQ +IT FLD  +G CLL+KP     +     ++  LPG  +D N+QCE +FGPGS++C Y+  C RLWC      TS+E    GCRTQHMP ADGT CGP   C R  CV  +      PVDG WG W  +S CSR+CGGGI+   R C+ P+P+ GG YCVG R+++ SCNT  C       DFR KQC  F+G +FDI G+P +V+W+PKYSG         +C + G                     N+ CVQ                                  +GV++ +HYGY  V  IPAG
Sbjct:  404 VFNVPHDDSFKCKEAGIKHQY-----HVMAPTLNYHTSPWTWSACSQKHITEFLDTGHGECLLDKP-----NGRTYDLSPQLPGSVYDGNRQCELMFGPGSQVCPYLKHCRRLWC------TSAEGVHKGCRTQHMPLADGTSCGPGMHCHRGLCV--TRDMETRPVDGEWGPWGPYSSCSRTCGGGIKSTARLCDRPEPRNGGRYCVGRRMKFRSCNTDSCPKGKR--DFREKQCSDFDGKHFDINGLPPNVRWLPKYSGIAVKDRCKLYCRVAGTTSFYQLKDRVADGTPCGTETNDICVQGLCRQAGCDHVLNSKAKRDKCGVCGGDNSSCQTLAGVFNSAHYGYNVVVKIPAG 740

HSP 2 Score: 94.7449 bits (234), Expect = 7.093e-19
Identity = 59/189 (31.22%), Postives = 94/189 (49.74%), Query Frame = 0 
Query:  103 CFYSGKVLDTLDSFVSFNLCTGGLTGNIHTKDGDFYVVPTPERD---------ETHRVYRIPRDR-----------ISSSPTSNTFI---SSKNSSSNLDYSEAFEERSRIRRSSPPSSSSRKWPPPSKNNSVEXLVVADGPMVQYHRENVKPYILTIMQIVSTIYRDSSLGNLVEMSVVRLIILKESE 268
            CFY G+V    D    F+LC GGL G     DG++++ P    D         + H +YR    R           +S +    T +   SS+N++ ++D  E    R    RS   S + R    P     VE +V AD  MV +H +N++ Y+LT+M IV+ IY+DSS+GNL+ + +V+L+++   +
Sbjct:  129 CFYRGQVNAREDHTAVFSLC-GGLMGTFKANDGEYFLEPVLRADGSAHDDDHNKPHLIYRQELKRNSFARSHKPCEVSENQMEKTALPSQSSRNTTGDVDIEEEAVFRLEGERSQLHSRNKRFLSYP---RYVEVMVTADAKMVHHHGQNLQHYVLTLMSIVAAIYKDSSIGNLINIVIVKLVVIHSEQ 313
[Close]
BLAST of EMLSAG00000010673 vs. SwissProt
Match: gi|218511943|sp|P59510.2|ATS20_HUMAN (RecName: Full=A disintegrin and metalloproteinase with thrombospondin motifs 20; Short=ADAM-TS 20; Short=ADAM-TS20; Short=ADAMTS-20; Flags: Precursor)

HSP 1 Score: 243.817 bits (621), Expect = 4.865e-68
Identity = 143/394 (36.29%), Postives = 195/394 (49.49%), Query Frame = 0 
Query:  252 NLVEMSVVRLIILKESESFISKNKRQKISASKI-------LNMPHDDDQKCQNYYDDDDRNGSASHVMSRMLDHNTNPWQWSKCSQHYITRFLDANYGHCLLNKPKRNFLHSNLNQITKLLPGQHFDENKQCEFVFGPGSEICSYMPACXRLWCXXPSNGTSSEENGCRTQHMPWADGTPCGPNRWCMRSKCVDVSSTWNDTPVDGSWGAWQSWSDCSRSCGGGIRKAXRHCNDPDPKFGGSYCVGDRVRYESCNTKECDPWSDIVDFRTKQCQVFNGNNFDIEGVPKDVKWVPKYSG--------NWCGICGGN-------------------NETCVQE---------------------------------SGVYDKSHYGYKSVTTIPAG 578
            N++ +S +  I       FI++ K   ISA  I       L + HDD+ +C+      +   +  HVM+  L  + +PW WS CS+ Y+T FLD  YG CLL+KP     +     +   LPG  +D NKQCE  FGPGS++C ++  C  LWC      T     GC TQH+P ADGT CGP   C    CV+  +     PV+G WG W+ +S CSR+CGGGI  A R CN P+P+ GG+YCVG R+++ SCNT  C   +   DFR KQC  FNG + DI G+P +V+W+P+YSG         +C + G N                   ++ CVQ                                  +GV++ SHYGY  V  IPAG
Sbjct:  370 NMLGLSYLGTICDPLQSCFINEEK-GLISAFTIAHELGHTLGVQHDDNPRCK------EMKVTKYHVMAPALSFHMSPWSWSNCSRKYVTEFLDTGYGECLLDKPDEEIYN-----LPSELPGSRYDGNKQCELAFGPGSQMCPHINICMHLWC----TSTEKLHKGCFTQHVPPADGTDCGPGMHCRHGLCVNKET--ETRPVNGEWGPWEPYSSCSRTCGGGIESATRRCNRPEPRNGGNYCVGRRMKFRSCNTDSCPKGTQ--DFREKQCSDFNGKHLDISGIPSNVRWLPRYSGIGTKDRCKLYCQVAGTNYFYLLKDMVEDGTPCGTETHDICVQGQCMAAGCDHVLNSSAKIDKCGVCGGDNSSCKTITGVFNSSHYGYNVVVKIPAG 743

HSP 2 Score: 81.6481 bits (200), Expect = 1.036e-14
Identity = 61/238 (25.63%), Postives = 100/238 (42.02%), Query Frame = 0 
Query:   71 QFSAFNRTFSMEVYPDNLILI----------------EPHSFNSSSYSCFYSGKVLDTLDSFVSFNLCTGGLTGNIHTKDGDFYVVPTPERD---------ETHRVYR---------------IPRDRISSSPTSNTFISSKNSSSNLDYSEAFEERSRIRRSSPPSSSSRKWPPPSKNNSVEXLVVADGPMVQYHRENVKPYILTIMQIVSTIYRDSSLGNLVEMSVVRLIILKESE 268
            +F+A+ + F + +  D   L                 E  +  S    CFY G+V    D     +LC GGLTG    ++G++++ P  + D         + H +YR               +   +I  +       S+ N   N+         S+          SRK    S    +E +V AD  +V  H  N++ YILT+M IV+TIY+D S+GNL+ + VV+L+++   E
Sbjct:   81 RFTAYGQLFQLNLTADASFLAAGYTEVHLGTPERGAWESDAGPSDLRHCFYRGQVNSQEDYKAVVSLC-GGLTGTFKGQNGEYFLEPIMKADGNEYEDGHNKPHLIYRQDLNNSFLQTLKYCSVSESQIKETSLPFHTYSNMNEDLNVMKERVLGHTSKNVPLKDERRHSRKKRLISYPRYIEIMVTADAKVVSAHGSNLQNYILTLMSIVATIYKDPSIGNLIHIVVVKLVMIHREE 317
[Close]
BLAST of EMLSAG00000010673 vs. SwissProt
Match: gi|221222527|sp|Q19791.3|GON1_CAEEL (RecName: Full=A disintegrin and metalloproteinase with thrombospondin motifs gon-1; Short=ADAMTS gon-1; AltName: Full=Abnormal gonad development protein 1; Flags: Precursor)

HSP 1 Score: 239.58 bits (610), Expect = 1.508e-66
Identity = 132/333 (39.64%), Postives = 189/333 (56.76%), Query Frame = 0 
Query:  219 DGPMVQYHRENVKPYILTIMQIVSTIYRDSSLGNLVEMSVVRLIILKESESFISKNKRQKI-----SASKILNMPHDDDQKCQNYYDDDDRNGSASHVMSRMLDHNTNPWQWSKCSQHYITRFLDANYGH--CLLNKPKRNFLHSNLNQITKLLPGQHFDENKQCEFVFGPGSEICSYMPACXRLWCXXPSNGTSSEENGCRTQHMPWADGTPCGPNR--WCMRSKCVDVSSTWNDTPVDGSWGAWQSWSDCSRSCGGGIRKAXRHCNDPDPKFGGSYCVGDRVRYESCNTKECDPWSDIVDFRTKQCQVFNGNNFDIEGVPK-DVKWVPKYS 541
            D   VQ+H   +   +LT   I  +  +  +LG L E+    +  +++S + I  N              + ++PHDD++KC  Y   +  N    H+M+  L++NT+PW WS CS   + RFL+ N G   CL ++P     + ++    +  PG+ +D ++QC+FVFGP SE+C YMP C RLWC          + GCRTQHMPWADGTPC  +R  +C    CV ++   + T +DG WG W+SW +CSR+CGGG++K  R C+ P P+ GG YCVG R RY SCNT+EC PW D   +R  QC  FN  +  I+GV   +  WVPKY+
Sbjct:  365 DDSSVQHHDVAI---LLTRKDICRSQGKCDTLG-LAELGT--MCDMQKSCAIIEDNGLSAAFTIAHELGHVFSIPHDDERKCSTYMPVNKNN---FHIMAPTLEYNTHPWSWSPCSAGMLERFLENNRGQTQCLFDQPVERRYYEDV--FVRDEPGKKYDAHQQCKFVFGPASELCPYMPTCRRLWCAT----FYGSQMGCRTQHMPWADGTPCDESRSMFCHHGACVRLAPE-SLTKIDGQWGDWRSWGECSRTCGGGVQKGLRDCDSPKPRNGGKYCVGQRERYRSCNTQEC-PW-DTQPYREVQCSEFNNKDIGIQGVASTNTHWVPKYA 679
[Close]
BLAST of EMLSAG00000010673 vs. SwissProt
Match: gi|124053460|sp|Q9UHI8.4|ATS1_HUMAN (RecName: Full=A disintegrin and metalloproteinase with thrombospondin motifs 1; Short=ADAM-TS 1; Short=ADAM-TS1; Short=ADAMTS-1; AltName: Full=METH-1; Flags: Precursor)

HSP 1 Score: 213.386 bits (542), Expect = 3.344e-58
Identity = 113/263 (42.97%), Postives = 153/263 (58.17%), Query Frame = 0 
Query:  284 ILNMPHDDDQKCQ--NYYDDDDRNGSASHVMSRMLDHNTNPWQWSKCSQHYITRFLDANYGHCLLNKPKRNFLHSNLNQITKLLPGQHFDENKQCEFVFGPGSEIC-SYMPACXRLWCXXPSNGTSSEENGCRTQHMPWADGTPCGPNRWCMRSKCVDVSSTWN-DTPVDGSWGAWQSWSDCSRSCGGGIRKAXRHCNDPDPKFGGSYCVGDRVRYESCNTKECDPWSDIVDFRTKQCQVFNGNNFDIEGVPKDVKWVPKYSG 542
            + NMPHDD ++C   N  + D      SH+M+ ML +  +   WS CS + IT FLD  +G CL++KP+      N  Q+   LPG  +D N+QC+F FG  S+ C      C  LWC     GTS     C+T+H PWADGT CG  +WC+  KCV+ +   + DTP  GSWG W  W DCSR+CGGG++   R C++P PK GG YC G RVRY SCN ++C P ++   FR +QC+  N  +    G    V+W+PKY+G
Sbjct:  406 VFNMPHDDAKQCASLNGVNQD------SHMMASMLSNLDHSQPWSPCSAYMITSFLDNGHGECLMDKPQ------NPIQLPGDLPGTSYDANRQCQFTFGEDSKHCPDAASTCSTLWC----TGTSGGVLVCQTKHFPWADGTSCGEGKWCINGKCVNKTDRKHFDTPFHGSWGMWGPWGDCSRTCGGGVQYTMRECDNPVPKNGGKYCEGKRVRYRSCNLEDC-PDNNGKTFREEQCEAHNEFSKASFGSGPAVEWIPKYAG 651
[Close]
BLAST of EMLSAG00000010673 vs. SwissProt
Match: gi|11131014|sp|Q9WUQ1.1|ATS1_RAT (RecName: Full=A disintegrin and metalloproteinase with thrombospondin motifs 1; Short=ADAM-TS 1; Short=ADAM-TS1; Short=ADAMTS-1; Flags: Precursor)

HSP 1 Score: 209.149 bits (531), Expect = 1.143e-56
Identity = 111/263 (42.21%), Postives = 151/263 (57.41%), Query Frame = 0 
Query:  284 ILNMPHDDDQKCQNYYDDDDRNGSA--SHVMSRMLDHNTNPWQWSKCSQHYITRFLDANYGHCLLNKPKRNFLHSNLNQITKLLPGQHFDENKQCEFVFGPGSEIC-SYMPACXRLWCXXPSNGTSSEENGCRTQHMPWADGTPCGPNRWCMRSKCVDVSSTWN-DTPVDGSWGAWQSWSDCSRSCGGGIRKAXRHCNDPDPKFGGSYCVGDRVRYESCNTKECDPWSDIVDFRTKQCQVFNGNNFDIEGVPKDVKWVPKYSG 542
            + NMPHDD + C ++      NG +  SH+M+ ML    +   WS CS + +T FLD  +G CL++KP+      N  ++   LPG  +D N+QC+F FG  S  C      C  LWC     GTS     C+T+H PWADGT CG  +WC+  KCV+ +   +  TPV GSWG W  W DCSR+CGGG++   R C++P PK GG YC G RVRY SCN ++C P ++   FR +QC+  N  +    G    V+W PKY+G
Sbjct:  406 VFNMPHDDAKHCASF------NGVSGDSHLMASMLSSLDHSQPWSPCSAYMVTSFLDNGHGECLMDKPQ------NPIKLPSDLPGTLYDANRQCQFTFGEESTHCPDAASTCSTLWC----TGTSGGLLVCQTKHFPWADGTSCGEGKWCVSGKCVNKTDMKHFATPVHGSWGPWGPWGDCSRTCGGGVQYTMRECDNPVPKNGGKYCEGKRVRYRSCNIEDC-PDNNGKTFREEQCEAHNEFSKASFGNEPTVEWTPKYAG 651

HSP 2 Score: 66.6254 bits (161), Expect = 4.041e-10
Identity = 58/295 (19.66%), Postives = 113/295 (38.31%), Query Frame = 0 
Query:   20 SRSVHDFTFWYCAILRNITCTQCSMSQPSQ-------PRFSTTSHHSSSSPTDGFLLIQFSAFNRTFSMEVYPDNLILIEPHSFNSSSYS----------------CFYSGKVLDTLDSFVSFNLCTGGLTGNIHTKDGDFYVVPTPERDETHRVYRIPRDRISSSPTSNTFISSKNSSSNLDYSEAFEE------RSRIRRSSP---------PSSSSRKWPPPSKNNS--------VEXLVVADGPMVQYHRENVKPYILTIMQIVSTIYRDSSLGNLVEMSVVRLIILKESE 268
            S+S H       +I   + C + +  +P++       P       H S++      L++  AF +   +++ PD+  L    +  +   S                CFYSG V     S  + +LC G + G  + +  +F++ P P       V   P++   + P  +     +  S         EE        R  +++P         P  + +   P S            VE ++VAD  M  +H   +K Y+LT+  + +  Y+  S+ N + + VV+++++ E +
Sbjct:   30 SQSAHMLLLLLASITM-LLCVRGAHGRPTEEDEELVLPSLERARGHDSTT------LLRLDAFGQQLHLKLQPDSGFLAPGFTLQTVGRSPGSEAQHLDPTGDLAHCFYSGTVNGDPSSAAALSLCEG-VRGAFYLQGEEFFIQPAPAVATERLVPAEPKEESIAPPRFHILRRRRRGSGGAKCGVMDEETLPTSNSGRESQNTPDQWPLRNPTPQGAGKPTGPGSIRKKRFVSSPRYVETMLVADQSMADFHGSGLKHYLLTLFSVAARFYKHPSIRNSISLVVVKILVIYEEQ 316
[Close]
BLAST of EMLSAG00000010673 vs. SwissProt
Match: gi|122065138|sp|P59384.2|ATS15_MOUSE (RecName: Full=A disintegrin and metalloproteinase with thrombospondin motifs 15; Short=ADAM-TS 15; Short=ADAM-TS15; Short=ADAMTS-15; Flags: Precursor)

HSP 1 Score: 208.764 bits (530), Expect = 1.224e-56
Identity = 104/259 (40.15%), Postives = 146/259 (56.37%), Query Frame = 0 
Query:  284 ILNMPHDDDQKCQNYYDDDDRNGSASHVMSRMLDHNTNPWQWSKCSQHYITRFLDANYGHCLLNKPKRNFLHSNLNQITKLLPGQHFDENKQCEFVFGPGSEICSYMPACXRLWCXXPSNGTSSEENGCRTQHMPWADGTPCGPNRWCMRSKCVDVSSTWNDTPVDGSWGAWQSWSDCSRSCGGGIRKAXRHCNDPDPKFGGSYCVGDRVRYESCNTKECDPWSDIVDFRTKQCQVFNGNNFDIEGVPKDVKWVPKYSG 542
            + NMPHD+ + C+  +        A+H+MS  L        WS CS   IT FLD+ +G CLL++P +         + + LPG  +  ++QCE  FG GS+ C YM  C +LWC     G +  +  C+T+H PWADGT CG  ++C++  CV+  +  N   VDGSW  W+ +  CSR+CGGG++ A R C++P P  GG YC G RV+Y SCN + C   +    FR +QC+ FNG N     +   V WVPKYSG
Sbjct:  366 VFNMPHDNVKVCEEVFGKL----RANHMMSPTLIQIDRANPWSACSAAIITDFLDSGHGDCLLDQPSKPI------TLPEDLPGTSYSLSQQCELAFGVGSKPCPYMQYCTKLWC----TGKAKGQMVCQTRHFPWADGTSCGEGKFCLKGACVERHNP-NKYRVDGSWAKWEPYGSCSRTCGGGVQLARRQCSNPTPANGGKYCEGVRVKYRSCNLEPCPSSASGKSFREEQCEAFNGYNHSTNRLTLAVAWVPKYSG 609

HSP 2 Score: 76.6406 bits (187), Expect = 2.892e-13
Identity = 60/233 (25.75%), Postives = 107/233 (45.92%), Query Frame = 0 
Query:   65 DGFLLIQFSAFNRTFSMEVYPDNLIL----------IEPHSFNSSSYS---CFYSGKVLDTLDSFVSFNLCTGGLTGNIHTKDGDFYVVPTP------ERDETHRVYRIPRDRI----SSSPTSNTFISSKNSSSNLDYSEAFEERSRIRRSSPPSSSSRKWPPPSKN-----NSVEXLVVADGPMVQYHRENVKPYILTIMQIVSTIYRDSSLGNLVEMSVVRLIILKESES 269
            D  L+ Q +AF + F + + PD   L          +       SS     CFYSG V    DSF + +LC GGL G    +  ++ + P P       +  +   + + R       S  PTS   ++S  + + L   + ++ R    R+    S +R+    +K        VE LVVAD  MV++H  +++ Y+LT++   + +YR  S+ N + + VV++++L + ++
Sbjct:   50 DQGLIFQITAFQQDFYLHLTPDAQFLAPAFATEYLGVPLQRLTGSSLDLRRCFYSGYVNAEPDSFAAVSLC-GGLRGAFGYRGAEYVISPLPNTSAPEAQRHSQGAHLLQRRGAPVGPSGDPTSRCGVASGWNPAILRALDPYKPR----RTGAGESHNRRRSGRAKRFVSIPRYVETLVVADESMVKFHGADLEHYLLTLLATAARLYRHPSILNPINIVVVKVLLLGDRDT 277
[Close]
BLAST of EMLSAG00000010673 vs. SwissProt
Match: gi|341940632|sp|P97857.4|ATS1_MOUSE (RecName: Full=A disintegrin and metalloproteinase with thrombospondin motifs 1; Short=ADAM-TS 1; Short=ADAM-TS1; Short=ADAMTS-1; Flags: Precursor)

HSP 1 Score: 208.379 bits (529), Expect = 2.189e-56
Identity = 111/263 (42.21%), Postives = 151/263 (57.41%), Query Frame = 0 
Query:  284 ILNMPHDDDQKCQNYYDDDDRNGSA--SHVMSRMLDHNTNPWQWSKCSQHYITRFLDANYGHCLLNKPKRNFLHSNLNQITKLLPGQHFDENKQCEFVFGPGSEIC-SYMPACXRLWCXXPSNGTSSEENGCRTQHMPWADGTPCGPNRWCMRSKCVDVSSTWN-DTPVDGSWGAWQSWSDCSRSCGGGIRKAXRHCNDPDPKFGGSYCVGDRVRYESCNTKECDPWSDIVDFRTKQCQVFNGNNFDIEGVPKDVKWVPKYSG 542
            + NMPHDD + C +       NG +  SH+M+ ML    +   WS CS + +T FLD  +G CL++KP+      N  ++   LPG  +D N+QC+F FG  S+ C      C  LWC     GTS     C+T+H PWADGT CG  +WC+  KCV+ +   +  TPV GSWG W  W DCSR+CGGG++   R C++P PK GG YC G RVRY SCN ++C P ++   FR +QC+  N  +    G    V+W PKY+G
Sbjct:  407 VFNMPHDDAKHCASL------NGVSGDSHLMASMLSSLDHSQPWSPCSAYMVTSFLDNGHGECLMDKPQ------NPIKLPSDLPGTLYDANRQCQFTFGEESKHCPDAASTCTTLWC----TGTSGGLLVCQTKHFPWADGTSCGEGKWCVSGKCVNKTDMKHFATPVHGSWGPWGPWGDCSRTCGGGVQYTMRECDNPVPKNGGKYCEGKRVRYRSCNIEDC-PDNNGKTFREEQCEAHNEFSKASFGNEPTVEWTPKYAG 652

HSP 2 Score: 70.0922 bits (170), Expect = 3.299e-11
Identity = 51/238 (21.43%), Postives = 95/238 (39.92%), Query Frame = 0 
Query:   70 IQFSAFNRTFSMEVYPDNLILIEPHSFNSSSYS----------------CFYSGKVLDTLDSFVSFNLCTGGLTGNIHTKDGDFYVVPTPERDETHRVYRIPRDRISSSPTSNTFISSKNSSSNLDYSEAFEERSRIRRSSPPSSSSR-KWP----------PPSKNNS------------VEXLVVADGPMVQYHRENVKPYILTIMQIVSTIYRDSSLGNLVEMSVVRLIILKESE 268
            ++  AF +   +++ PD+  L    +  +   S                CFYSG V     S  + +LC G + G  + +  +F++ P P          +P +  S+ P  +     +  S         +E      S P S ++R +WP           PS   S            VE ++VAD  M  +H   +K Y+LT+  + +  Y+  S+ N + + VV+++++ E +
Sbjct:   81 LRLDAFGQQLHLKLQPDSGFLAPGFTLQTVGRSPGSEAQHLDPTGDLAHCFYSGTVNGDPGSAAALSLCEG-VRGAFYLQGEEFFIQPAPGVATERLAPAVPEEESSARPQFHILRRRRRGSGGAKCGVMDDETLPTSDSRPESQNTRNQWPVRDPTPQDAGKPSGPGSIRKKRFVSSPRYVETMLVADQSMADFHGSGLKHYLLTLFSVAARFYKHPSIRNSISLVVVKILVIYEEQ 317
[Close]
BLAST of EMLSAG00000010673 vs. SwissProt
Match: gi|48474504|sp|Q8TE58.1|ATS15_HUMAN (RecName: Full=A disintegrin and metalloproteinase with thrombospondin motifs 15; Short=ADAM-TS 15; Short=ADAM-TS15; Short=ADAMTS-15; Flags: Precursor)

HSP 1 Score: 207.223 bits (526), Expect = 3.783e-56
Identity = 104/259 (40.15%), Postives = 142/259 (54.83%), Query Frame = 0 
Query:  284 ILNMPHDDDQKCQNYYDDDDRNGSASHVMSRMLDHNTNPWQWSKCSQHYITRFLDANYGHCLLNKPKRNFLHSNLNQITKLLPGQHFDENKQCEFVFGPGSEICSYMPACXRLWCXXPSNGTSSEENGCRTQHMPWADGTPCGPNRWCMRSKCVDVSSTWNDTPVDGSWGAWQSWSDCSRSCGGGIRKAXRHCNDPDPKFGGSYCVGDRVRYESCNTKECDPWSDIVDFRTKQCQVFNGNNFDIEGVPKDVKWVPKYSG 542
            + NMPHD+ + C+  +        A+H+MS  L        WS CS   IT FLD+ +G CLL++P +         + + LPG  +  ++QCE  FG GS+ C YM  C +LWC     G +  +  C+T+H PWADGT CG  + C++  CV+     N   VDGSW  W  +  CSR+CGGG++ A R C +P P  GG YC G RV+Y SCN + C   +    FR +QC+ FNG N     +   V WVPKYSG
Sbjct:  366 VFNMPHDNVKVCEEVFGKL----RANHMMSPTLIQIDRANPWSACSAAIITDFLDSGHGDCLLDQPSKPI------SLPEDLPGASYTLSQQCELAFGVGSKPCPYMQYCTKLWC----TGKAKGQMVCQTRHFPWADGTSCGEGKLCLKGACVE-RHNLNKHRVDGSWAKWDPYGPCSRTCGGGVQLARRQCTNPTPANGGKYCEGVRVKYRSCNLEPCPSSASGKSFREEQCEAFNGYNHSTNRLTLAVAWVPKYSG 609

HSP 2 Score: 75.485 bits (184), Expect = 5.724e-13
Identity = 61/229 (26.64%), Postives = 105/229 (45.85%), Query Frame = 0 
Query:   65 DGFLLIQFSAFNRTFSMEVYPDNLILIEPHSF-------------NSSSYSCFYSGKVLDTLDSFVSFNLCTGGLTGNIHTKDGDFYVVPTP------ERDETHRVYRIPRDRI----SSSPTSNTFISSKNSSSNLDYSEAFE-ERSRIRRSSPPSSSSRKWPPPSKNNSVEXLVVADGPMVQYHRENVKPYILTIMQIVSTIYRDSSLGNLVEMSVVRLIILKESES 269
            D  L+ Q +AF   F + + PD   L    S              +S    CFYSG V    DSF + +LC GGL G    +  ++ + P P       +  +   + + R  +    S  PTS   ++S  + + L   + ++  R+    S     S R     S    VE LVVAD  MV++H  +++ Y+LT++   + +YR  S+ N + + VV++++L++ +S
Sbjct:   50 DQGLIFQITAFQEDFYLHLTPDAQFLAPAFSTEHLGVPLQGLTGGSSDLRRCFYSGDVNAEPDSFAAVSLC-GGLRGAFGYRGAEYVISPLPNASAPAAQRNSQGAHLLQRRGVPGGPSGDPTSRCGVASGWNPAILRALDPYKPRRAGFGESRSRRRSGRAKRFVSIPRYVETLVVADESMVKFHGADLEHYLLTLLATAARLYRHPSILNPINIVVVKVLLLRDRDS 277
[Close]
BLAST of EMLSAG00000010673 vs. SwissProt
Match: gi|317373326|sp|Q9UNA0.2|ATS5_HUMAN (RecName: Full=A disintegrin and metalloproteinase with thrombospondin motifs 5; Short=ADAM-TS 5; Short=ADAM-TS5; Short=ADAMTS-5; AltName: Full=A disintegrin and metalloproteinase with thrombospondin motifs 11; Short=ADAM-TS 11; Short=ADAMTS-11; AltName: Full=ADMP-2; AltName: Full=Aggrecanase-2; Flags: Precursor)

HSP 1 Score: 202.986 bits (515), Expect = 1.031e-54
Identity = 103/260 (39.62%), Postives = 141/260 (54.23%), Query Frame = 0 
Query:  284 ILNMPHDDDQKCQNYYDDDDRNGSASHVMSRMLDHNTNPWQWSKCSQHYITRFLDANYGHCLLNKPKRNFLHSNLNQITKLLPGQHFDENKQCEFVFGPGSEICSYMPACXRLWCXXPSNGTSSEENGCRTQHMPWADGTPCGPNRWCMRSKCVD-VSSTWNDTPVDGSWGAWQSWSDCSRSCGGGIRKAXRHCNDPDPKFGGSYCVGDRVRYESCNTKECDPWSDIVDFRTKQCQVFNGNNFDIEGVPKDVKWVPKYSG 542
            +L + HDD + C+  +   +       +MS +L        WSKC+   IT FLD  +G+CLL+ P++  L        + LPGQ +D  +QC   FGP   +C  M  C RLWC     G    +  C T+ +P  +GTPCG  R C++ KCVD     +  T   G+WG+W SW  CSRSCGGG++ A RHCN+P P+  G YC G R  Y SC+   C P  +   FR +QC+  NG   D +GV   V+WVPKY+G
Sbjct:  415 LLGLSHDDSKFCEETFGSTEDK----RLMSSILTSIDASKPWSKCTSATITEFLDDGHGNCLLDLPRKQILGP------EELPGQTYDATQQCNLTFGPEYSVCPGMDVCARLWCAVVRQG----QMVCLTKKLPAVEGTPCGKGRICLQGKCVDKTKKKYYSTSSHGNWGSWGSWGQCSRSCGGGVQFAYRHCNNPAPRNNGRYCTGKRAIYRSCSLMPCPP--NGKSFRHEQCEAKNGYQSDAKGVKTFVEWVPKYAG 658
[Close]
BLAST of EMLSAG00000010673 vs. Select Arthropod Genomes
Match: EFX81744.1 (hypothetical protein DAPPUDRAFT_303360 [Daphnia pulex])

HSP 1 Score: 312.768 bits (800), Expect = 3.063e-92
Identity = 154/319 (48.28%), Postives = 203/319 (63.64%), Query Frame = 0 
Query:  236 TIMQIVSTIYRDSSLGNLVEMSVVRLIILKESESFISKNKRQKISAS--------KILNMPHDDDQKCQNYYDDDDRNGSASHVMSRMLDHNTNPWQWSKCSQHYITRFLDANYGHCLLNKPKRNFLHSNLNQITKLLPGQHFDENKQCEFVFGPGSEICSYMPACXRLWCXXPSNGTSSEENGCRTQHMPWADGTPCGPNRWCMRSKCV--DVSSTWNDTPVDGSWGAWQSW--SDCSRSCGGGIRKAXRHCNDPDPKFGGSYCVGDRVRYESCNTKECDPWSDIVDFRTKQCQVFNGNNFDIEGVPKDVKWVPKYSG 542
             ++     I R+  L     + +  L  + +S +  S  +   +SA+         +LNMPHDDD KCQ + +     G   +VMSRMLDHNT PW WS CS+++IT +LD  YG CLL+KP  + L  + ++  K LPG++FDENKQCE VFG GS+IC YMP C RLWC      +  E+ GCRTQHMPWADGT CG  RWC    C+  DV S     PVDG+WG+WQ W    CSR+CGGG++++ R+C++P P  GG++C+G RVRY SCN +EC   +   DFR KQC  FN NNF+I+G+P DVKWVPKY+G
Sbjct:   98 ALLLTRENICRNPQLQKCDTLGLAELGTMCDSSNSCSIVQDNGLSAAFTIAHELGHVLNMPHDDDFKCQQFVES---TGGVHNVMSRMLDHNTFPWAWSNCSRYFITEYLDGGYGECLLDKPSTDLL--DAHRAAKKLPGENFDENKQCELVFGHGSKICPYMPPCKRLWCTT----SGGEQEGCRTQHMPWADGTACGRGRWCRHGTCLSRDVKSL---EPVDGNWGSWQEWMMGTCSRTCGGGVQRSTRNCDNPAPSNGGTFCLGKRVRYRSCNIQECP--AGTPDFREKQCSDFNSNNFNIQGLPADVKWVPKYAG 402
[Close]
BLAST of EMLSAG00000010673 vs. Select Arthropod Genomes
Match: EAA08665.5 (AGAP004201-PA, partial [Anopheles gambiae str. PEST])

HSP 1 Score: 266.929 bits (681), Expect = 2.223e-76
Identity = 169/527 (32.07%), Postives = 255/527 (48.39%), Query Frame = 0 
Query:   87 NLILIEPHSFNSSSY--SCFYSGKVLDTLDSFVSFNLCTGGLTGNIHTKDGDFYVVPTPERDET-----HRVYRIPRDRISSSPTSNTFISSKNSSSNLDYSEAFEERSRIRRSSPPSSSSRKWPPPSKNN--SVEXLVVADGPMVQYHRENVKPYILTIMQIVSTIYRDSSLGNLVEMSVVRLIILK---ESESFISKNKRQKISASKILNMPHDD-------DQKCQNYYDDD----------------------DRNGSASHVMSRMLDH--------------------------------NTNPWQWSKCSQHYITRFLDANYGHCLLNKPKRNFLHSNLNQITKLLPGQHFDENKQCEFVFGPGSEICSYMPACXRLWCXXPSNGTSSEENGCRTQHMPWADGTPCGPNRWCMRSKCVDVSSTWNDTPVDGSWGAWQSWSDCSRSCGGGIRKAXRHCNDPDPKFGGSYCVGDRVRYESCNTKECDPWSDIVDFRTKQCQVFNGNNFDIEGVPKDVKWVPKY 540
            N  L +P     S +   C+Y G V+    S V  +LC G + G+I T +  F + P      +     HR+ R+  D+ SS     T +    + +  D SE  +     R      S  R+ P    NN  +VE LVV D  M +YH  N+K Y+LT+M IVS++Y D+S+G+ ++++V  +  +    ++++  +K   +     K     H D       +Q C+N  +++                      D   SAS  ++  L H                                NT+PWQWS CS+  ++ + + +  +C+LN P  + + S    +  +L G+ F  +KQCE VFG GS+ICSYMP C RLWC        +E +GC+TQHMPWADGT C    WC + +CV +  T    P +G W AW S+++CSR+CGGGI+   R C+ P PK GG +C G R+ Y  CNT+ C  W    +FR +QC   +G NFD+  +  +V+W PKY
Sbjct:   50 NETLRKPEDHEESRWLQGCYYKGSVVGDAQSNVRVSLCEG-MQGHIKTTNASFLIQPADNASNSDARILHRIQRLMTDKTSSGNDGRTLVDGPITPAQ-DCSEPTDNNYFSR-----HSRRRRSPEHFANNDYTVEVLVVVDNQMQRYHETNLKTYVLTLMSIVSSVYADASIGSSMKIAVTHISYIHHDLDAQTTAAKKGLEDFCRFKQSTNIHHDVALLLTREQICRNPAENNCDTLGLAELGTICRDTACAIVQDNGLSASFTIAHELGHVLGMPHDDDHRCQRYRGDSSGNNRIMSRTIDHNTHPWQWSNCSRQILSEYFEKHPDNCMLNHPSLDLMTS--GSMDSMLAGEKFTNDKQCELVFGNGSKICSYMPPCARLWCSW-----ENEMSGCKTQHMPWADGTECQEGHWCQKGQCVPIDRT-ALKPQNGGWSAWSSFNECSRTCGGGIQARTRECDSPKPKNGGKFCTGLRIEYRPCNTQPCPSWR--YNFREEQCHEMDGQNFDVPSLEPNVRWTPKY 559
[Close]
BLAST of EMLSAG00000010673 vs. Select Arthropod Genomes
Match: gb|EFA05047.2| (A disintegrin and metalloproteinase with thrombospondin motifs 9-like Protein [Tribolium castaneum])

HSP 1 Score: 264.618 bits (675), Expect = 1.593e-75
Identity = 185/613 (30.18%), Postives = 269/613 (43.88%), Query Frame = 0 
Query:  127 TGNIHTKDGDFYVVPT-------PERDETHRVYRIPRDRISSSPTSNTFISSKNSSSNLDYSEAFEE-----------------RSRIRRSSPPSSSSRK-----WP----PPSKNNS--VEXLVVADGPMVQYHR--ENVKPYILTIMQIVSTIYRDSSLGNLVEMSVVRLIILKES-----------ESFISKNKRQKISASKILNMPHDDDQKCQNYYDDDDRNGSA------------------------------SHVMSRMLD-----------------------HNTNPWQWSKCSQHYITRFLDANYGHCLLNKPKRNFLHSNLNQITKLLPGQHFDENKQCEFVFGPGSEICSYMPACXRLWCXXPSNGTSSEENGCRTQHMPWADGTPCGPNRWCMRSKCVDVSSTWNDTPVDGSWGAWQSWSDCSRSCGGGIRKAXRHCNDPDPKFGGSYCVGDRVRYESCNTKECDPWSDIVDFRTKQCQVFNGNNFDIEGVPKDVKWVPKYS-----------------------------GNWCGI-------------------------------CGGNNETCVQESGVYDKSHYGYKSVTTIPAG 578
            TG I T   ++Y+ P        P     HR+ +I     +S+PT N  + +++     + +E+  E                 R+ +         SRK     WP       K N   V+ LVVAD  M+QYH+  E++K YIL +M   + +Y+D+S+GN + +SVV + +L  +             F    KR        + +    D  C+      D  G A                               HV+S + D                       + T PW WS+CS+H++T FL++N   CLLN P  N++ S   +I+ LLPG++F+ +KQCE  FG G ++CSY  +C  LWC      TS++  GC++  +PWADGT CG NRWC   +C+ +      TP+ G WG WQ WSDCSR+CGGG+++  R+C+ P P+ GG YC G  ++Y SCNT+ CD   D+ DFR  QC  F+G N ++  + KDVKWVPKY                              G  CG+                               CGG+N  C + +G Y+ S  GY  V  IP G
Sbjct:    6 TGYIRTSHDNYYIEPAEKSSGEYPLGSFLHRIKKIH----NSAPTGNEVVVNESDQCETNDNESIVEDDFGSSVVAIPSHTLTKRAIVDDIGDSPFLSRKIRDADWPINYETDQKTNEYFVKVLVVADRSMIQYHQSNEDLKHYILILMSHAALLYKDASIGNSISLSVVNIWLLNNTVFTSNNSQVMLRRFCEWQKRYVTDRKHDMALLFTRDPICKKNSSSCDTLGVAEVGSMCNPSSSCAIVKERGLSSSYTIAHELGHVLSMLHDETESCSHFSRGPKSENIMSRILNNGTKPWLWSECSKHFLTEFLESNKAKCLLNAPTSNYISS---EISDLLPGENFEADKQCELEFGIGYKLCSYQASCAVLWC------TSNDIYGCKSNLLPWADGTSCGRNRWCHHGQCIPLDRQ-KLTPIPGGWGPWQPWSDCSRTCGGGVKQTRRYCDSPVPQNGGPYCTGKSIQYVSCNTESCD--DDVPDFREVQCSQFDGINKNLANLTKDVKWVPKYGLSKREDLCKLFCRPENSNAYYPLKDKVIDGTKCGLNSFDICVNGICRPGGCDNKLNSKMDLDECGVCGGDNSKCEEITGNYNVSMTGYNIVLRIPKG 602
[Close]
BLAST of EMLSAG00000010673 vs. Select Arthropod Genomes
Match: AAS65157.1 (ADAM metallopeptidase with thrombospondin type 1 motif A, isoform B [Drosophila melanogaster])

HSP 1 Score: 263.462 bits (672), Expect = 4.436e-75
Identity = 171/518 (33.01%), Postives = 252/518 (48.65%), Query Frame = 0 
Query:  103 CFYSGKVLDTLDSFVSFNLCTGGLTGNIHTKDGDFYVVP---TPERDETHRVYRIPRDRISSSPTSNTFISSKNSSSNLDYSEAFEERSRIRRSSPPSSSSRKWPPPSKNNSV---EXLVVADGPMVQYHRENVKPYILTIMQIVSTIYRDSSLGNLVEMSVVRLI--------------ILKESESFISKNKRQKISASKILNMP----------------------------------------------------HDDDQKCQNYYDDDDRNGSASHVMSRMLDHNTNPWQWSKCSQHYITRFLDANYGHCLLNKPKRNFLHSNLNQITKLLPGQHFDENKQCEFVFGPGSEICSYMPACXRLWCXXPSNGTSSEENGCRTQHMPWADGTPCGPN-RWCMRSKCVDVSSTWNDTPVDGSWGAWQSWSDCSRSCGGGIRKAXRHCNDPDPKFGGSYCVGDRVRYESCNTKECDPWSDIVDFRTKQCQVFNGNNFDIEGVPKDVKWVPKYSGNWCGI 547
            CFYSG V D   S VS +LC GG+TG I T  G   + P   T   +  HRV+R  + R +    S   +   +  S L+  +  E++S+ R+ +      +K      +N V   E L+  D  M Q+H E+++PYIL +M IVS+I+ D+S+GN + + +VRLI              +LK    FI+++  ++ +A  I   P                                                    HDDD KC  Y    + N    H+MS ++  + +PW WSKCS+H+++ FL+     CL        + +++   T+ LPG+ +  + QC+  FG     C     C RLWC   S G S+E+  C + ++PWADGTPCG +  WC R KCV     +    V+G WG W  ++ CS +CGGG++++ R CN P P+ GG YC G R +Y SCNT +C P S  +D R +QC   NG N +I GV  D KWVPKY  + C +
Sbjct:  349 CFYSGYVEDDPHSMVSVSLC-GGMTGYIKTSFGALLIQPVNRTSSDEVLHRVFRKSQ-RNARHAVSKFELGLDDFMSKLEQVQEEEQKSKSRKLN-----RKKRHYADVDNQVYTLEVLIAVDNSMKQFHGEDLQPYILILMSIVSSIFADASIGNSIRILLVRLISLPNINDQTHSSNEMLKHFCQFINQSGYERDTAMLITREPICGSVPGKICHMLGLAELGTVCSSSSCSIVQDTGLPTAFTMAHELGHILNMNHDDDDKCMPYVTRQN-NNKVLHIMSSVMGIHMHPWSWSKCSRHFVSEFLEKTDKSCL-----ETSVGAHIPYGTERLPGEIYSLDAQCQLSFGNDFGYCPTDEECKRLWCNRTS-GNSNEQ--CASSNLPWADGTPCGSSGHWCQRGKCVSNKHGYGRQ-VNGGWGPWTPFTPCSLTCGGGVQESRRECNQPVPENGGKYCTGSRKKYRSCNTHQCPPGS--MDPREQQCYAMNGRNMNIPGVNPDTKWVPKYEKDACKL 847
[Close]
BLAST of EMLSAG00000010673 vs. Select Arthropod Genomes
Match: AAF55199.3 (ADAM metallopeptidase with thrombospondin type 1 motif A, isoform E [Drosophila melanogaster])

HSP 1 Score: 263.462 bits (672), Expect = 4.513e-75
Identity = 171/518 (33.01%), Postives = 251/518 (48.46%), Query Frame = 0 
Query:  103 CFYSGKVLDTLDSFVSFNLCTGGLTGNIHTKDGDFYVVP---TPERDETHRVYRIPRDRISSSPTSNTFISSKNSSSNLDYSEAFEERSRIRRSSPPSSSSRKWPPPSKNNSV---EXLVVADGPMVQYHRENVKPYILTIMQIVSTIYRDSSLGNLVEMSVVRLI--------------ILKESESFISKNKRQKISASKILNMP----------------------------------------------------HDDDQKCQNYYDDDDRNGSASHVMSRMLDHNTNPWQWSKCSQHYITRFLDANYGHCLLNKPKRNFLHSNLNQITKLLPGQHFDENKQCEFVFGPGSEICSYMPACXRLWCXXPSNGTSSEENGCRTQHMPWADGTPCGPN-RWCMRSKCVDVSSTWNDTPVDGSWGAWQSWSDCSRSCGGGIRKAXRHCNDPDPKFGGSYCVGDRVRYESCNTKECDPWSDIVDFRTKQCQVFNGNNFDIEGVPKDVKWVPKYSGNWCGI 547
            CFYSG V D   S VS +LC GG+TG I T  G   + P   T   +  HRV+R    R +    S   +   +  S L+  +  E++S+ R+ +      +K      +N V   E L+  D  M Q+H E+++PYIL +M IVS+I+ D+S+GN + + +VRLI              +LK    FI+++  ++ +A  I   P                                                    HDDD KC  Y    + N    H+MS ++  + +PW WSKCS+H+++ FL+     CL        + +++   T+ LPG+ +  + QC+  FG     C     C RLWC   S G S+E+  C + ++PWADGTPCG +  WC R KCV     +    V+G WG W  ++ CS +CGGG++++ R CN P P+ GG YC G R +Y SCNT +C P S  +D R +QC   NG N +I GV  D KWVPKY  + C +
Sbjct:  198 CFYSGYVEDDPHSMVSVSLC-GGMTGYIKTSFGALLIQPVNRTSSDEVLHRVFR-KSQRNARHAVSKFELGLDDFMSKLEQVQEEEQKSKSRKLN-----RKKRHYADVDNQVYTLEVLIAVDNSMKQFHGEDLQPYILILMSIVSSIFADASIGNSIRILLVRLISLPNINDQTHSSNEMLKHFCQFINQSGYERDTAMLITREPICGSVPGKICHMLGLAELGTVCSSSSCSIVQDTGLPTAFTMAHELGHILNMNHDDDDKCMPYVTRQN-NNKVLHIMSSVMGIHMHPWSWSKCSRHFVSEFLEKTDKSCL-----ETSVGAHIPYGTERLPGEIYSLDAQCQLSFGNDFGYCPTDEECKRLWCNRTS-GNSNEQ--CASSNLPWADGTPCGSSGHWCQRGKCVSNKHGYG-RQVNGGWGPWTPFTPCSLTCGGGVQESRRECNQPVPENGGKYCTGSRKKYRSCNTHQCPPGS--MDPREQQCYAMNGRNMNIPGVNPDTKWVPKYEKDACKL 696
[Close]
BLAST of EMLSAG00000010673 vs. Select Arthropod Genomes
Match: AGB95984.1 (ADAM metallopeptidase with thrombospondin type 1 motif A, isoform C [Drosophila melanogaster])

HSP 1 Score: 263.077 bits (671), Expect = 5.058e-75
Identity = 171/518 (33.01%), Postives = 251/518 (48.46%), Query Frame = 0 
Query:  103 CFYSGKVLDTLDSFVSFNLCTGGLTGNIHTKDGDFYVVP---TPERDETHRVYRIPRDRISSSPTSNTFISSKNSSSNLDYSEAFEERSRIRRSSPPSSSSRKWPPPSKNNSV---EXLVVADGPMVQYHRENVKPYILTIMQIVSTIYRDSSLGNLVEMSVVRLI--------------ILKESESFISKNKRQKISASKILNMP----------------------------------------------------HDDDQKCQNYYDDDDRNGSASHVMSRMLDHNTNPWQWSKCSQHYITRFLDANYGHCLLNKPKRNFLHSNLNQITKLLPGQHFDENKQCEFVFGPGSEICSYMPACXRLWCXXPSNGTSSEENGCRTQHMPWADGTPCGPN-RWCMRSKCVDVSSTWNDTPVDGSWGAWQSWSDCSRSCGGGIRKAXRHCNDPDPKFGGSYCVGDRVRYESCNTKECDPWSDIVDFRTKQCQVFNGNNFDIEGVPKDVKWVPKYSGNWCGI 547
            CFYSG V D   S VS +LC GG+TG I T  G   + P   T   +  HRV+R    R +    S   +   +  S L+  +  E++S+ R+ +      +K      +N V   E L+  D  M Q+H E+++PYIL +M IVS+I+ D+S+GN + + +VRLI              +LK    FI+++  ++ +A  I   P                                                    HDDD KC  Y    + N    H+MS ++  + +PW WSKCS+H+++ FL+     CL        + +++   T+ LPG+ +  + QC+  FG     C     C RLWC   S G S+E+  C + ++PWADGTPCG +  WC R KCV     +    V+G WG W  ++ CS +CGGG++++ R CN P P+ GG YC G R +Y SCNT +C P S  +D R +QC   NG N +I GV  D KWVPKY  + C +
Sbjct:  246 CFYSGYVEDDPHSMVSVSLC-GGMTGYIKTSFGALLIQPVNRTSSDEVLHRVFR-KSQRNARHAVSKFELGLDDFMSKLEQVQEEEQKSKSRKLN-----RKKRHYADVDNQVYTLEVLIAVDNSMKQFHGEDLQPYILILMSIVSSIFADASIGNSIRILLVRLISLPNINDQTHSSNEMLKHFCQFINQSGYERDTAMLITREPICGSVPGKICHMLGLAELGTVCSSSSCSIVQDTGLPTAFTMAHELGHILNMNHDDDDKCMPYVTRQN-NNKVLHIMSSVMGIHMHPWSWSKCSRHFVSEFLEKTDKSCL-----ETSVGAHIPYGTERLPGEIYSLDAQCQLSFGNDFGYCPTDEECKRLWCNRTS-GNSNEQ--CASSNLPWADGTPCGSSGHWCQRGKCVSNKHGYGRQ-VNGGWGPWTPFTPCSLTCGGGVQESRRECNQPVPENGGKYCTGSRKKYRSCNTHQCPPGS--MDPREQQCYAMNGRNMNIPGVNPDTKWVPKYEKDACKL 744
[Close]
BLAST of EMLSAG00000010673 vs. Select Arthropod Genomes
Match: EEB15927.1 (ADAMTS-15 precursor, putative [Pediculus humanus corporis])

HSP 1 Score: 254.988 bits (650), Expect = 2.776e-72
Identity = 127/314 (40.45%), Postives = 182/314 (57.96%), Query Frame = 0 
Query:  236 TIMQIVSTIYRDSSLGNLVEMSVVRLIILKESESFISKNKRQKISAS--------KILNMPHDD-DQKCQNYYDDDDRNGSASHVMSRMLDHNTNPWQWSKCSQHYITRFLDANYGHCLLNKPKRNFLHSNLNQITKLLPGQHFDENKQCEFVFGPGSEICSYMPACXRLWCXXPSNGTSSEENGCRTQHMPWADGTPCGPNRWCMRSKCVDVSSTWNDTPVDGSWGAWQSWSDCSRSCGGGIRKAXRHCNDPDPKFGGSYCVGDRVRYESCNTKECDPWSDIVDFRTKQCQVFNGNNFDIEGVPKDVKWVPKY 540
             ++     I R++S      + +  L  + + +S  S  +   +SA+         +LNMPHDD + KC+ +   D    S SHVMS  L   T+PW WS+CS+H++T FLD+ + HCL + P ++++  N    + +LPG+  + N+QCE ++G GS ICSYMP C  LWC         +  GC+T HMPW DGTPCG   WC +  CV       +  +DG WG WQ +  CSR+CGGG++K+ R CN+P P+ GG YC G RVRY+SC T++C   S    FR  QC  F+ N+ +I GVP  V+W+PKY
Sbjct:  146 ALLLTRENICRNASAQKCETLGLAELGTMCDRKSSCSLVQDNGLSAAFTIAHELGHVLNMPHDDAEMKCRPHTSGD----SVSHVMSTSLKEGTDPWSWSECSRHFLTEFLDSRHSHCLRDPPIKDYITEN--GFSDVLPGETIEGNRQCELLYGEGSRICSYMPVCSALWCH------KVDSEGCQTLHMPWGDGTPCGEGAWCQKGYCVQKDRKALEK-IDGGWGPWQGFGSCSRTCGGGVKKSYRDCNNPRPQNGGKYCTGKRVRYKSCGTRDCPEGSK--GFREAQCSAFDYNSHNIHGVPSTVRWIPKY 444

HSP 2 Score: 59.6918 bits (143), Expect = 2.776e-8
Identity = 27/53 (50.94%), Postives = 39/53 (73.58%), Query Frame = 0 
Query:  212 VEXLVVADGPMVQYHRENVKPYILTIMQIVSTIYRDSSLGNLVEMSVVRLIIL 264
            VE LVVAD  M  YH  +V+ YIL +M IVS I++D+S+GN + +++V+L IL
Sbjct:   54 VEMLVVADSSMANYHGGDVENYILALMYIVSGIFKDASIGNPITIALVKLEIL 106
[Close]
BLAST of EMLSAG00000010673 vs. Select Arthropod Genomes
Match: XP_006561638.1 (PREDICTED: A disintegrin and metalloproteinase with thrombospondin motifs 9-like isoform X2 [Apis mellifera])

HSP 1 Score: 251.906 bits (642), Expect = 3.347e-71
Identity = 129/259 (49.81%), Postives = 170/259 (65.64%), Query Frame = 0 
Query:  284 ILNMPHDDDQKCQNYYDDDDRNGSASH-VMSRMLDHNTNPWQWSKCSQHYITRFLDANYGHCLLNKPKRNFLHSNLNQITKLLPGQHFDENKQCEFVFGPGSEICSYMPA--CXRLWCXXPSNGTSSEENGCRTQHMPWADGTPCGPNRWCMRSKCVDVSSTWNDTPVDGSWGAWQSWSDCSRSCGGGIRKAXRHCNDPDPKFGGSYCVGDRVRYESCNTKECDPWSDIVDFRTKQCQVFNGNNFDIEGVPKDVKWVPK 539
            +L+MPHDDD KC  Y     +N S  H +MSRMLD NT PW+WSKCS+HY+T FL+A  G CLL+ P +    ++     + LPG+ +  NKQCE VFG GS IC++M    C RLWC  P+       + CRTQHMPWADGT CG ++WC R +CV  S + N  PVDG WG W  +  CSR+CGGG++K  R C++P P+ GG YC+G++V+Y SC T+EC P +   DFR +QC  FN NN +I+ + +DVKW  K
Sbjct:  544 VLDMPHDDDVKCAAY-----KNRSGMHNIMSRMLDDNTFPWEWSKCSRHYVTEFLEAGKGDCLLDTPDKIMERTD----PRRLPGEDYSVNKQCELVFGNGSRICNHMVGDVCRRLWCTTPN---EDHYDHCRTQHMPWADGTSCGRDKWCYRGECV--SRSLNLQPVDGQWGEWGRYGKCSRTCGGGVKKKYRECDNPLPQNGGRYCIGEQVKYRSCGTRECPPGTP--DFRDQQCSYFNNNNLNIKNLSRDVKWHAK 786

HSP 2 Score: 60.4622 bits (145), Expect = 1.517e-8
Identity = 36/108 (33.33%), Postives = 61/108 (56.48%), Query Frame = 0 
Query:  179 DYSEAFEERSRIRRSSPPSSSSRKWPPPSKNNSVEXLVVADGPMVQYHRENVKPYILTIMQIVSTIYRDSSLGNLVEMSVVRLIILKESESFISKNKRQKISASKILN 286
            D SE + + S +   S PS + R     S    +E +V AD  MV+YH + +  YIL +M  VS IY+D S+GN + +SV+ ++ + +    + + K + I+A+ +LN
Sbjct:  362 DLSEEYGQDSEM--ESDPSVTWRPRRALSSEYFIEIMVAADAEMVRYHGKGLLGYILGLMSTVSRIYKDPSIGNPISISVMSIVPIDKIFG-VRRTKGEGIAAADMLN 466
[Close]
BLAST of EMLSAG00000010673 vs. Select Arthropod Genomes
Match: XP_016769488.1 (PREDICTED: A disintegrin and metalloproteinase with thrombospondin motifs 9-like isoform X3 [Apis mellifera])

HSP 1 Score: 251.521 bits (641), Expect = 5.295e-71
Identity = 129/263 (49.05%), Postives = 170/263 (64.64%), Query Frame = 0 
Query:  284 ILNMPHDDDQKCQNYYDDDDRNGSASH-VMSRMLDHNTNPWQWSKCSQHYITRFLDANYGHCLLNKPKRNFLHSNLNQITKLLPGQHFDENKQCEFVFGPGSEICSYM------PACXRLWCXXPSNGTSSEENGCRTQHMPWADGTPCGPNRWCMRSKCVDVSSTWNDTPVDGSWGAWQSWSDCSRSCGGGIRKAXRHCNDPDPKFGGSYCVGDRVRYESCNTKECDPWSDIVDFRTKQCQVFNGNNFDIEGVPKDVKWVPK 539
            +L+MPHDDD KC  Y     +N S  H +MSRMLD NT PW+WSKCS+HY+T FL+A  G CLL+ P +    ++     + LPG+ +  NKQCE VFG GS IC++M        C RLWC  P+       + CRTQHMPWADGT CG ++WC R +CV  S + N  PVDG WG W  +  CSR+CGGG++K  R C++P P+ GG YC+G++V+Y SC T+EC P +   DFR +QC  FN NN +I+ + +DVKW  K
Sbjct:  544 VLDMPHDDDVKCAAY-----KNRSGMHNIMSRMLDDNTFPWEWSKCSRHYVTEFLEAGKGDCLLDTPDKIMERTD----PRRLPGEDYSVNKQCELVFGNGSRICNHMVGDGKSAVCRRLWCTTPN---EDHYDHCRTQHMPWADGTSCGRDKWCYRGECV--SRSLNLQPVDGQWGEWGRYGKCSRTCGGGVKKKYRECDNPLPQNGGRYCIGEQVKYRSCGTRECPPGTP--DFRDQQCSYFNNNNLNIKNLSRDVKWHAK 790

HSP 2 Score: 60.4622 bits (145), Expect = 1.471e-8
Identity = 36/108 (33.33%), Postives = 61/108 (56.48%), Query Frame = 0 
Query:  179 DYSEAFEERSRIRRSSPPSSSSRKWPPPSKNNSVEXLVVADGPMVQYHRENVKPYILTIMQIVSTIYRDSSLGNLVEMSVVRLIILKESESFISKNKRQKISASKILN 286
            D SE + + S +   S PS + R     S    +E +V AD  MV+YH + +  YIL +M  VS IY+D S+GN + +SV+ ++ + +    + + K + I+A+ +LN
Sbjct:  362 DLSEEYGQDSEM--ESDPSVTWRPRRALSSEYFIEIMVAADAEMVRYHGKGLLGYILGLMSTVSRIYKDPSIGNPISISVMSIVPIDKIFG-VRRTKGEGIAAADMLN 466
[Close]
BLAST of EMLSAG00000010673 vs. Select Arthropod Genomes
Match: XP_016769487.1 (PREDICTED: A disintegrin and metalloproteinase with thrombospondin motifs 9-like isoform X1 [Apis mellifera])

HSP 1 Score: 251.136 bits (640), Expect = 7.066e-71
Identity = 129/263 (49.05%), Postives = 170/263 (64.64%), Query Frame = 0 
Query:  284 ILNMPHDDDQKCQNYYDDDDRNGSASH-VMSRMLDHNTNPWQWSKCSQHYITRFLDANYGHCLLNKPKRNFLHSNLNQITKLLPGQHFDENKQCEFVFGPGSEICSYM------PACXRLWCXXPSNGTSSEENGCRTQHMPWADGTPCGPNRWCMRSKCVDVSSTWNDTPVDGSWGAWQSWSDCSRSCGGGIRKAXRHCNDPDPKFGGSYCVGDRVRYESCNTKECDPWSDIVDFRTKQCQVFNGNNFDIEGVPKDVKWVPK 539
            +L+MPHDDD KC  Y     +N S  H +MSRMLD NT PW+WSKCS+HY+T FL+A  G CLL+ P +    ++     + LPG+ +  NKQCE VFG GS IC++M        C RLWC  P+       + CRTQHMPWADGT CG ++WC R +CV  S + N  PVDG WG W  +  CSR+CGGG++K  R C++P P+ GG YC+G++V+Y SC T+EC P +   DFR +QC  FN NN +I+ + +DVKW  K
Sbjct:  544 VLDMPHDDDVKCAAY-----KNRSGMHNIMSRMLDDNTFPWEWSKCSRHYVTEFLEAGKGDCLLDTPDKIMERTD----PRRLPGEDYSVNKQCELVFGNGSRICNHMVGDGKSAVCRRLWCTTPN---EDHYDHCRTQHMPWADGTSCGRDKWCYRGECV--SRSLNLQPVDGQWGEWGRYGKCSRTCGGGVKKKYRECDNPLPQNGGRYCIGEQVKYRSCGTRECPPGTP--DFRDQQCSYFNNNNLNIKNLSRDVKWHAK 790

HSP 2 Score: 60.4622 bits (145), Expect = 1.504e-8
Identity = 36/108 (33.33%), Postives = 61/108 (56.48%), Query Frame = 0 
Query:  179 DYSEAFEERSRIRRSSPPSSSSRKWPPPSKNNSVEXLVVADGPMVQYHRENVKPYILTIMQIVSTIYRDSSLGNLVEMSVVRLIILKESESFISKNKRQKISASKILN 286
            D SE + + S +   S PS + R     S    +E +V AD  MV+YH + +  YIL +M  VS IY+D S+GN + +SV+ ++ + +    + + K + I+A+ +LN
Sbjct:  362 DLSEEYGQDSEM--ESDPSVTWRPRRALSSEYFIEIMVAADAEMVRYHGKGLLGYILGLMSTVSRIYKDPSIGNPISISVMSIVPIDKIFG-VRRTKGEGIAAADMLN 466
[Close]
BLAST of EMLSAG00000010673 vs. nr
Match: gi|831232142|ref|XP_012662924.1| (PREDICTED: A disintegrin and metalloproteinase with thrombospondin motifs 20 [Otolemur garnettii])

HSP 1 Score: 323.939 bits (829), Expect = 3.699e-93
Identity = 206/587 (35.09%), Postives = 291/587 (49.57%), Query Frame = 0 
Query:  103 CFYSGKVLDTLDSFVSFNLCTGGLTGNIHTKDGDFYVVPTPERD---------ETHRVYR--IPRDRISSSPTSNTFISSKNSSSNL---DYSEAFEE----RSRIRRSSPPSSS---------SRKWPPPSKNNSVEXLVVADGPMVQYHRENVKPYILTIMQIVSTIYRDSSLGNLVEMSVVRLIILKESESF--------------ISKNKRQKISAS--------KILNMPHDDDQKCQNYYDDDDRNGSASHVMSRMLDHNTNPWQWSKCSQHYITRFLDANYGHCLLNKPKRNFLHSNLNQITKLLPGQHFDENKQCEFVFGPGSEICSYMPACXRLWCXXPSNGTSSE--ENGCRTQHMPWADGTPCGPNRWCMRSKCVDVSSTWNDTPVDGSWGAWQSWSDCSRSCGGGIRKAXRHCNDPDPKFGGSYCVGDRVRYESCNTKECDPWSDIVDFRTKQCQVFNGNNFDIEGVPKDVKWVPKYSG--------NWCGICGG-------------------NNETCVQ---------------------------------ESGVYDKSHYGYKSVTTIPAG 578
            CFY G+V    D    F+LC GGL G     DG++++ P  + D         + H +YR  + R+ +  S        S+  S+ L   +YS   E+    + RI      ++S         SRK    S    VE +V AD  MV +H +N++ Y+LT+M IV+ IY+DSS+GNL+ + +V+LI++   +S                S ++   +SA+         + N+PHDD  KC+     +       HVM+  L+++T+PW WSKCSQ YIT FLD  +G CLL+KP     +  +  ++  LPG  +D NKQCE +FGPGS++C Y+  C RLWC      TS+E    GCRTQHMP ADGT CGP   C    CV+        PVDG WG W  +S CSR+CGGGI+   R CN P+P+ GG YCVG R+++ SCNT  C       DFR KQC  F+G +F+I G+  +V+W+PKYSG         +C + G                     N+ CVQ                                  +G+++ +HYGY  V  IPAG
Sbjct:  129 CFYRGQVNAREDHTAVFSLC-GGLMGTFKAHDGEYFLEPIVKTDGSEHEDGHNKPHLIYRQELKRNSLLQSHKPCEVSESQIKSTTLSFHNYSNVNEDLNIKKERILGYPSKNTSLEDERSQLHSRKKRFLSYPRYVEVMVTADAKMVDHHGQNLQHYVLTLMSIVAAIYKDSSIGNLINIVIVKLIVIHNEQSHRLAELGTLCDPLRSCSISEENGLSAAFTIAHELGHVFNVPHDDSFKCK-----EAGIKHQYHVMAPTLNYHTSPWTWSKCSQKYITEFLDTGHGECLLDKP-----NGRIYDLSSQLPGLMYDVNKQCELMFGPGSQVCPYLKQCRRLWC------TSAEGVHKGCRTQHMPLADGTNCGPGMHCHHGLCVN--KEMEARPVDGEWGPWGPYSSCSRTCGGGIKSTTRLCNRPEPRNGGKYCVGRRMKFRSCNTDSCPKGKQ--DFREKQCSDFDGKHFNINGLSPNVRWLPKYSGIAIKDRCKLYCRVAGTTNFYQLKDRVADGTPCGTETNDICVQGLCRQAGCDHVLNSKAKRDKCGVCGGDNSSCRTMAGIFNSAHYGYNVVVKIPAG 694
[Close]
BLAST of EMLSAG00000010673 vs. nr
Match: gi|942364307|gb|JAN64083.1| (putative A disintegrin and metalloproteinase with thrombospondin motifs [Daphnia magna])

HSP 1 Score: 311.997 bits (798), Expect = 2.395e-90
Identity = 146/263 (55.51%), Postives = 184/263 (69.96%), Query Frame = 0 
Query:  284 ILNMPHDDDQKCQNYYDDDDRNGSASHVMSRMLDHNTNPWQWSKCSQHYITRFLDANYGHCLLNKPKRNFLHSNLNQITKLLPGQHFDENKQCEFVFGPGSEICSYMPACXRLWCXXPSNGTSSEENGCRTQHMPWADGTPCGPNRWCMRSKCV--DVSSTWNDTPVDGSWGAWQSW--SDCSRSCGGGIRKAXRHCNDPDPKFGGSYCVGDRVRYESCNTKECDPWSDIVDFRTKQCQVFNGNNFDIEGVPKDVKWVPKYSG 542
            +LNMPHDDD KCQ + +     G   +VMSRMLDHNT PW WS CS+++IT +LD  YG CLL+KP  + L  + ++  K LPG++FDENKQCE VFG GS+IC YMP C RLWC      +  E+ GCRTQHMPWADGT CG  RWC    C+  DV S     PVDG+WG+WQ W    CSR+CGGG++++ R+C++P P  GG++C+G RVRY SCN +EC   +   DFR KQC  FN NNF+I+G+P DVKWVPKY+G
Sbjct:  473 VLNMPHDDDFKCQQFVES---TGGVHNVMSRMLDHNTFPWAWSNCSRYFITEYLDGGYGECLLDKPVMDLL--DAHRAAKKLPGENFDENKQCELVFGHGSKICPYMPPCKRLWCTT----SGGEQEGCRTQHMPWADGTACGRGRWCRHGTCLSRDVKSL---EPVDGNWGSWQEWMMGTCSRTCGGGVQRSTRNCDNPAPSNGGTFCLGKRVRYRSCNIQECP--TGTPDFREKQCSDFNSNNFNIQGLPADVKWVPKYAG 721

HSP 2 Score: 93.2041 bits (230), Expect = 4.981e-16
Identity = 68/192 (35.42%), Postives = 98/192 (51.04%), Query Frame = 0 
Query:  103 CFYSGKVLD------TLDSFVSFNLCTGGLTGNIHTKDGDFYVVPTP------ERDET-----HRVYRIPRDRISSSPTSNTF-----ISSKNSSSNLDYSEAFEERSRIRRSSPPSSSSRKWPPPSKNNSVEXLVVADGPMVQYHRENVKPYILTIMQIVSTIYRDSSLGNLVEMSVVRLIILKESESFIS 272
            CFY G+V          DS V  +LC G LTG++ T  G F++ P+P        DET     H +YR+        P   T      +    S +    S   E+ +  RR    S S  ++        VE LVVADG MV YH +N+  YILT+M +VS IY+D+SLGN V+++VVR+++LK+ E  ++
Sbjct:  180 CFYRGQVQQPRSPTAGRDSKVVLSLCHG-LTGHLRTSSGSFFIEPSPLTNGDRMDDETTGVVRHVIYRVRHPSRFEQPLETTVRPVDDLHPPASGTPAANSPDEEDVAGRRRRRRRSVSQERF--------VEILVVADGKMVSYHGDNLVHYILTLMSVVSLIYKDASLGNPVQIAVVRMLLLKDQEFVLT 362
[Close]
BLAST of EMLSAG00000010673 vs. nr
Match: gi|942300241|gb|JAN32053.1| (putative A disintegrin and metalloproteinase with thrombospondin motifs [Daphnia magna])

HSP 1 Score: 311.227 bits (796), Expect = 4.799e-90
Identity = 146/263 (55.51%), Postives = 184/263 (69.96%), Query Frame = 0 
Query:  284 ILNMPHDDDQKCQNYYDDDDRNGSASHVMSRMLDHNTNPWQWSKCSQHYITRFLDANYGHCLLNKPKRNFLHSNLNQITKLLPGQHFDENKQCEFVFGPGSEICSYMPACXRLWCXXPSNGTSSEENGCRTQHMPWADGTPCGPNRWCMRSKCV--DVSSTWNDTPVDGSWGAWQSW--SDCSRSCGGGIRKAXRHCNDPDPKFGGSYCVGDRVRYESCNTKECDPWSDIVDFRTKQCQVFNGNNFDIEGVPKDVKWVPKYSG 542
            +LNMPHDDD KCQ + +     G   +VMSRMLDHNT PW WS CS+++IT +LD  YG CLL+KP  + L  + ++  K LPG++FDENKQCE VFG GS+IC YMP C RLWC      +  E+ GCRTQHMPWADGT CG  RWC    C+  DV S     PVDG+WG+WQ W    CSR+CGGG++++ R+C++P P  GG++C+G RVRY SCN +EC   +   DFR KQC  FN NNF+I+G+P DVKWVPKY+G
Sbjct:  473 VLNMPHDDDFKCQQFVES---TGGVHNVMSRMLDHNTFPWAWSNCSRYFITEYLDGGYGECLLDKPVMDLL--DAHRAAKKLPGENFDENKQCELVFGHGSKICPYMPPCKRLWCTT----SGGEQEGCRTQHMPWADGTACGRGRWCRHGTCLSRDVKSL---EPVDGNWGSWQEWMMGTCSRTCGGGVQRSTRNCDNPAPSNGGTFCLGKRVRYRSCNIQECP--TGTPDFREKQCSDFNSNNFNIQGLPADVKWVPKYAG 721

HSP 2 Score: 93.2041 bits (230), Expect = 4.733e-16
Identity = 68/192 (35.42%), Postives = 98/192 (51.04%), Query Frame = 0 
Query:  103 CFYSGKVLD------TLDSFVSFNLCTGGLTGNIHTKDGDFYVVPTP------ERDET-----HRVYRIPRDRISSSPTSNTF-----ISSKNSSSNLDYSEAFEERSRIRRSSPPSSSSRKWPPPSKNNSVEXLVVADGPMVQYHRENVKPYILTIMQIVSTIYRDSSLGNLVEMSVVRLIILKESESFIS 272
            CFY G+V          DS V  +LC G LTG++ T  G F++ P+P        DET     H +YR+        P   T      +    S +    S   E+ +  RR    S S  ++        VE LVVADG MV YH +N+  YILT+M +VS IY+D+SLGN V+++VVR+++LK+ E  ++
Sbjct:  180 CFYRGQVQQPRSPTAGRDSKVVLSLCHG-LTGHLRTSSGSFFIEPSPLTNGDRMDDETTGVVRHVIYRVRHPSRFEQPLETTVRPVDDLHPPASGTPAANSPDEEDVAGRRRRRRRSVSQERF--------VEILVVADGKMVSYHGDNLVHYILTLMSVVSLIYKDASLGNPVQIAVVRMLLLKDQEFVLT 362
[Close]
BLAST of EMLSAG00000010673 vs. nr
Match: gi|1061466219|gb|ODM87834.1| (A disintegrin and metalloproteinase with thrombospondin motifs 9 [Orchesella cincta])

HSP 1 Score: 312.768 bits (800), Expect = 1.001e-89
Identity = 152/295 (51.53%), Postives = 186/295 (63.05%), Query Frame = 0 
Query:  284 ILNMPHDDDQKCQNYYDDDDRNGSAS-----------------------HVMSRMLDHNTNPWQWSKCSQHYITRFLDANYGHCLLNKPKRNFLH-------------SNLNQITKLLPGQHFDENKQCEFVFGPGSEICSYMPACXRLWCXXPSNGTSSEENGCRTQHMPWADGTPCGPNRWCMRSKCVDVSSTWNDTPVDGSWGAWQSWSDCSRSCGGGIRKAXRHCNDPDPKFGGSYCVGDRVRYESCNTKECDPWSDIVDFRTKQCQVFNGNNFDIEGVPKDVKWVPKYSG 542
            +LNMPHDDD KCQ++ D   R GSAS                       +VMSRMLDHNT PW WS+CS+H++T FLDA +G+CL +KP  N L+             S+L Q     PG+ F E+KQCE VFGP S++CSYMP C RLWC       S E  GCRTQHMPWADGT CG N+WC R +CV +        ++G WG WQ + +CSR CGGG+RK+ R C++P PK GG YCVG RV+YESCNT EC   S   DFR  QC  FNG+NF+I G+P+DV WVPKY+G
Sbjct:   29 VLNMPHDDDYKCQSFVD---RKGSASGQVDDESGEDTRGRNEHKREIQHYVMSRMLDHNTYPWAWSRCSRHFLTEFLDAGHGYCLEDKPDSNLLYNDDENSVDDESLSSSLQQ-----PGEIFSEHKQCELVFGPNSQLCSYMPPCRRLWCTNHGGPESEESEGCRTQHMPWADGTRCGANKWCQRGQCV-LKDLEKLKIINGDWGGWQDYGECSRDCGGGVRKSFRECDNPKPKNGGKYCVGPRVKYESCNTHECANTSVSFDFRASQCAAFNGDNFNINGLPEDVTWVPKYNG 314
[Close]
BLAST of EMLSAG00000010673 vs. nr
Match: gi|321470769|gb|EFX81744.1| (hypothetical protein DAPPUDRAFT_303360 [Daphnia pulex])

HSP 1 Score: 312.768 bits (800), Expect = 1.499e-89
Identity = 154/319 (48.28%), Postives = 203/319 (63.64%), Query Frame = 0 
Query:  236 TIMQIVSTIYRDSSLGNLVEMSVVRLIILKESESFISKNKRQKISAS--------KILNMPHDDDQKCQNYYDDDDRNGSASHVMSRMLDHNTNPWQWSKCSQHYITRFLDANYGHCLLNKPKRNFLHSNLNQITKLLPGQHFDENKQCEFVFGPGSEICSYMPACXRLWCXXPSNGTSSEENGCRTQHMPWADGTPCGPNRWCMRSKCV--DVSSTWNDTPVDGSWGAWQSW--SDCSRSCGGGIRKAXRHCNDPDPKFGGSYCVGDRVRYESCNTKECDPWSDIVDFRTKQCQVFNGNNFDIEGVPKDVKWVPKYSG 542
             ++     I R+  L     + +  L  + +S +  S  +   +SA+         +LNMPHDDD KCQ + +     G   +VMSRMLDHNT PW WS CS+++IT +LD  YG CLL+KP  + L  + ++  K LPG++FDENKQCE VFG GS+IC YMP C RLWC      +  E+ GCRTQHMPWADGT CG  RWC    C+  DV S     PVDG+WG+WQ W    CSR+CGGG++++ R+C++P P  GG++C+G RVRY SCN +EC   +   DFR KQC  FN NNF+I+G+P DVKWVPKY+G
Sbjct:   98 ALLLTRENICRNPQLQKCDTLGLAELGTMCDSSNSCSIVQDNGLSAAFTIAHELGHVLNMPHDDDFKCQQFVES---TGGVHNVMSRMLDHNTFPWAWSNCSRYFITEYLDGGYGECLLDKPSTDLL--DAHRAAKKLPGENFDENKQCELVFGHGSKICPYMPPCKRLWCTT----SGGEQEGCRTQHMPWADGTACGRGRWCRHGTCLSRDVKSL---EPVDGNWGSWQEWMMGTCSRTCGGGVQRSTRNCDNPAPSNGGTFCLGKRVRYRSCNIQECP--AGTPDFREKQCSDFNSNNFNIQGLPADVKWVPKYAG 402
[Close]
BLAST of EMLSAG00000010673 vs. nr
Match: gi|942358231|gb|JAN61045.1| (putative A disintegrin and metalloproteinase with thrombospondin motifs [Daphnia magna])

HSP 1 Score: 311.227 bits (796), Expect = 2.487e-89
Identity = 146/263 (55.51%), Postives = 184/263 (69.96%), Query Frame = 0 
Query:  284 ILNMPHDDDQKCQNYYDDDDRNGSASHVMSRMLDHNTNPWQWSKCSQHYITRFLDANYGHCLLNKPKRNFLHSNLNQITKLLPGQHFDENKQCEFVFGPGSEICSYMPACXRLWCXXPSNGTSSEENGCRTQHMPWADGTPCGPNRWCMRSKCV--DVSSTWNDTPVDGSWGAWQSW--SDCSRSCGGGIRKAXRHCNDPDPKFGGSYCVGDRVRYESCNTKECDPWSDIVDFRTKQCQVFNGNNFDIEGVPKDVKWVPKYSG 542
            +LNMPHDDD KCQ + +     G   +VMSRMLDHNT PW WS CS+++IT +LD  YG CLL+KP  + L  + ++  K LPG++FDENKQCE VFG GS+IC YMP C RLWC      +  E+ GCRTQHMPWADGT CG  RWC    C+  DV S     PVDG+WG+WQ W    CSR+CGGG++++ R+C++P P  GG++C+G RVRY SCN +EC   +   DFR KQC  FN NNF+I+G+P DVKWVPKY+G
Sbjct:  505 VLNMPHDDDFKCQQFVES---TGGVHNVMSRMLDHNTFPWAWSNCSRYFITEYLDGGYGECLLDKPVMDLL--DAHRAAKKLPGENFDENKQCELVFGHGSKICPYMPPCKRLWCTT----SGGEQEGCRTQHMPWADGTACGRGRWCRHGTCLSRDVKSL---EPVDGNWGSWQEWMMGTCSRTCGGGVQRSTRNCDNPAPSNGGTFCLGKRVRYRSCNIQECP--TGTPDFREKQCSDFNSNNFNIQGLPADVKWVPKYAG 753

HSP 2 Score: 92.8189 bits (229), Expect = 6.277e-16
Identity = 68/192 (35.42%), Postives = 98/192 (51.04%), Query Frame = 0 
Query:  103 CFYSGKVLD------TLDSFVSFNLCTGGLTGNIHTKDGDFYVVPTPER------DET-----HRVYRIPRDRISSSPTSNTF-----ISSKNSSSNLDYSEAFEERSRIRRSSPPSSSSRKWPPPSKNNSVEXLVVADGPMVQYHRENVKPYILTIMQIVSTIYRDSSLGNLVEMSVVRLIILKESESFIS 272
            CFY G+V          DS V  +LC G LTG++ T  G F++ P+P        DET     H +YR+        P   T      +    S +    S   E+ +  RR    S S  ++        VE LVVADG MV YH +N+  YILT+M +VS IY+D+SLGN V+++VVR+++LK+ E  ++
Sbjct:  212 CFYRGQVQQPRSPTAGRDSKVVLSLCHG-LTGHLRTSSGSFFIEPSPLTNGDRMDDETTGVVRHVIYRVRHPSRFEQPLETTVRPVDDLHPPASGTPAANSPDEEDVAGRRRRRRRSVSQERF--------VEILVVADGKMVSYHGDNLVHYILTLMSVVSLIYKDASLGNPVQIAVVRMLLLKDQEFVLT 394
[Close]
BLAST of EMLSAG00000010673 vs. nr
Match: gi|987929468|ref|XP_015414045.1| (PREDICTED: A disintegrin and metalloproteinase with thrombospondin motifs 20 [Myotis davidii])

HSP 1 Score: 312.383 bits (799), Expect = 3.725e-89
Identity = 209/668 (31.29%), Postives = 299/668 (44.76%), Query Frame = 0 
Query:   71 QFSAFNRTFSMEVYPDNLILIE----------------PHSFNSSSYSCFYSGKVLDTLDSFVSFNLCTGGLTGNIHTKDGDFYVVPTPERD---------ETHRVYRIPRDR-----------ISSSPTSNTFISSKNSSS-----NLDYSEAFEERSRIRRSSPPSSSSRKWPPPSKNNSVEXLVVADGPMVQYHRENVKPYILTIMQIVSTIYRDSSLGNLVEMSVVRLIILKESE--------SFISK--------NKRQKISASK-----------------------------------------ILNMPHDDDQKCQNYYDDDDRNGSASHVMSRMLDHNTNPWQWSKCSQHYITRFLDANYGHCLLNKPKRNFLHSNLNQITKLLPGQHFDENKQCEFVFGPGSEICSYMPACXRLWCXXPSNGTSSE--ENGCRTQHMPWADGTPCGPNRWCMRSKCVDVSSTWNDTPVDGSWGAWQSWSDCSRSCGGGIRKAXRHCNDPDPKFGGSYCVGDRVRYESCNTKECDPWSDIVDFRTKQCQVFNGNNFDIEGVPKDVKWVPKYSG--------NWCGICGG-------------------NNETCVQ---------------------------------ESGVYDKSHYGYKSVTTIPAG 578
            + SA+ + F + +  D   L E                  + +     CFY G+V    D    F+LC GGL G     DG++++ P  + D         + H +YR    R           +S S    T +   N S+     N++       ++    +      SRK    S    VE +V AD  MV +H  N++ Y+LT++ IV+ IY+DSS+GNL+ + +V+LI++   +        +F+S         + R+ I  ++                                         + N+PHDD  KC+     +       HVM+  L+++T+PW WSKCSQ YIT FLD  +G CLL+KP     +  +  ++  LPG  +D NKQCE +FGPGS++C Y+  C RLWC      TS+E    GCRTQHMP ADGT CGP   C    CV+        PVDG WG W  +S CSR+CGGGI+   R CN P+P+ GG YCVG R+++ SCNT  C       DFR KQC  F+G +F+I G+  +V+W+PKYSG         +C + G                     N+ CVQ                                  SGV++ +HYGY  V  IPAG
Sbjct:  114 RISAYGQLFQLNLSADAAFLAEGFTEVHLGTPARGAEESRAVSPGLRHCFYRGQVNAREDHIAVFSLC-GGLMGTFKAHDGEYFLEPLMKADGSEHDDDHNKPHLIYRQELKRNYFLHPHKPCDVSESQIKKTTLPFDNYSNMSEDLNMEVVLGHPSKNVSLENEKSQLHSRKKRFLSYPRYVEVMVTADAKMVHHHGPNLQHYVLTLISIVAAIYKDSSIGNLINIVIVKLIVIHNEQHHYPLLIHTFVSATLMPPEYLHPREDICGAREKCDTLGLAELGTLCDPLRSCSISEENGLSAAFTIAHELGHVFNVPHDDSFKCK-----ESGIKHQYHVMAPTLNYHTSPWTWSKCSQKYITEFLDTGHGDCLLDKP-----NGRIYDLSSQLPGLMYDVNKQCELMFGPGSQVCPYLKQCRRLWC------TSAEGVHKGCRTQHMPLADGTNCGPGMHCHHGLCVN--KEMETRPVDGEWGPWGPYSSCSRTCGGGIKSTTRLCNRPEPRNGGKYCVGRRMKFRSCNTDSCPKGKQ--DFREKQCSDFDGKHFNINGLSPNVRWLPKYSGIAIKDRCKLYCRVAGTTNFYQLKDRVADGTPCGTETNDICVQGLCRQAGCDHVLNSKARRDKCGVCGGDNSSCRTMSGVFNSAHYGYNVVVKIPAG 760
[Close]
BLAST of EMLSAG00000010673 vs. nr
Match: gi|1022768117|gb|KZS12935.1| (No long nerve cord, isoform C [Daphnia magna])

HSP 1 Score: 309.686 bits (792), Expect = 2.750e-88
Identity = 200/517 (38.68%), Postives = 271/517 (52.42%), Query Frame = 0 
Query:  103 CFYSGKVLD------TLDSFVSFNLCTGGLTGNIHTKDGDFYVVPTPER------DET-----HRVYRIPRDRISSSPTSNTF-----ISSKNSSSNLDYSEAFEERSRIRRSSPPSSSSRKWPPPSKNNSVEXLVVADGPMVQYHRENVKPYILTIMQIVSTIYRDSSLGNLVEMSVVRLIILKESESFISK------------------NKRQKISASKILNMPHDDDQKCQNYYDDDDRNGSASHVMSRMLDHNT---NPWQWSKCSQHYITRF-----------------LDA------------NYGHCLLNKPKRNFLHSNLNQITKLLPGQHFDENKQCEFVFGPGSEICSYMPACXRLWCXXPSNGTSSEENGCRTQHMPWADGTPCGPNRWCMRSKCV--DVSSTWNDTPVDGSWGAWQSW--SDCSRSCGGGIRKAXRHCNDPDPKFGGSYCVGDRVRYESCNTKECDPWSDIVDFRTKQCQVFNGNNFDIEGVPKDVKWVPKYSGN 543
            CFY G+V          DS V  +LC G LTG++ T  G F++ P+P        DET     H +YR+        P   T      +    S +    S   E+ +  RR    S S  ++        VE LVVADG MV YH +N+  YILT+M +VS IY+D+SLGN V+++VVR+++LK+ E  ++                   + R   SAS++L     +  K Q  ++D D +    H  + +L       NP Q  KC    +                    L A             YG CLL+KP  + L  + ++  K LPG++FDENKQCE VFG GS+IC YMP C RLWC      +  E+ GCRTQHMPWADGT CG  RWC    C+  DV S     PVDG+WG+WQ W    CSR+CGGG++++ R+C++P P  GG++C+G RVRY SCN +EC   +   DFR KQC  FN NNF+I+G+P DVKWVPKY+G+
Sbjct:  114 CFYRGQVQQPRSPTAGRDSKVVLSLCHG-LTGHLRTSSGSFFIEPSPLTNGHRMDDETTGVVRHVIYRVRHPSRFEQPLETTVRPVDDLHPPASGTPAANSPDEEDVAGRRRRRRRSVSQERF--------VEILVVADGKMVSYHGDNLVHYILTLMSVVSLIYKDASLGNPVQIAVVRMLLLKDQEFVLTSSTGADESTSSSKESHELLDSRPGKSASEMLR----NFCKWQRVFNDVDDSSPYHHDTALLLTRENICRNP-QMQKCDTLGLAELGTMCDSSNSCSIVQDNGLSAAFTIAHELGHVGGYGECLLDKPVMDLL--DAHRAAKKLPGENFDENKQCELVFGHGSKICPYMPPCKRLWCTT----SGGEQEGCRTQHMPWADGTACGRGRWCRHGTCLSRDVKSL---EPVDGNWGSWQEWMMGTCSRTCGGGVQRSTRNCDNPAPSNGGTFCLGKRVRYRSCNIQECP--TGTPDFREKQCSDFNSNNFNIQGLPADVKWVPKYAGS 605
[Close]
BLAST of EMLSAG00000010673 vs. nr
Match: gi|1034157760|ref|XP_016796949.1| (PREDICTED: A disintegrin and metalloproteinase with thrombospondin motifs 9 isoform X4 [Pan troglodytes])

HSP 1 Score: 309.686 bits (792), Expect = 2.834e-88
Identity = 205/599 (34.22%), Postives = 283/599 (47.25%), Query Frame = 0 
Query:  103 CFYSGKVLDTLDSFVSFNLCTGGLTGNIHTKDGDFYVVPTPE---------RDETHRVYRIPRDRISSSPTSNTFISSKNSSSNLDYSEAFEERSRIR-------------RSSPPSSSSRKWPPPSKNNS-----------------VEXLVVADGPMVQYHRENVKPYILTIMQIVSTIYRDSSLGNLVEMSVVRLIILKESE-----SFISKN--------KRQKISASKI----------LNMPHDDDQKCQNYYDDDDRNGSASHVMSRMLDHNTNPWQWSKCSQHYITRFLDANYGHCLLNKPKRNFLHSNLNQITKLLPGQHFDENKQCEFVFGPGSEICSYMPACXRLWCXXPSNGTSSEENGCRTQHMPWADGTPCGPNRWCMRSKCVDVSSTWNDTPV-DGSWGAWQSWSDCSRSCGGGIRKAXRHCNDPDPKFGGSYCVGDRVRYESCNTKECDPWSDIVDFRTKQCQVFNGNNFDIEGVPKDVKWVPKYSG--------NWCGICGG-------------------NNETCVQE---------------------------------SGVYDKSHYGYKSVTTIPAG 578
            CFY G V    +     +LC+G L G   + DGD+++ P            +++ H +YR  R      P++       +   N    +  + R+R R              S   + +   +   + N                   VE LVVAD  MV YH EN++ YILT+M IV++IY+D S+GNL+ + +V LI++   +     SF ++         +  K S   I           NMPHDD+ KC+     ++   S  HVM+  L+  TNPW WSKCS+ YIT FLD  YG CLLN+P+     S    +   LPG  ++ NKQCE +FGPGS++C YM  C RLWC    N  +    GCRTQH PWADGT C P + C    CV       D PV DGSWG+W  +  CSR+CGGGI+ A R CN P+PK GG YCVG R++++SCNT+ C       DFR +QC  F+G +F+I G+  +V+WVPKYSG         +C + G                     N+ CVQ                                  +G ++  HYGY +V  IPAG
Sbjct:  150 CFYKGYVNTNSEHTAVISLCSGML-GTFRSHDGDYFIEPLQSMDEQEDEEEQNKPHIIYR--RSAPQREPSTGRHACDTSEHKNRHSKDKRKTRARKRGERINLADDVAALNSGLATEAFSAYGNKTDNTREKRTHRRTKRFLSYPRFVEVLVVADNRMVSYHGENLQHYILTLMSIVASIYKDPSIGNLINIVIVNLIVIHNEQDGPSISFNAQTTLKNFCQWQHSKNSPGGIHHDTAVLLTRFNMPHDDNNKCK-----EEGVKSPQHVMAPTLNFYTNPWMWSKCSRKYITEFLDTGYGECLLNEPE-----SRPYPLPVQLPGILYNVNKQCELIFGPGSQVCPYMMQCRRLWC----NNVNGVHKGCRTQHTPWADGTECEPGKHCKYGFCVPKEM---DVPVTDGSWGSWSPFGTCSRTCGGGIKTAIRECNRPEPKNGGKYCVGRRMKFKSCNTEPC--LKQKRDFRDEQCAHFDGKHFNINGLLPNVRWVPKYSGILMKDRCKLFCRVAGNTAYYQLRDRVIDGTPCGQDTNDICVQGLCRQAGCDHVLNSKARRDKCGVCGGDNSSCKTVAGTFNTVHYGYNTVVRIPAG 726
[Close]
BLAST of EMLSAG00000010673 vs. nr
Match: gi|942411183|gb|JAN87521.1| (A disintegrin and metalloproteinase with thrombospondin motifs [Daphnia magna])

HSP 1 Score: 309.301 bits (791), Expect = 3.979e-88
Identity = 153/319 (47.96%), Postives = 203/319 (63.64%), Query Frame = 0 
Query:  236 TIMQIVSTIYRDSSLGNLVEMSVVRLIILKESESFISKNKRQKISAS--------KILNMPHDDDQKCQNYYDDDDRNGSASHVMSRMLDHNTNPWQWSKCSQHYITRFLDANYGHCLLNKPKRNFLHSNLNQITKLLPGQHFDENKQCEFVFGPGSEICSYMPACXRLWCXXPSNGTSSEENGCRTQHMPWADGTPCGPNRWCMRSKCV--DVSSTWNDTPVDGSWGAWQSW--SDCSRSCGGGIRKAXRHCNDPDPKFGGSYCVGDRVRYESCNTKECDPWSDIVDFRTKQCQVFNGNNFDIEGVPKDVKWVPKYSG 542
             ++     I R+  +     + +  L  + +S +  S  +   +SA+         +LNMPHDDD KCQ + +     G   +VMSRMLDHNT PW WS CS+++IT +LD  YG CLL+KP  + L  + ++  K LPG++FDENKQCE VFG GS+IC YMP C RLWC      +  E+ GCRTQHMPWADGT CG  RWC    C+  DV S     PVDG+WG+WQ W    CSR+CGGG++++ R+C++P P  GG++C+G RVRY SCN +EC   +   DFR KQC  FN NNF+I+G+P DVKWVPKY+G
Sbjct:  417 ALLLTRENICRNPQMQKCDTLGLAELGTMCDSSNSCSIVQDNGLSAAFTIAHELGHVLNMPHDDDFKCQQFVES---TGGVHNVMSRMLDHNTFPWAWSNCSRYFITEYLDGGYGECLLDKPVMDLL--DAHRAAKKLPGENFDENKQCELVFGHGSKICPYMPPCKRLWCTT----SGGEQEGCRTQHMPWADGTACGRGRWCRHGTCLSRDVKSL---EPVDGNWGSWQEWMMGTCSRTCGGGVQRSTRNCDNPAPSNGGTFCLGKRVRYRSCNIQECP--TGTPDFREKQCSDFNSNNFNIQGLPADVKWVPKYAG 721

HSP 2 Score: 93.5893 bits (231), Expect = 3.872e-16
Identity = 68/192 (35.42%), Postives = 98/192 (51.04%), Query Frame = 0 
Query:  103 CFYSGKVLD------TLDSFVSFNLCTGGLTGNIHTKDGDFYVVPTPER------DET-----HRVYRIPRDRISSSPTSNTF-----ISSKNSSSNLDYSEAFEERSRIRRSSPPSSSSRKWPPPSKNNSVEXLVVADGPMVQYHRENVKPYILTIMQIVSTIYRDSSLGNLVEMSVVRLIILKESESFIS 272
            CFY G+V          DS V  +LC G LTG++ T  G F++ P+P        DET     H +YR+        P   T      +    S +    S   E+ +  RR    S S  ++        VE LVVADG MV YH +N+  YILT+M +VS IY+D+SLGN V+++VVR+++LK+ E  ++
Sbjct:  180 CFYRGQVQQPRSPTAGRDSKVVLSLCHG-LTGHLRTSSGSFFIEPSPLTNGDRMDDETTGVVRHVIYRVRHPSRFEQPLETTVRPVDDLHPPASGTPAANSPDEEDVAGRRRRRRRSVSQERF--------VEILVVADGKMVSYHGDNLVHYILTLMSVVSLIYKDASLGNPVQIAVVRMLLLKDQEFVLT 362
[Close]
BLAST of EMLSAG00000010673 vs. Tigriopus kingsejongenis genes
Match: maker-scaffold19_size710362-snap-gene-3.7 (protein:Tk00400 transcript:maker-scaffold19_size710362-snap-gene-3.7-mRNA-1 annotation:"a disintegrin and metalloproteinase with thrombospondin motifs 9")

HSP 1 Score: 203.756 bits (517), Expect = 6.556e-56
Identity = 95/148 (64.19%), Postives = 112/148 (75.68%), Query Frame = 0 
Query:  396 LWCXXPSNGTSSEENGCRTQHMPWADGTPCGPNRWCMRSKCVDVSSTWNDTPVDGSWGAWQSWSDCSRSCGGGIRKAXRHCNDPDPKFGGSYCVGDRVRYESCNTKECDPWSDIVDFRTKQCQVFNGNNFDIEGVPKDVKWVPKYSGN 543
            LWC         E+NGCRTQHMPWADGT CG  +WC++S+CV  SS  +  PVDG WG WQ+W++CSRSCGGGIRK+ RHC+ P PK GG YCVGDRVRYESC T EC       +FR +QC+ FNGN+FDIEGVPKDVKWVPKY+G+
Sbjct:    1 LWCST----AEGEQNGCRTQHMPWADGTGCGEGQWCLKSQCVARSSD-DKKPVDGEWGPWQAWTECSRSCGGGIRKSIRHCDQPSPKNGGQYCVGDRVRYESCKTWECH--RAAKEFRLEQCEEFNGNDFDIEGVPKDVKWVPKYTGS 141

HSP 2 Score: 52.373 bits (124), Expect = 3.230e-7
Identity = 21/36 (58.33%), Postives = 26/36 (72.22%), Query Frame = 0 
Query:  543 NWCGICGGNNETCVQESGVYDKSHYGYKSVTTIPAG 578
            +WCGICGG+N TC +E GVY+ + YGY  V  IP G
Sbjct:  223 DWCGICGGDNSTCKEERGVYNVTRYGYNPVVRIPTG 258
[Close]
BLAST of EMLSAG00000010673 vs. Tigriopus kingsejongenis genes
Match: maker-scaffold295_size218279-snap-gene-1.25 (protein:Tk09094 transcript:maker-scaffold295_size218279-snap-gene-1.25-mRNA-1 annotation:"a disintegrin and metalloproteinase with thrombospondin motifs 7 isoform x2")

HSP 1 Score: 127.102 bits (318), Expect = 1.075e-30
Identity = 116/430 (26.98%), Postives = 174/430 (40.47%), Query Frame = 0 
Query:  212 VEXLVVADGPMVQYHREN--VKPYILTIMQIVSTIYRDSSLGNLVEMSVVRLIILKESESFISKNKRQKISASKILNMPHDDDQKCQNYYDDDDRNGSASHVMSRMLDHNTNPWQWSKCSQHYITRFLDANYGHCLLNKPKRNFLHSNLNQITKLLP-GQHFDENKQCEFVFG-PGSEICSYM----PACXRLWCXXPSNGTSSEENGCRTQHMPWADGTPCGPNRWCMRSKCVDVSSTWNDTPVDGSWGAWQSWSDCSRSCGGGIRKAXRHCNDPDPKFGGSYCVGDRVRYESCNT-KECD---------------PWSDIV-------DFRTKQCQVFNGNN---------------------------FDIEGVPKDVKWV--PKYSGNWCGICGGNNETCVQESGVYD---KSHYGYKSVTTIPAG 578
            VE LVVAD  M  Y+ E+  +  YILT+M  +      + LG++ +       I +++   +S     +I+ +  L +PHDD        D      +   VMS  L+ +     WS+CS+  +T FL  +   CL     +N    ++    +  P G  FD + QC   FG   S++C         C  LWC          +  C T   P   GT CG ++WC   +CV +        + G WG W  W  CSR CG G   A R C++P+P+ GG YC+G+  R   C T ++C+               P  + V       +F   QC   NG+N                            D +       W+     + + CGIC GN   C + SG  D   +   GY+ V T+P+G
Sbjct:   86 VEALVVADETMTAYYDEDQDLILYILTLMNNIELF--SAELGSICKKGK-SCTINQDNGLTVSHTIAHEIAHT--LGIPHDDPT------DPGCTENAGHFVMSPSLETDIRRLSWSECSRRSLTNFLGRSNVECL-----KNASADSIQATMEPTPTGTLFDAHHQCRLKFGRSDSKLCPLFSDRSEFCRILWCEV--------DGKCLTLGDPPEAGTLCGDHQWCQLGQCVPIEDDHLVQTIHGQWGHWGEWGACSRDCGAGFELASRQCDNPEPRNGGKYCLGEHDRKRVCLTGRDCEGGLMEDLDAQCQSDNPGPNSVRAIRNPKNFCQIQCVQINGDNSPSSNYHYLFAADGTACGHELGSRHMCLDGKCAQVGCDWILGSDSAQDACGICNGNGTQCRRISGFLDADTQETRGYEYVATVPSG 491
[Close]
BLAST of EMLSAG00000010673 vs. Tigriopus kingsejongenis genes
Match: maker-scaffold1543_size36305-snap-gene-0.8 (protein:Tk02760 transcript:maker-scaffold1543_size36305-snap-gene-0.8-mRNA-1 annotation:"hypothetical protein D910_03831")

HSP 1 Score: 110.153 bits (274), Expect = 2.820e-25
Identity = 76/248 (30.65%), Postives = 109/248 (43.95%), Query Frame = 0 
Query:  284 ILNMPHDDDQKCQNYYDDDDRNGSASHVMSRMLDHNTNPWQWSKCSQHYITRFLDANYGHCLLNKP---KRNFLHSNLNQITKLLPGQHFDENKQCEFVFGPGSEICS--YMP-ACXRLWCXXPSNGTSSEENGCRTQHMPWADGTPCGPNRWCMRSKCVDVSST-------WNDTPVDGSWGAWQSWSDCSRSCGGGIRKAXRHCNDPDPKFGGSYCVGDRVRYESCNTKECDPWSDIVDFRTKQCQ 518
            +L + HD D    N  D++ R GS   VM+ ++    + + WS CS       L +   HCLLN P      F+ ++ +    L        ++QC   FG G   C+   +P  C +LWC   S+      + C+T+  P  DGT C    WC+   C   S          +  P  G W  W +W DCSR+CG G+    R C++P P +GG  C G    +  CN    DP     DFR +QC 
Sbjct:  372 LLGLSHDGDLTVGNECDEEARQGS---VMAPLVGATFSYFHWSPCSSEEY--HLQSEDWHCLLNTPHPTNVTFIGNSFHHAYSL--------DEQCRMEFGDGFRFCNSFQLPDPCAQLWCNHKSS-----PDTCKTKKGPPMDGTECDVGHWCISGFCETTSKRRAHQGDGVHHNPRAGGWSQWGAWEDCSRTCGTGVVFRSRKCDNPRPSYGGDTCRGKPEEFRLCNL---DPCPKASDFRAEQCH 598
[Close]
BLAST of EMLSAG00000010673 vs. Tigriopus kingsejongenis genes
Match: maker-scaffold239_size242058-snap-gene-1.23 (protein:Tk09817 transcript:maker-scaffold239_size242058-snap-gene-1.23-mRNA-1 annotation:"GH25513p")

HSP 1 Score: 68.5514 bits (166), Expect = 3.024e-12
Identity = 38/89 (42.70%), Postives = 48/89 (53.93%), Query Frame = 0 
Query:  450 GSWGAWQSWSDCSRSCGGGIRKAXRHCNDPDPKFGGSYCVGDRVRYESCNTKECDPWSDIVDFRTKQCQVFNGNNFDIEGVPKDVKWVP 538
            G WG W     CSR+CGGG+    R CN+PD     S C+G   R+ SCN + C P   + DFR +QC  F  +N   EG  K  +WVP
Sbjct:  101 GPWGDWSQSGSCSRTCGGGVLTEGRSCNNPD----ASQCLGASKRFSSCNIQACPP--GLRDFREEQCSNF--DNVAFEG--KMYQWVP 179
[Close]
BLAST of EMLSAG00000010673 vs. Tigriopus kingsejongenis genes
Match: maker-scaffold498_size154992-snap-gene-0.19 (protein:Tk05261 transcript:maker-scaffold498_size154992-snap-gene-0.19-mRNA-1 annotation:"netrin receptor unc5c isoform x2")

HSP 1 Score: 60.077 bits (144), Expect = 7.842e-11
Identity = 28/54 (51.85%), Postives = 34/54 (62.96%), Query Frame = 0 
Query:  448 VDGSWGAWQSWSDC-SRSCGGGIRKAXRHCNDPDPKFGGSYCVGDRVRYESCNT 500
            V G W  W SWSDC S +CG G ++  R CN P PKFGGSYC G   +  +C+T
Sbjct:   58 VTGGWSEWTSWSDCNSATCGPGFQRRERFCNQPAPKFGGSYCQGSAFQKNNCDT 111
[Close]
BLAST of EMLSAG00000010673 vs. Tigriopus kingsejongenis genes
Match: maker-scaffold476_size161517-snap-gene-0.39 (protein:Tk11952 transcript:maker-scaffold476_size161517-snap-gene-0.39-mRNA-1 annotation:"collagen alpha-1 chain-like")

HSP 1 Score: 56.225 bits (134), Expect = 1.966e-8
Identity = 25/55 (45.45%), Postives = 31/55 (56.36%), Query Frame = 0 
Query:  448 VDGSWGAWQSWSDC---SRSCGGGIRKAXRHCNDPDPKFGGSYCVGDRVRYESCN 499
            VDG W  W  WS+C   +  CG G+++  R CNDP P  GG  C GD V  + CN
Sbjct:  325 VDGVWSGWGLWSECQFDADDCGNGMQERTRACNDPPPSHGGDSCAGDGVESQMCN 379
[Close]
BLAST of EMLSAG00000010673 vs. Tigriopus kingsejongenis genes
Match: maker-scaffold412_size179788-snap-gene-0.24 (protein:Tk11837 transcript:maker-scaffold412_size179788-snap-gene-0.24-mRNA-1 annotation:"achain crystal structure of the thrombospondin-1 type 1 repeats")

HSP 1 Score: 53.5286 bits (127), Expect = 1.135e-7
Identity = 31/100 (31.00%), Postives = 46/100 (46.00%), Query Frame = 0 
Query:  447 PVDGSWGAWQSWSDCSRSCGGGIRKAXRHCNDPDPKFGGSYCVGDRVRYESCNTKECDPWSDIVDFRTKQCQ---VFNGNNFDIEGVPKDVKWVPKYSGN 543
            P+DGSW  WQ    C  +CGG   +  R C++P P  GG  C+G  +    C +  C P    V   T + +   +  GNN  I  +    +W PK + +
Sbjct:   45 PIDGSWSPWQ-MDPCPVTCGGTFAQRHRTCSNPTPSPGGQPCLGGEIENVQCGSPPCPPGLQSVIATTTELRSGLLPGGNNESIHWISLVFEW-PKMAAS 142
The following BLAST results are available for this feature:
BLAST of EMLSAG00000010673 vs. GO
Analysis Date: 2014-04-02 (Blast vs. GO)
Total hits: 25
Match NameE-valueIdentityDescription
-1.070e-5742.91symbol:ADAMTS1 "Uncharacterized protein" species:9... [more]
-1.091e-5742.91symbol:LOC100738012 "Uncharacterized protein" spec... [more]
-1.933e-5742.91symbol:ADAMTS1 "Uncharacterized protein" species:9... [more]
-4.037e-5727.66symbol:ADAMTS4 "A disintegrin and metalloproteinas... [more]
-2.064e-5640.15symbol:ADAMTS15 "Uncharacterized protein" species:... [more]

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BLAST of EMLSAG00000010673 vs. C. finmarchicus
Analysis Date: 2014-05-09 (TblastN vs C. finmarchicus TSA)
Total hits: 25
Match NameE-valueIdentityDescription
gi|592762069|gb|GAXK01192344.1|7.596e-10047.04TSA: Calanus finmarchicus comp1381659_c1_seq2 tran... [more]
gi|592762070|gb|GAXK01192343.1|7.751e-9947.04TSA: Calanus finmarchicus comp1381659_c1_seq1 tran... [more]
gi|592908856|gb|GAXK01049519.1|5.068e-3739.23TSA: Calanus finmarchicus comp2807501_c0_seq1 tran... [more]
gi|592762064|gb|GAXK01192349.1|1.172e-3048.06TSA: Calanus finmarchicus comp1381659_c1_seq7 tran... [more]
gi|592795556|gb|GAXK01159012.1|2.900e-2932.72TSA: Calanus finmarchicus comp1499850_c0_seq1 tran... [more]
gi|592836389|gb|GAXK01121155.1|1.559e-2526.23TSA: Calanus finmarchicus comp745276_c0_seq1 trans... [more]
gi|592839615|gb|GAXK01117929.1|4.816e-1944.04TSA: Calanus finmarchicus comp1753941_c0_seq1 tran... [more]
gi|592922013|gb|GAXK01036376.1|1.476e-1226.44TSA: Calanus finmarchicus comp498578_c0_seq1 trans... [more]
gi|592752969|gb|GAXK01201444.1|8.985e-1139.02TSA: Calanus finmarchicus comp145820_c7_seq1 trans... [more]
gi|592899422|gb|GAXK01058953.1|7.757e-1038.10TSA: Calanus finmarchicus comp127684_c0_seq1 trans... [more]

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BLAST of EMLSAG00000010673 vs. L. salmonis peptides
Analysis Date: 2014-05-10 (Blastp vs. self)
Total hits: 15
Match NameE-valueIdentityDescription
EMLSAP000000106730.000e+0100.00pep:novel supercontig:LSalAtl2s:LSalAtl2s706:54255... [more]
EMLSAP000000027984.697e-1251.79pep:novel supercontig:LSalAtl2s:LSalAtl2s16161:6:7... [more]
EMLSAP000000000095.763e-1126.07pep:novel supercontig:LSalAtl2s:LSalAtl2s1003:3490... [more]
EMLSAP000000055908.059e-1125.93pep:novel supercontig:LSalAtl2s:LSalAtl2s2:241692:... [more]
EMLSAP000000054172.157e-1050.00pep:novel supercontig:LSalAtl2s:LSalAtl2s2921:9665... [more]
EMLSAP000000079072.489e-1038.20pep:novel supercontig:LSalAtl2s:LSalAtl2s467:26502... [more]
EMLSAP000000103976.970e-1046.43pep:novel supercontig:LSalAtl2s:LSalAtl2s68:326217... [more]
EMLSAP000000035602.469e-927.80pep:novel supercontig:LSalAtl2s:LSalAtl2s194:74903... [more]
EMLSAP000000023284.360e-948.15pep:novel supercontig:LSalAtl2s:LSalAtl2s143:67998... [more]
EMLSAP000000069611.026e-833.05pep:novel supercontig:LSalAtl2s:LSalAtl2s395:16324... [more]

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BLAST of EMLSAG00000010673 vs. SwissProt
Analysis Date: 2017-02-10 (Blastp vs. SwissProt)
Total hits: 25
Match NameE-valueIdentityDescription
gi|212276516|sp|Q9P2N4.4|ATS9_HUMAN4.087e-7249.62RecName: Full=A disintegrin and metalloproteinase ... [more]
gi|341940270|sp|P59511.2|ATS20_MOUSE1.021e-7039.50RecName: Full=A disintegrin and metalloproteinase ... [more]
gi|218511943|sp|P59510.2|ATS20_HUMAN4.865e-6836.29RecName: Full=A disintegrin and metalloproteinase ... [more]
gi|221222527|sp|Q19791.3|GON1_CAEEL1.508e-6639.64RecName: Full=A disintegrin and metalloproteinase ... [more]
gi|124053460|sp|Q9UHI8.4|ATS1_HUMAN3.344e-5842.97RecName: Full=A disintegrin and metalloproteinase ... [more]
gi|11131014|sp|Q9WUQ1.1|ATS1_RAT1.143e-5642.21RecName: Full=A disintegrin and metalloproteinase ... [more]
gi|122065138|sp|P59384.2|ATS15_MOUSE1.224e-5640.15RecName: Full=A disintegrin and metalloproteinase ... [more]
gi|341940632|sp|P97857.4|ATS1_MOUSE2.189e-5642.21RecName: Full=A disintegrin and metalloproteinase ... [more]
gi|48474504|sp|Q8TE58.1|ATS15_HUMAN3.783e-5640.15RecName: Full=A disintegrin and metalloproteinase ... [more]
gi|317373326|sp|Q9UNA0.2|ATS5_HUMAN1.031e-5439.62RecName: Full=A disintegrin and metalloproteinase ... [more]

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BLAST of EMLSAG00000010673 vs. Select Arthropod Genomes
Analysis Date: 2017-02-20 (Blastp vs. Selected Arthropods)
Total hits: 25
Match NameE-valueIdentityDescription
EFX81744.13.063e-9248.28hypothetical protein DAPPUDRAFT_303360 [Daphnia pu... [more]
EAA08665.52.223e-7632.07AGAP004201-PA, partial [Anopheles gambiae str. PES... [more]
gb|EFA05047.2|1.593e-7530.18A disintegrin and metalloproteinase with thrombosp... [more]
AAS65157.14.436e-7533.01ADAM metallopeptidase with thrombospondin type 1 m... [more]
AAF55199.34.513e-7533.01ADAM metallopeptidase with thrombospondin type 1 m... [more]
AGB95984.15.058e-7533.01ADAM metallopeptidase with thrombospondin type 1 m... [more]
EEB15927.12.776e-7240.45ADAMTS-15 precursor, putative [Pediculus humanus c... [more]
XP_006561638.13.347e-7149.81PREDICTED: A disintegrin and metalloproteinase wit... [more]
XP_016769488.15.295e-7149.05PREDICTED: A disintegrin and metalloproteinase wit... [more]
XP_016769487.17.066e-7149.05PREDICTED: A disintegrin and metalloproteinase wit... [more]

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BLAST of EMLSAG00000010673 vs. nr
Analysis Date: 2017-02-20 (Blastp vs. NR (2/2017))
Total hits: 25
Match NameE-valueIdentityDescription
gi|831232142|ref|XP_012662924.1|3.699e-9335.09PREDICTED: A disintegrin and metalloproteinase wit... [more]
gi|942364307|gb|JAN64083.1|2.395e-9055.51putative A disintegrin and metalloproteinase with ... [more]
gi|942300241|gb|JAN32053.1|4.799e-9055.51putative A disintegrin and metalloproteinase with ... [more]
gi|1061466219|gb|ODM87834.1|1.001e-8951.53A disintegrin and metalloproteinase with thrombosp... [more]
gi|321470769|gb|EFX81744.1|1.499e-8948.28hypothetical protein DAPPUDRAFT_303360 [Daphnia pu... [more]
gi|942358231|gb|JAN61045.1|2.487e-8955.51putative A disintegrin and metalloproteinase with ... [more]
gi|987929468|ref|XP_015414045.1|3.725e-8931.29PREDICTED: A disintegrin and metalloproteinase wit... [more]
gi|1022768117|gb|KZS12935.1|2.750e-8838.68No long nerve cord, isoform C [Daphnia magna][more]
gi|1034157760|ref|XP_016796949.1|2.834e-8834.22PREDICTED: A disintegrin and metalloproteinase wit... [more]
gi|942411183|gb|JAN87521.1|3.979e-8847.96A disintegrin and metalloproteinase with thrombosp... [more]

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BLAST of EMLSAG00000010673 vs. Tigriopus kingsejongenis genes
Analysis Date: 2018-04-18 (Blastp vs. Tigriopus kingsejongensis proteins)
Total hits: 7
Match NameE-valueIdentityDescription
maker-scaffold19_size710362-snap-gene-3.76.556e-5664.19protein:Tk00400 transcript:maker-scaffold19_size71... [more]
maker-scaffold295_size218279-snap-gene-1.251.075e-3026.98protein:Tk09094 transcript:maker-scaffold295_size2... [more]
maker-scaffold1543_size36305-snap-gene-0.82.820e-2530.65protein:Tk02760 transcript:maker-scaffold1543_size... [more]
maker-scaffold239_size242058-snap-gene-1.233.024e-1242.70protein:Tk09817 transcript:maker-scaffold239_size2... [more]
maker-scaffold498_size154992-snap-gene-0.197.842e-1151.85protein:Tk05261 transcript:maker-scaffold498_size1... [more]
maker-scaffold476_size161517-snap-gene-0.391.966e-845.45protein:Tk11952 transcript:maker-scaffold476_size1... [more]
maker-scaffold412_size179788-snap-gene-0.241.135e-731.00protein:Tk11837 transcript:maker-scaffold412_size1... [more]
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Alignments
The following features are aligned
Aligned FeatureFeature TypeAlignment Location
LSalAtl2s706supercontigLSalAtl2s706:54255..148597 +
Analyses
This gene is derived from or has results from the following analyses
Analysis NameDate Performed
ensembl2013-09-26 .965016
Blast vs. GO2014-04-02
TblastN vs C. finmarchicus TSA2014-05-09
Blastp vs. self2014-05-10
Blastp vs. SwissProt2017-02-10
Blastp vs. Selected Arthropods2017-02-20
Blastp vs. NR (2/2017)2017-02-20
Blastp vs. Tigriopus kingsejongensis proteins2018-04-18
Properties
Property NameValue
Logic nameensemblgenomes
Descriptionmaker-LSalAtl2s706-snap-gene-1.13
Biotypeprotein_coding
EvidenceIEA
NoteA disintegrin and metalloproteinase with thrombospondin motifs 9
Cross References
External references for this gene
DatabaseAccession
Ensembl Metazoa (gene)EMLSAG00000010673 (primary cross-reference)
Relationships

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

Feature NameUnique NameSpeciesType
EMLSAT00000010673EMLSAT00000010673-706520Lepeophtheirus salmonismRNA


Sequences
The following sequences are available for this feature:

gene from alignment at LSalAtl2s706:54255..148597+

Legend: mRNA
Hold the cursor over a type above to highlight its positions in the sequence below.
>EMLSAG00000010673-693439 ID=EMLSAG00000010673-693439|Name=EMLSAG00000010673|organism=Lepeophtheirus salmonis|type=gene|length=94343bp|location=Sequence derived from alignment at LSalAtl2s706:54255..148597+ (Lepeophtheirus salmonis)
GTTTACTACGAGGACGATTCAACATTTACTTTTCCACAACCCTTGCAAAA
ATCTCAGTGTTTTTTCTTCTGTTTTTAGTAGTCAATTTTGAGACGGTGTT
TCTCGAAGGTGCCTGGATTAAAAGATTTTATATATATTTAGTTATACGAT
CTACAACACGGAGTTGGTATAGGGTTAACCCCACCACCTATATGTTGTGT
ACAACCGATCGCATAATTATCAAGGAACTTACCGCCATCCGGACTTTTTT
GCACGAGGACGTGATTCAAGGCTCTTCCTAATATGAATAGTAGACCGGTC
AATCATACTCACCTCTCCTTCGTATACTCATATCCTATTCGTCATTTGTA
TCTAATGAAGCCGTCTCTTCACGGATCATCGGAGGGATGCTACGTGACTT
ACTAATCCCTTTTAGAGTGATCATTATTGAGTTGTTGTCTCAAAGGGCAC
TTTCACATAGATAAATTGCCCGCTGCAGGTACTTTTTTATGAAGAGAGTC
TCCGCTAATCCAGGATTTCGTTATGATGAGAATCCGTCTCTTCCTTCACG
ATCAGTCCACGATTTCACATTTTGGTACTGTGCTATTCTACGGAATATTA
CTTGTACTCAATGTTCCATGTCTCAGCCTAGCCAGCCTCGTTTCTCCACT
ACAAGGTAAAGCACAAAATTATTACTATTATCCATCTGTATGTATATTGT
TTTTTCTTCCTAATTTTTTTTTTTGTTCCTTATTTTATTTTCTTGAAAGA
AAAAAAAAAGGTGTGCAAGATTCGCTAATGATTTTTTCATATATTGTATG
TTCTGTACAAGTTGCAACTTGTATTAGTACATTGTACAATATGCAATTGC
CAACTATTCATGAATGAATGTCTTCTTCATTTATTTTGATCCGCTAAAAT
GACGGATATTTTATGCATTTATTTGTATTGAAACCCGGTTTGGTTTGAAG
TTATTTTTTTTAAAGTGATCCAATCGATATATATGTATTTGATCCCTTGC
CTTGTTCGTAAATTTGCCCACAGATTCAGATTTTATATAGCATTGATTTT
CACAAACTGACTAGGCCACTTACCTTGATGGGTTTCTTCTTGAGTTATCT
GCTGTTGTATTGGTTGTATATTTTGGGTCATTTGGGTATTCCTGTGTAGT
AGGGTTGTCTATCCTCCTTTCGATGTGACGATGTCCTCCTTTCCCTCAGC
ACTGAAACATTCACAAAACATTATGTTTACACCTCAGGGGTTGGAGACTG
TTCTTAATGTTATACACAGCATTTCTCTTTCTCCAAATTATTTTCGTTTA
TATAATGTCTCTCACAATTACAGAGCGTTCTTTTTTTAACGGGGTGCTAA
ATTAGAAAATCGGCAAGGGATTCAATCAAGGATGTACAACCTTTTAATAT
AATGGGACGTATTGTCACTTGAAATATTTTTATGGACCACATAACTTATT
TAATTAAATTTCATGAAAAATGACTCTATTTAACAAAATTGTTGAATACA
TATTTATTTAAATTTAAGCCAAATAATGCATAATCTCATCGAATAACTTG
CTTTTAGAAAATAAATCCTTTAAAAAAAATCCCCCAGAACAATAATTTTT
CAAAAATACTACTAGAAATGAGAACGTGTAGTAAGGCGCAATGTTACCAA
CGGGCCACGTGTTGGACATTCCTGAATTAAATAATTATACTATCTCGACT
CGAGGTTTAGAGTGTGGGTTGAAACCTTGAACCCATAAAAAAAGATATTC
CTTTTGAAAAAATGGTTTTTTTTGTAAGACTAATCGAAACCGATTTTTCT
GCGAATACCAAATTTTACCGCATGAATTCGTTCGGTCTTACTTAAGTTTG
AACGGTCCCCGACTTGTCCAGCATTTCCGAAATGAAAACTCAACGCTTGT
ATTTAGGAGTAATATACCTATGAGCATCTGAACCGTATAATGTGCCACAG
AATCCATCTTATCAATTAATTATTAAAATCATCAAAATAGTGAAAGTTAG
ACCATTAAGGGATTGATCATTCAAAAAATATTTAATTATTGCATTTTTTT
CATCACAAGTAAGNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNAAAATAGCGGAAATTTT
TTTCTTCTAAAGAGGTCATTTAAAAATTATACAGCAGAGGAAATTTTTTA
ATTTTTTCGAATCCAAAAACCAAGTCTCTCCCAAAGTATAATCCTGCAAA
CACCCCTGTAAATGGACCGTAAATTCTTCTTTTAAGTTACTTCAACTTAT
TTATGAACTGCAGCTTGTGCAATTTGCTTGTATAATTAGCAATTAAACTA
ATCAAATAGTCAAAAATTACATCATTAAGGGATTGATCATCCAATTAATA
ATCAATTATTGTTTTATCTTCATAACAACCTCAATTCATCCTTCAACATA
CTCTATCTAATTTTTAAGCTGCAATTGTCACAATATGTTTTTACGTAGAA
GTTACAGCACAGAGGAGTCTGCCGGAATATATTTAATTTTATGGCAATTT
TTTTTTCAAAAACTTAACTCTATTCACAGAAATTTAAATTTTTTTGGAAA
AAAAATTGAAGAATTTATTTTTTTGGATATTTGGGGGGGGGGGGGGGCTA
CATCCCTCCAACCCTTCTGTATAGAGTATCGAAGTCAACTGAAATGGGAT
ATCTTATTATTAGTTATACTTAAAAAACAATTAACAAATCATTTAATTAT
ATATTGGCACAGTTTAGGATTGACCTTTTTTCATAAAAAAAATCATTCAA
ATAGAAAACAAAATATTCGTTTCTAAAGAAAACATATTTTATTCTCCATA
AAATTAAGCTTGAAAATTTATAGGATATTCAATATACTGGAAGATCCATT
ATACAGCCCATTTTCAGACCCTACCCTAAGGAAGGAGGTTATCTACCGAG
ATCCCTTCCTTCGATGRGATAAATCTATCATTTTTATTTGAAAGAGAAAA
AAAACCTCCAAAGCTTAACTTTTCCAAACCCATGCTTGACGGTTGGTATC
ATATATGAAAATAATATGATAATGAAAGTGGGAACAGCTAATATTAGTTG
CTACCTGAATAAAGGTGTTTTATATTGCAAATGTGTTCTCATTATTCTCG
AGGAGAGAACAATAAATTTAAAAGCATCACTAGTGTGTTAAAGACAAAGA
GTAACTTTGATGATTTTTTGGGTAGTTAAAAGTGTTAGGCCTTGTTACTC
TTGGAGTAGAGTTGAGGATCGACTTGGCTGTCATTCCTCCCTACATCATT
GTTAGTAGGATTTATTTTTATTTTTGTATATTCTTTAGAAAGCTCAGATT
TGTTTTGTTCAGCTGTCATAAATTATTGAATTAGTTAGTTTTTAGATTCT
AATTGACAATCCACTATATTTTGTATGTATATTTGCTTCTCTAGGAACGA
CTGAGACACGAACCCACGCACACTCAGTTCAGGTGAATAACTTTTCCCAA
GCATGTAGTCCATATATTTTATTTAGGATGACGACTAGTGTTGGGGCTCG
TTCTAGAAATCCATTATAGAAAATTTCAGAATAGATTGGTCCAAAGGAAA
AGTTTGGTCAACATATCTTTATATTATATTTCCTATCCAGAGCCTTTTAT
CTTATTCCTAAAGTGAATTGTTGCTTTTATAGTTTCAACCCTTGAATATA
TTCATTGTTTTATATGGATGGATAGATTCCAAGTTCCCACTCAAGAAATG
AGTCGACTCTAACCTCTTATGAGGCTTAGCATGGTTTGATTTTTTCTTTG
GTCCATAGGGTAAGACTGAAAAAAATCGGNCCATGAAGTGAAAATGAAAA
AGTATCGGTCCACAAAGTGATACCGTAAAAATCGGTGTGCAGTATGTACC
GAAAAATTGGTCCAAATTGAGCTATAAAAAATCACTTAAGACCGAACCGG
AAAAAAAAAAATCAGTTCTGGACCAAGTTTCAACACTATTATCTACGCTC
ATTTTTAGTTTCTCTCTTTGTTTAAAATACTGACATTTAATATCATTCGA
ATCACCGGATAAAATACATGTTATTTATTCTTATTATCTATGTTCGTAGA
TGATTTGAAATGTTCATAGTTTGAGTTCTGACTGTTTTTTTGTTTTTCCT
TTTCTTAAGTCGATTTACATAAATTTTGCATAGCTTGTAATAATAATTCC
TTATATATATAAATATATAAGGAATTATTTTGAAAAGTGTATCAAACACT
TTGTAAGTGTTATTGTTGCATTCAAGTGAGTTTTCTCACTCTTTAATGCT
TTGCGTCAGGATTGCGTATAGTAGTATTATGCAGAAACTACACTACTTGA
AAATGTTCGTAATGATTTCACCATGTGCAGATGATGTTTTATGTGATTGA
TACATTGGAAAGAGTGTCTTGAGAAGAATAAGAAGTGAGATGTTAATATA
TTGTGTATATATATATAGATATAAGTAATGAAGTGGTAAAAGACATGAAG
GGAGTGATTCATCAATTTAATTTGATGCTCATATCTCAAATATTCGTAGT
AGTGTCTTATTGAAATGAACTCACGTCAATGACCTGAGAGACGGAGGAGA
TGGGGGGGGGGGGGGGGAAGAGAACAATTAAGAAACTATATTATTAGAGC
TTCATGTGCGGTATTTCTAAATAGAGTTTTCAGTTTAATTGAGGGCTAGA
GGAATAATTAAGGAATTTTTMATTCTTACAAGAAAATTTAATATTTGAAA
TAATTCTTTTCAATTTAATATTAGTTTACTTTAATTTTTCAAAAACAAAT
TCCGAAAATTCAATTGTCTGTTAATAGTTAGAAAAAGTAGAAGATGGCCC
ATGATTGAGAATACTACCAAATAGTACGCATAAAATATTACAAGGGGGTA
CACACAATATTATTTGGAGGCGGGAGGGGAATTTATTTGAAAAATTTCTA
CAAAAATAACAAAAAGTTGGAAAAAAATTTGAAAAATAAAATTTTGAAGA
AAAAATTTATAAAATTATCATTTTATAAAAGAAATTTTTTACAGCTTCAA
TTTTTTGGGAAAAAATTTCAAAATAAAAMTTTAAWTATTWAATTTTTTGG
AGTAACATTTCAAAAAATCATAGCTATTCACAAAAAGTTTAAGTAATTTT
TGAAAAATTTTCAAAAATCCTTAACTATTTTCAATAAATTTAATATTTTG
AAAAAAAATCAAAAATCCAGAGCTGTTCAGAAAAAACTGAATTTTTTTTG
AGAAAAATTCTAAAATTAAATTTTCGAAAAAATTTAATATTTTACAGCAC
TGGTTTTMTAATTTTTTTTTTCAAAAAATATAATTTTTCTAAATAAGTAA
GACTTTGGTACTTTTTCTACCGAAAAATTTAATANNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNTTTTTACGTTCTTGGGCGTAGTCGGAATTTGAACAT
TGATTGGTTGAACTATTATTAAACCTTGCTAAGCTATGAACAGTTCTGAA
AAAATATAATTAAATAATAATTCTTCTTTTGGGAAGAATATAGTGTTTGT
ATTTGTTGTCAGCATTGTTGATGTCGGCTATTTTGAGAAAMGAAAGCAAA
CAAGTTTTATACCATTAAAAACCCTTTTTTCCATTAACATTATGGAAAAT
AGTGAGCAACCAGATTTCAAAATGTGACCTTCAAATAAAAGTACTTAGAC
CTTACTGTCTTAATATCAAAAATAATTCCCTCTATTGCATAGATTGATGA
TATATCTGCCCATAAAATGCATTAAAAATATGTTATTACATCGTTATACA
ATCTTATTTCCATATTCTAGTTACAAATTAACGATTACAATGAGAGAAAA
ATATATTTTTCTCTCATTGATCAAAAAAACTATGCTAATTGTACAAAACT
ATCCATTTTTATGGATAGTTTTGTACATATTTCTTTKATTTWGTTCAAAT
ATCAATATCGATCATTGGCATCAAGTATTATTTAATGCAGAATTGTGTAG
TCATTTTATTCTTAAAGCCATTTGATTGAGTTTCATGGAGATTTATTGTA
GATTACCACATAAAAATGTCAACTTTCAGCTCCGAACATGGTGTTTCCTT
CAATTATGAAACAAATTATGACGTCAGTGTAAACGTTCTATTGGATAACT
GTTAAGAATTAATTTAGGGCCTTTATTTAGTGTTTCTCTTTGGAAAAAAA
AAGAAAAGATTGTGAGATACAATGAAAAGAACGATTCATTTGACAAATAA
GTACAACCCAATTACTCTTTTTAATCCCCAATTTCTTGTGCATGATTATG
AGATCAAATGAATGGAATAAGATTAAGAGGAACAAGTCAAGGTAACTATT
GCAAAATGTTACACATTTTCAAAATGTAATGCGTAGGATGAGACTACTAC
TTTAAAACACCGAGTGTAGTGAAGAAAAATATTAAACTCGCAAAAATTAT
TTTTGAAGCGCACTTTTTTTTTTTACACTTTCTTTAAATTAATTGATGAA
TTGATATAATAGGTTAGAGAAAAAGTTATTTGGTATTCTTTGCTTTATTT
CAATGCTTTATAAGAAGTGTTACAATCATCCAATTTAAACCAAGTATGCC
CTGTTCTATTCCATAACTTGTAAACCAACGAGAATACAAATGCATAATGC
CCTTCTCGTAGAAGGCCTTGTCCTTATTTACAAAATACTCGAACAACCAA
TTTTCAGAGGCTTCTACTGATGCCATCTTTGTACCCCCAATATTGTCGGC
CATAGACAGAAACAGGTGGTTTTCATTCGGACTGTACAGTAGATGCAATA
AGAACTCCAGAGTTCCTGGAGCTTTGGGCGCGTCATAAAATATTTATGCG
CGCTGGCGTTATCTTGATTATACCATGTTGTCTCCTATTCACAAACGCTG
TCCTCTTCTGTTCGATCCCCTCATTCAAACAGTCGAGTTGTTCACAGTAG
AGGGGAGAATTGAGCGGCGGGAGGGGGGGGGGATCGCTGTAACCMCTTTT
GTTTAAACCGAACTAAAACACTATCGGCCCAGTATACATACCAATTTTTT
TTGTGTCCCTTTCGACGAGTTTATCCCTTACATGTAGTAAAAATGCAAAA
TATTGTTTCACCCTTATAACATATTGGAAGCAATAGTCTAAAGAATCTTA
ATTTTAAAGAATTAGCAAAGTCAATATTAGATATAAGAGCCTCATAACCA
AAAACATAGAGTAACGCGGAGCTACCCAAGTGTGGAAAATCACCATCAGA
TATCTCTAAAGTGCTGATCTTTCATTGTTCTACTATTTTCCCGGACCGCC
AAAGGCACAAGAAAATTTCTACAAAGTCAAGATCAAACCCAAATAAGCTA
ATAAAAATTGTATGAGGCAGTTAAAGACACTATTGAAGGCAGAAGAGACA
AGGTGAGCGGCAATGGCTGTGTTTCACAACAGACTGTCCAAAAAGGAAAC
AAAGAAGTGGATAGAAGGAGCCTTGTGAGAGTGGAGAGGCCWCTTTTGAT
ACCAGTAATTGAATAATTCCATCTCCTCCGTTRCAAGACTCTTTTGAACC
CTTTTTGACAATTTTGTACCCCCCCCCCCTCCCCTGMCATTCATAATTCC
AACCCCCTGGACTACACCTTTTGAGTGTAGTCCAGGGGATGACCTGCAGT
ATTTGTCATTCAAACACTGAGGCCCTCAATTCCACTTTCAGTCAGCACTG
GGACGCAATAACAGAGTAATACATCTGCAGCGGTTGCTAAACCTTCCATT
CCAACCGGGAAGCCATCAGCTAAAGGAGAGAACATTTATGATTGAGAGAG
CTTAGACACACATCTGTTAATAGTATTATTATTTTTGAAATTCGATTGTT
AATTAATTAATTTTATTTTGTTGAAGTTAAAAATTCAACGTACTCAGATT
TTGATGAACCACTCGTTATCTTCAAAAAATGTTAATAGTTTCTTTGAGAA
CAATGTGCCTTTTTGGGGTATAAATAAATTTAGGAAAATGTYAATAGTAT
ACATTTTTATTTACAACCAGTATGCCAAAAGTAAGATTCAGTTATGAGTA
GACAAATGTCTGGAAAATTCCCTTATCCTTGAGAGTGCTCCGAGAATGCA
ACCGTGTCTTTAGTTTATTATTATTATTTTTTTAATGCCGTCATTACTTC
TTCTAACTTGATTGCACATTGGGGCGTCTAGAAGTCTCTCATAGTTGTAC
CATTAGTCTGCGTACCTGTGTATGAATTTGAAAATCTCCAAGACATTCAA
TACAAACGCTCCAACGATGGTTTATTCTTAAGTGCCCATGTTGAAAGAGG
AGTGGTAGTACTTGAACATCAAATCTCATATTGTCTTTTGTACATTAATT
GTTATTGGCATTCGGTTACTTGATGATTCAATCTAGGGGGGMCCATGAGA
GTTGACATTCTCTCCCTMCCCTCGTCACAACCGCTTGTAGCGGATTTACT
TAATGTATGCACTTATAAACATTCTTCAAATTGTCAGGGTGACCGTATTG
TCATTTGTTTCTCTTGAATCTTTGTAGTTTGTATTCTAGTTCAAAGAGTT
TTGATAATTTGAATTTAGCAAACAATACTTAATGAGTAATCGTGTTTCTC
CATCACTACAAATAACAAAAAATGGGGGAAAAAAACACAGATATTTATTT
TATTTATCACACAACGTCTTGTAAGATCAGGGGGAAAAAACTCGGCCCAT
GATCAGTATTACCATGCTAGCTGATTTTCGCTCAGTTTAGTTGATTTTTG
ACTATTATGACTGAAAGAAATTATAATTTAGCTGATAGTGGGAAAGCTTA
GCTAATACTAACAATAGTTTAGCCGACTTTCAATAATGTCTGGAACTGGA
AATAAAAAAATTAGGCGTTCGATTCTGGGTGTCTAAATTGATTACAGTCA
AATTACAAATTGCGATGTACTAGCTCACAGCACACCCAGGGTTGTATCAA
CTTCGTAGTAGGCTAATMTGGGCTGCATTACTCTATACATGAAAGCCAAA
CGTATTTTTGGAAATGAGAAAGGGTATTGTATTATAATAGTTGTGTAATG
AAGATCACTACATTTTTATTTGGTTGATCTATTTATTTTATAGTATCAAA
ATTATTTGGGATTTTAATTTATTTTACTCTCTATAGTCGAAATAGGAGTA
AATTTTTTAAACCCTATAAAAAAATTAAAAAAGTCTGGCCTCTGCACTTT
TAAGGATAAAGGTTTAGGGGTCAATTTTTCTTTTGTAAACAGGCTCACGG
ATTTTCCAATATTGTTGAGCAATACTACATTTCTTCTCAGAGTAACTAAC
CTCAATCAAATAAATATCTCCGTATTTATAACAAGTCATTAGGCAGTTTC
TTTGGATATTTCAATGACTACGGTCGTATTTTAAAGTATTTAAATGTTTA
TAAACAGTGCTTCAGCAAATTGAGGAAAGATATTGAAAGTCAATTTCCGA
TTTAAAAAAAAGAAGTATGTTTCGGAGGTTTTGTAGAATAGAGGTTTGTT
TTGATTAAGTCTGACTACAACAACTGTTTGAAATGTAATCAAAAATTACA
CAAATTGCTGACTTGCTTTGCACTGGTATACCAGTGCCCTCCATTTGCGA
GATTACCCTTTGCGAAAAGACACTTGTTGAGGACGCGGAGAAGAAAATCA
AGGATAAGGAAAGTCTGGAGAGAAAGCTGGGGAGTGGAGGGKAAAACAAA
GTGAGGACTGAGGATTTTTTTTTGAGCAATTTTGGGACACCATGAAGGGC
AATCCAACAAAATGTGAAAACTTTCAGGGGAGTTGAATTTCTCTGAGGCT
GCACTATGGAGAGCGGTGGAAGACCTTAGTATGACCTCACATGTTGGAAA
GAAACGTTAGCAGCTACTTACTGAATTGTCCAAAATCCAGGATTGATGCC
GATCTAATCTGGCTAATTTCTTGCCATCCAACTTTTGGCCTCCATCATCT
CTTGACTGTGCTCCTCTAGATTATGGAATCTGTAGTTATGTGGACAGTAG
AGCCTGTGCCAACCATCACTAATCTGTCAACCCCCTTAAAGCTGCTATTT
ATGAGCAATGGACTTCCATGCTGGACAACTATTTTGTGAGGGTCTGCAGT
GCCTGCAGGGACAGAATTGGGGCCATGGTTGACGTAGAGGGTGGACATTT
TGAGTAATGCAAGTTTAATATTTAAATAGTTAATTGCATTAATAATAAAA
AATTACCAAAAACCCCACAGGCTCCACAAGGACTTGCCTATTTTTTTCAC
GTTTTTTTGTGACGCACGCTGTAATTGAATAAATGTTTTATAAATTACAA
ACCTCCAGTAAATAGTAAACTGAGTTCTGGATATCACAAATAACACTTGA
CACAAATTATAGATTTCCCCCCTGAAAATGTTCCGGTCTCCCCTACTCAA
AAAATAATTATTGGCAAACGTCCTTCTTCCATATTTTATTTTCTCTCTCG
CGCGAAAATGCATTATTTAGCATAATATTTCGTTTTGTGAGCGATACAAA
AAAAAAGAATTATTCTCCCTTAAAGTCAAGGGCATTTTTTGTAAATAAGT
AAAATCATAGAAGTGATAAAATAGAAACGATGAATATGTTCCTGCAAATT
CTACCTTTGACCTGGTCAACCTCCATGATAAATAGAGGGTATATGCATTA
GACTGTCCTGTTTTTGGGCTTATTTTTTTTATCTACTGCTCAAATACATT
TTCTGCTGCGGATAATTAAAAAAACCTGTTTTTGCTAAAGTTTAGGGTAA
TTTTTTCATTTTTGGTGTGGTACAATTTTTTAAAATTTTTACTAGAATGA
ACACTGTAAAGACATGGTTAGATATTTGACGCCAATTTCACTGCCAAAAG
TGGAAAATGCTTATTTAGGGCAGAAAATAAGCATTAAGGATTGTTTAAAT
GTCTTTTCTAAGGGGAAYATCTCTGTAGCTTATGAATTTTTAAGTTTCAA
TCTTGTATTTTGTGTCGTTTAGACAAGAAGTTTGAAGAAAATGACAGCTT
TTGAGTCACAAAATTTTGGAAATCCCAATTTTGTAGACTTGTATAATCTA
TAATGTACATTAAAAAATACCTTCATTTATGTTAAAATGATGAATAATGC
CCAAGACTTTAAAATAAACTTTTTAGCTTAAAAAAATATGCCTTCAGCCG
CCTCCTGGAAGCCATGATTGCCGCTAAGGGTGGCTACATTACTGATTAAG
AGAGCTCAGACACACATCTATTTATAGTATTAATTTTGTTGGAATTATGT
TGTTAATTAATAAATTATATCTTGTTTAATTTTAAAATTCAAACTGTTCA
AATTTTAATGAACCACTCGGTATTTTTCGAACACTTGGTATTCAACCATA
AACGTATGTCTATCAGAAGTCTTGCATTTATTATACCTTCATGAATCCAT
CATGATTCATGGTCAAGTTCATAGGAGTTCATTTATAATTTATGAACTCC
TAAAGATGTTAGATTTACGTTTTTGTCATTCAAACAATCCCATAGTAACA
CTAGATATCTATGCGTCTATGTATGTTCAGTGTACAAATATAATATTTAG
TTTATATTTGATAGAATCTTTTTGCTCAAAACTCGTTTCGTTTCCAAAAA
TTCGTTTCACTTCTATCATGACAATTAGTCTTTGATTCGATGTGGCAAGG
GATTTATAAATCAGAGCTGTATACAACTTTCTTTTATTTGTAGTTAAAAA
GAAGTTCTTTTTGAAATGTTACTTGGGATCAGCATGAAGATTTTTTTTAA
TTTTAAATATTTAAAAAATTTCATAAAATGGTTTGAACAATGAAAAACAC
TCTTATGTTGCATAATAAAAGTTAATTATTGTCAACAAATTGACTCTTTC
AAACCGACTTGTATTGATTCATATGTTCACTTTTTGGAAATCTAACATGT
ACAAGCAGATTGTGCAAGTTGCAACCAGAAAAAGTATATAAATCGGTTGT
ATTTTTTAACTGAACCGTTTTTTGGAATTGCTGATCTGAAGAATACATTC
GATGTTCCTCATCTTTGTTCATTATTAAATAATTTGACATGCATCCAATG
GGTGTAGTCGAGGGGGTTGGCATCAGGGCAGTAGGGGGTAGTCTGGTGTG
AAATTCCGAGATCTCTTCCATGGACCGTCATGGAAAATAGAAAATAACTC
AAAAGAGTCTTGCTACAGAGGAAATTCTCTGCACAGTCTGGTGTAAAACC
CCAAGATTTATTGCATGGTCCCTCATGTACTTGAGGGAACTGGTCAGTGC
TATTTTCTTTAACTCCTCCGGGAACTGTTTGGCCTTTTTGACAAAACCCT
TCTTCCTCTCCAACGTTTTGACGGCGTATAGAGTGACTCTGGAAATGCAC
AACTTCTTAAAAATTCGTGTATCATGTTCAAGTGTCATTTTCTCGACTTG
TACGTAAGCTTCAGAGCTCAGTTTTGTTTTGTGTTGTAACAAATTGTTTA
CGCTTTAATAATTCAAAATATCAATTAGTTTCAATCACTCAACCTTAATT
AATTCTTGAGTTAGCAAGTGTTCAAATTTCAATGGACTGCCTGAGTTATG
GTTCTCTGCGGGTTTTTTTTTGTGGCACAGTGGTAATGAACCCCTCACAT
AAATGATGAAAAAAAATTCAGGGGACATTGTCTCCATTTCTTTACAATAT
TTTTTTGGGTTAACCTAGCACAATTCTGATCAATATTTATGCTATATTTT
ATTAAAAAGCATTTATTGTCATTCCAACGTGTGTTACTTTCATGTTTATT
TCCTTGTCACGTATCACTCTTCCAACTGCAACAAACCCTCAATTTGTCTT
TGCAAAAAAAAAAATATTTTTTNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNTACATATTTTTATAAAGGGATCTCCCATC
ATAAATGGAAGTAACTTGTTGTTTAATAATTATAACTTTTAATAGTTTAA
GTATAGAAGTAAAAAATAGGATATCAGACGAGGGTGAGACTTTAAGTTGT
TGCAACCTGAACAGTATTAAAATTCTTGAAGAGTAAACATGGAAGAAAAA
AAAACACAGGAATTTTGGGAAAAGTTAATATTTGAATTTTTTTATCAAAA
ATTTTAACACTTTAAATTTATCTTAGTTTTTAAGAAATATTTTGGAAAAA
AAAATAATTATATGAATAGCTATTGCTTTTTTAAAAGATTTTTCCACAAA
ATTGGATATTTAGAATTTAATTTCTGAAATTTTTTCCAAAAAAGATTAAT
TTTCTTTAAATTGCTAGACTTTTAAACATTATGAAAAAAAAATATATATA
TTTGTGAATAATTGTAGATTTTTGAAATTTGTTAGTAAAATTTTATTTTT
TTGTGGATAGGATTTTGAATTTTTTGAAAAAAAAAAACAACTCAAAAAAC
CCAACCCGCCCCAAAAAGTTATTCCTCCAGACACCCCTCAACATATAAGT
ATAATGTAATCAATGATGGATGGAAGTCGAAGCAGAGTTAAAACACGTCG
TTACCTTTATTGTATCACGCAACCTTTCTTCCAAAAAGAAACAGGCAAAT
AAGTCAATCAGAACAACTGTTATTTATCTCTTGGGTACTTCCAGAGTATT
TTAAACAATTATTATAATATGTTTACATTATAGTCATTATTTTATTCCTG
AAGAGAGAACATCTAAGTTCCTGTTCTCAAAAAAGACGTAAAGTAACAAT
GATGGTNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNAGTGAAACTTTTGTTCATT
CAATTAATATGATAAGCTGCTCTCCTCCTCAACCATTTTGAAACCGTTAG
AGTTGTCATGTTGATTTTTGGTTTCTTTTACTTTTTTACATACTTAAAAT
GTTTAGAGTATACAACCCTACTTTAAGGCTTTATATTCAAATTTCTGGGA
GGGGTATTGATACCCAAGAACGTTAACAAACTATTAAAATCTTGATTTGA
TTTATGATACTTAATTCATGACCCATATGACCTTTGAAAGTTAATCTATC
CATTTATCATTTTTTAATTGCTGCGATGAATTTTTGCTACTTTAAGCAGT
GCCTCGAATGGATTTATCAGAATTATTTGTTAATATAAAAGAACGACAAT
GATTCATTAATGAATATAATATATCTGTTCATCAACACAAATGCAAATTA
TAATGGTTTTTTTGGTTTTTTTTCAAAATGGAGTGGGGATTATTTTTGTT
CTTTTTGCCATAAAACTTAGAGTAAACAATGTTGATCCTCATAATTTAAA
AAAATGAGAAATGAACATATTTTATTTAAATTCAGCCATTTCTGGCCCAA
TATCAGTTTTTTTAAATCAAAGATAAGTTTTAAACTATAGTTATAACTCA
TACTTAGATATGGTATTTTTGTAATAGTGTGATGGAAAGGGGGGAACGAG
ACGCATGGTAAAATCTTGATAATATCAGCTTCTTGTTATATGATTTTGCG
AGAGAAAATGAATTACTGCTGTAAAGAGGAGAAAATATTATAATTATGTT
GAAATTAAAATTAAAATCTGAACATTTTGAATTTTAAACTTAAACAAGAT
ATATTCTATTAATTAACAAACATTTTACTAAGTTAATTTACTATAAATAG
ATGTGTGCTCTCTTAATCATTAATGTAGCCAGCCTTAGGGGCAATGATGG
CTTCCAGGAGCTGTCAAAAGTCCTGACACCCGCTACGGATATATTCTTCT
GTCAAAGCGTTCCCGTTGTAGCCGACAGTGGCTAWGAGGGCCTCAGTGTT
TGGATGACGGACATACACTCAAAGGGTGTGATCGAGGGGACATGCAATAG
CTGTAGGAAGAACTTTTGAACTCAAAAAAGAGTTCAAAAGAGMCTTCAAC
GAAAGAGATGGGTTTCCTTCATTTCATTTCTCGTGTCAAAAGTGGCCTCT
TTACCCTTACAAGGCTCTTTCCACACACTTTTTTGATACCTCTCCGGAAT
GTCTGTGCTGTGAAGCCTCGAGATTTTATGCATGGGCCTGCATGAACTTG
AGGGGATTGTCTGGGATGTTGTTTAAATCCTTTGGGTCCAGTTTGCCCAT
TTTGACAGAACCCTTGTTCCTGGGGACGCCTAACTGCTTGGAGTAGGCGA
ATGGAAATTCGTTAACAATATTCAATTGTAATTTTCTAAACTTTTTACGT
CTGCGATTTGTTTTGTTTTGTAACTAATGGTTTATGCTTGAACATAGRGG
AAAAGGAATTAATTTCAATCACTCCAACTTCATGACTTACTAAATTAGTA
GTAAGTGATCAGATTTCAATCGGCACCCCGGTAAATGTAAAGTAAACAAA
TAAATGGGGAATTTCTTATTTTCTTGATTTTTTAATAGTTGACTACAACA
TATGTAATCCAGACTCATAGCTTGTATTTGTTTTTAGGGACTACAACATC
ATCTTATATATAGAATGCCTCAACGTTAAAGCATTAAAGACAAAGGTATC
AAAATACAAAAAAAAAAAAATAACTTCACTCAACTCATTATTCTTTTAGA
GAAATATGAACAAATACATAATATGCAAGCAGAAGCCTACTACTACTACT
ACTCGAGTAGTTGTAAAAAATGAATCATATACTTGTACGCGCATAGGTAC
TGCTGCTACATTCAAGGAAAAAAAGAAAAAAAAGGTGAAAATAGAGCTTC
AAACGCATATTATATAAATGCATAAATTGATTAGTAGATTTAAGTCAATG
ACCTACTTGATTATTAACTACGGTTCCTAAGGTCAATAAGAACCCACTTC
TTCTTCTTSTTCTTCTCTCTCATAAATAACAATCAATCCCTCGTAAATCA
AGGTTTTGTTGACTTTTATATATTATTTAGTCTTAATTACTCTCTCTTTC
TCTACCGAGTGGTCCATTAAAATCTGAACCCTTCGAATTTTAAACTTCAA
CAAGATATAATGTATTCATTAACAATAGAATTTCAATAAAATGAATACTA
TAAATAGCAATGTGTCTGAGCACTCTTGATCATTAATATAGACGCCTTTA
GCGAAAATGATGCCTTCTAGGCGATGGGTCTGGCACCCAGTGCTGACTGA
CATTGGCTTTGAGGACTTTGGATGACGGACATTCCACGCGACATGCACCC
AAAGGGTGTAGTCAAGCTGTAGAAAAATCGGATAAGAGTCTTGCAAAGGA
GGTGATGGGTTTCTTTCATTGTTGGTCTCAAAAGTTTTCCCTCTATCCTC
GCAAAGTTCTTTACACCCACTTTTTTGAAAGCTCTCTGGACAGTTGGGGG
TGTTTTTTACATGGGCCCTCATGGATTTGAGGTTATTGCCCTGGGCTGTT
TTCCTTAACTTTGACAGAGTTATTGTTCCTTTATAACGTTTTGGACTTAC
TGAGAGTGAAAACGATGGTGCTGGAGACGCCCAAATGCTTGGAGTGCACG
AATGGAAATTTGTCGATCTGGTTCATGTGTTATTTTCTGGACTTGTACGT
AAGCTAGAGAACTCTAAGTTTGTATTGTTTCCTAACTAATTGTTTATGCT
TTAATATATTGAAATATGAATGGATTTCAACCACTCAACTTTCATTTATT
ATTGAATTAGTTAGTTTTTAGATTTCAATGGTCCACCTGGTATGGAGCGT
TTTCACGTTGCGTTAGCATTGTTGATTTCGGCATTTTTTGATAGAGGTCT
AANNNNNNCAAATTATAAAACAAGAAAAAAAAACATTTTCTTCATTCATA
TTAAACAAATTACTGAAGCTATTAAACATCTACATTGATTGGTTGAACTC
ATATTGAACTTTGTTAAGCTATGAACAGTAACGAAAAATTACAATTAAAT
AATAAATACTATTTTGTGAAGAATGGAAGTATTTTCATGTGACGTCAGAA
TTGTTGATGTCGGTCATTTGGGAAAACCAAAACAAGCAAGTTTTATAAGA
GTAAAAATCCTGTTTTTCGTTAACATTAAATAAATAGTGAACCATTTTCA
TTAGACTGAATAGTTTGTGGAAAAAAGTAATTTCATATTGTTGCTTTATT
TCAATGCTTTATAAGAAGTGTCAAAATCATCCAATTTAGCCAAGTATGCC
GTGTTCTGTTTGATAATTTGTTGCTACGAGAATCCAACTTCATAATGCCA
TGTTTATAGAAGCAATGAACTGGCACAACCAATTTTCACAGACCTCTATG
AAGGACAAATTTGTACCCCAAAGGGCGTTGTCCATAGACAGTAACTCGTG
GTAGCTACTAGGTCTGGGCCGTTGCGTGAATGCATAAGAACTTCCCCTCC
GAGCTCCCGGAGCTTCGGGTGCATCATTAAAGATGTGTGCGGCCTGGCGT
TGTCTTGATGAAACACGACTTCTCTCTTATTCGTGTTTTTTTTAAATTTT
TTATCCAACTTTCTGCAAGGGGTTCAAAACAGTTTTATGATCGTTGTTTA
GCTCCTGATGGATTCTGCGACTGCTAATATGATGGTCTATCTCGATATTA
CATTTGCCAATAATTTAATTGCTTCAATTTCTCATAACATATACAAAGAA
CGATTATTTATTTTTTTTCAATTATTTTCATAATTTGAACTTTGCAAAAT
TGTTTGAACGCTAATAACTCAATAAATATTCAACTTTGAGATCTTAAATT
GATATTATCATATATGGAGTTATGCAAGAATGTTAAATTGTTGCGATTTT
TTCAAATAGGGTAATTAGAAGCGAATTTATTCCGGAAATACAAAGGTTTT
TAAGATCTTTCTGGAATTTCCAATTACTAATTACTTAATCAATTCATCAT
ACACAACTATTAAATAAAATATGTCGCCAATCAAATTATGCATCTTATTG
TAAACAAACTAAAACATCTTTATATTAAGTTATTGAAAGAGAACCAAAAT
CACCGGGTATTAAAATAACAAAGTTTGTTTCATTCAGTGTGTGGACAATG
GGGGACGTCACYTAATTGAAATCATTTTCAAAACTATATTAAACAAACCT
TTAAATGTGTACTATCATTAAGAAACAAAAATAAAACTGATCTGTTTGTT
AAAACTTCTTTATTTATATTTTAGAAAAAAAAAGTTATGTATAAATTACA
TAATACATATTATCCTTTATCACATTAAAATAAGTGTACAAATTACCATT
TGTACATCTCATTATTTAATTTCCACATCAGTCATTTTAATTACCAACTA
TTAAATAATGATATCATTTCATTTTGATCTATTAAAATTACTTATTTAAT
GTCTAATTTACGAGAAATAAAACCGTGGGCTTTATAATGTGTCACAAAAT
ACTTCATTTTAATTAGTTAGATTTCTTGTAAAATTGTCAAAAATTACATG
ATTAATATGGAGTAAATATGTACTCAATGATCGTTAACTACAGGGTTGAA
AGCTGAAAACTTACTAATTTAATAGTTAATGAAGTTTGAGTGATTTAAAT
TAATTTCTATTTTGATATATTAAAGCATAAAGAATGAGTTACAAAACAAA
CCAAACCTGAGCTACCTAGCTGACGTAAAAGTCCAGAAAATGACACTTGA
ACGTGATCGAAGAATTTCCATCCCCGAACTCCAATCAATTTGGCGTTTCC
AAGACCACCCTTTATTCCATCACCAAGTCTAAACCTTGGAGAGGAAGAAG
TACTCAGTCAGAAAGACCAAACTGTATCTGCAGGAGTTAAAGAAAACAGC
CCAGGACAATCCCATTCCCCTCAGTCCATGAAGGCCCATGCAAGATATGT
CCGAGTTTCAAGCCTTACTTTCCGGAGAGCTATCAAAAAAATTGGTGAAA
GACACTTGAGGAGGTGGAGTGGACACTTTTGACACTTGTAATGAAAGAAA
CCGATATCCTCCGGTGGAATACTCTTTTGAATTATTATTTTGNAGTGTTT
TACTCTTTTTTTTACACTTATGGCCCCCTACAACCCTGAGGCCCTCAAAG
CCACTGACATCCACAACTGGAACGCCATAAACGAGGACTGCAACTGATRC
TAGGCCATCTGCTGCCGCCGCCCGGAAGTCCCCATTTCTGCTAAGGGTGG
CTACATTAATGAWTAAGAGAGCTCAGACAGACATCTATTTATGGTATTAG
TTTTGTCAACATTATTTCGTTAATTAATCAATTATACATATATTGCTCAA
GCTAAAACTTCAAAGTGTTGAGATTTTAATGGGCCACTTGGATCATAATA
ATAGATGAAAATATTAATATCCGCAGGTATTTAAAAAAAAAGAAGTGATC
ATATGAAAAATCTTCGGAAGAAACGCAGTATTGCTTGTCATGACGTTTTA
TTGAAGTTGCTTCGAACAGTTTTAAAAGGAAAGAAATAAACACAAATCCC
ACTCCGCATCTAGCAATAACAGGGTACATACTATAACTGTAAGCCAACAC
GTCATACTTTCTCTTTCTATCTCAAAATTGGAGACCGTCATATCGGATAR
TTGAAATTTAACTATTACAACCTCTTAATAATAAGAAAATAACTTTGGAA
AGCGAAGAATACATTATTGGATTAGGAAGAGAAGGATCTCAATTTTTTGC
GAAATATTCAGACAATTAACCCTTTGAAGGTCCATGAAAGTAAATGGAAG
TTTTTAGTTTGTCGTCTCTTATGAATTATTCCAAGTGGAGACTCGGGAGT
TGATCCGTGGACTAATGGATGAGTCCGAAGGAGATCACATCTTATTAGGT
AAAGTACTACAACTGTTTCTTTTATCTACCATGAACCATCACACTATATA
TGAAACAGAAAATTACAATAAATATTTGATTATAAAGTTCAAACTCCAAT
GATTGTCTAATCCCACCTGGAAACTTATTCAAGCAATTGTGATCAATCTC
TTCCTAATCCAATAATATATTATCTTCTTTGCGAAATTATTTCCTTATTA
TTAAAAGGCTGCTGAGATAATTTGTTGCTATCTTCAATTTCGAGTTAGAA
AGTTAAAGTATTACGTACGGTCAAACTCATTCAATGTACCACAATTATAT
ATGCAGGAATTACATTGATGTCGATCCTTAATTCTACTTGGTCGGGCAGA
AACCTGATCGAAAAAGCTAATAACCAAAAAGTTGGACAAATTAGGTCTTC
CAAGGTCTGAAATCGATTCAAAAACAGTTTTTTTTAAAACGCTTTTACTT
CCACTAAGCGAAAGTGGTTTGCTTCCATACAGAATTACTTCCTCATCAAT
TTATACCAATCAATCATTGCGAGAAACTAAAAACTTTAGTACACAATTTC
TAGAAATGTGATTAGATTAATCATTTCGTAAGAATGTGTGAACAAACAAT
AAACGACAATCTACAAATCACGACTTCAAAAACTGATTGGGTTGTGGCCA
CGGATCTGAGTCTGTCTGGGGCTCTAAAGGTGGAGGCTATCATCAGCAAA
ATACTGGACATAATTTATTCATCCATATTTGCAGGAAACCCATTACAATA
AATTTGTGTTATCCCAAAGGAACTTGACGTTTTGGTAAATTTGTCTGACA
TTTGTCGTTAATTTGAACTTAATCAATATTAGATTTTTTTTTTTTAATGT
GATTTTTAGTGTCGTTTTGTCTTTTTCTTTCATACTATTTTTATCCATGT
CAGATATATTATGGGATTATACTTTATTATTTTTAATTTTATTTCCTAAT
TAAGAATAAATATATGTCTATACTGGCTTTAAAAAATAATACTAATGAAT
ACATTTTCGAATCTATTAAAGAACAATAGTACCAACGGTTTTTCTTTTCT
AATATATTATAGTTTTTATTTATTTTTTTACACATTTTGCCATGAATTAG
ATATAGGAATTGAATATTAGATAGCTTTTATTACAAAATGATTAAATACG
ATATTTCTTTGGAATTTTTCGAAGGTGTAAAATGCTGAGAAATCCCGAGA
GAGAAGCTTTAAATTGTACACTAATGATGTTAATTTAAGGTCATACATAT
TGTATTTATGTAGATGATTGCACAATATTTTCTTTTTCTTTTGCAGAAGA
ATTACTTCAAGATATCGAGTGCTACCCCGGGGGCTCACTCTGTGATCTGT
CGGAGATAAGTGGACATTTTACCTCGGAGATCTCTTTATTTTCTAGTCAT
CATTCTTCTTCTTCTCCTACAGACGGGTTCCTTCTTATACAATTTTCCGC
ATTTAATCGGACTTTTTCTATGGAGGTCTATCCAGACAATCTAATCCTGA
TAGAACCTCACTCCTTCAACTCTTCATCCTATTCTTGCTTTTATTCAGGA
AAAGTCCTTGACACACTGGACTCTTTTGTGTCATTTAATCTCTGTACTGG
GGGCCTGGTAAGAGTGATTTTATATCTTAATTTTATTGCATAAATGTTTA
ATTATTGCTTAAGTAATTCCCGTGTGTGAGGAATTGAATTGTAATATTCA
ATAATTCATCATTGGGGAATTGCATTGCATTTTGAATGTGTACATACAGG
AGATTTCCACATAACGCGGTTTCAAACAACGTATATTTTGCATAACAGGG
GCGTCCGAAAGGGCGGGGGCTGGAGAAATGTAAAAAATTATTTATAAAAT
TAGCTCCTACTAAATTTTCATTCCAATATTTTTTTATTTAACACTTTATT
TTATAAAACTTACAAAAAGGTCATCAAGGTTAAGGTCATCAAAATTAGTT
ACTTTTTTTTTTTTTTTTTAATCTGAGTTTAAAAAAACGTATTTGTAATT
WTTTTTATATAACAGTAGCCGCTCATTGGCTGKGRTACGCAGGKGAACTG
ACTGAAAGGCAAAAAGTCTACATTACATTGGAATACTTTTATTGTTCTTT
TAGACACGTAAAAAATGATTTATTTTAAACATTTATAAAAAAACTTTTGA
TAGATGTTTAACTTAACTAAATTTGTTAATATTACTAACAAGTTGTAATG
TGTAGTATACGGATGATATTAGAACAATATCACGGTTTTTTTCTAAAAAT
ATGTAAAATTTCAAAACTTTAGGGCCATTGCTACCTCTAAATGTCCAAAA
TTTGTTAATCATATTTTTTTTATCAAAAAAGGAACGCATTTGATCCCTAA
TTTTTTTTTCTTTTTCTCAAAAAGTGATTTGATTGGCACCCAATTGTACA
TCTTTCTTGGCTTAATAAACCATCGACATATTTAGAAAAAATTGCAAGTA
CCGGTCTGGTCCTTAATATTTATCTCTTTTTTGTTAATAAATCCTCGATA
TTTTTATGAAAAATTCCAATTAACGACAGTTCTAAGACTCTACTGAAAAG
TTATAAAATTGGACATAACGTTAAAATGGATTGTTCATTCTTTTTTGAGA
CTTGGAACGGTCTTTTTTTCACTCTAGTTGCTGATGTTATTACAATGGCG
TCGCTAGTCCCTATTTAGGGGTCTTCAATATCCCAAATGTTCTAAATTCC
TCCTCCGCCCTCCCAAAAAATATATACTCTTATATATTCTAAAAATAAAC
CTATTTGTATAATTAATCATATTCCTGTTATAATAATTAAAATTAGTCAT
TGAATAATGAGTCTATTTTCTAATACAAAAAAAAAAAGAAAGTTAAAATG
ATCAATTTTTGTCACAAAAGGTGAAAATGAGCAATTTTTGTAGGGATTGA
GCGATCGYTCGCAAATCCTAAGTCTAGTAATAAATATCCAAGCGATTAAC
GAGTGTAGCTCGTAATTCTTCGAGTGATTTATACTCCAACAGCCAAAATC
AGATTGGGGCCCATAATTAATGTTGACCATTTAAGTCATGTCGAAAAATT
AACKAATCAAGTCAATTCGAGCCTGATTCGATCATTGTGGAAGTCGACAC
AGCACTAATATATATATATATATAATAGTTGAATAACTTCCCAACGTCAA
AAGGTGATGACAAATATAATTGTTACTTTTTTATTTTCAATTTGTTCTGT
GGCAATTTCGGAACCAGGAGTCTATCTTCTCTAGTCTGTATTTATATAGG
ATATAAATATTAAACACGTTTGTGTATATATAATATACACACTCACTAAT
CAACATTTGATTTACAACTTTACATACAAATATGTATTAGGGTGTTCTAA
AGAATAGATGAAAAACTATTTTTTGAACAAATAAACAATAGTGTACCACA
AAAAAAAAATCCGCGACCCACATCATCTTGTAATTTCTTGAAAACTGGAG
GACCTACGTACAAGGCAGATTCATACTTTTCTTAAAATACTTCGAATAGA
GCTTTTCTAGTAGTGTTATGGAGGTCCTTATTTATTTAGTCCCGTCCAGT
CTTAGGGCTAGTCTTTTCGAGCATTGGTCCTAAGGATCGGTCCTTAGCAG
TGTAGGTCCTTGGAATGTTTCATAAGAATATAAATGGTTTATTGAGCCAA
ATAAGATATTTGAAATATGTATCAAGGTTATTGCACATATCTTGCAAAAA
AGATTATATTTTTCATTATAATACAATATAATACGGAAAAAATTATATTG
TTACTTGGTTATATAATGTTGTATTCCATTGAATAACAAAATAATAAAAA
GGAGGAAAGAATCCCACATTGACGTCTTGTCAGGCCTTCTTTAAGGACTG
ACAACGGGGACTAGACTGGATGGGACCGGACAGGACCACGGYCCTCTTTC
CTAAATAAGGGTCAACACAACACTCCTTCCAGGTATCGCTAGGTAATTTT
GTCTTGAACTATTTTGCCTCAGGACATTTTGTGGTAGAGCCTTTTTGCCT
CAAGGATAATTCACCTTAATATACGAATAAACGATATTTTTGAATAATGA
AGTACAATGGATCCCTAACTGGCTTCGAATTTCCATACAGTTCAATCTCA
ACTGGATAATCGAAAAGATATGCCCAAACACGTCATATGAATGCATAACC
TCTGAAGTCATAAAGGTTGTCCCCACCTCTTATMCTCCGCCTAGTACTCT
GAGAGGGTTCTTTTCTTAATGTATCGAACTTAAACTACCTATATCTTAAG
AACGAATCTGGACCTGTGTGTTTAACTGTGATATTAGACAAATTACTTAA
AATGGCACTCTACTTGTGAGGTCAAGCACAGACAGAATGCATGGAGTAGG
TTGTATTTAAGAAAAGTATGATAAAAGAATGATTGCCAGAGAGATTTTAG
CAAGAATCTCAATAAATGCCAGGAAAGCGAACTGGCCCCACTATGTGGGG
GGTCGTATATGCCATAAGAGAAGAGGGTAATAACTTCCTTAAGGGTCTAT
TTATACATTTTTTTCAAAATAAATACGACAGATATAATCTTCAGCGTGCA
GTTCAATAATTTTTAGATGGTTTTTAGTTAAAATTAATGGTCCCTGGAGT
TTTTTTATCCAAATATGTAATGTGTATTTCAATAAAACGCATAAAGGTTT
GTTTTCTGTTTGAAAAATATTATGGAATCATGCCCCAAAATTTCAATGCA
TACACCAACAAATAATCTCACTATGTAATGAATTCGAACGAGTGACTAAA
TTGGTAATAAAATTTGTATAATAAATATAAATAAACACGGAAACGATTCG
AATTGGAGAATTGTTTATCACTTCTCCATTTGTAATTATCATTATACATG
ATGGATTATTCATACTAGAAAAGAGTTATTGATTGACAAACGAGAAGAAG
GAAAGAAAGAGCCTAATCCCACCATTATTCAAACACTAAGCAAACATTTA
ATACATTTTATAATAATAAATATTACATATAATTGATATAGAAAATTCCA
AGAGAACATCAATTCCAACCAAAAATATAAAATAACGACGTATAAACCTA
ATTTATTTATAAATATAAAGGCGAAATATCCTTGAGGTGAGAATAGTTCA
AGGCAAAATTAAGGGGCACCCATTCAAATGATGCCATATTAGTTGGCTTC
AGACTTGTAGTTGCCCCTTGAGAAGGGAATGAATTGGATATTGTATTACA
AACGAATTCATTATTCAAATCGTAGGGAGAGCGAGTGGCTTTATTTAGTT
GGAAATTTGAACTATGTTTTTTTTTTTGAAAACTGTTATCATAATTATTT
TATTTTTGAAGACAGAACATCTACGTATGAAGTAATAACTAACGTGTGTG
CACATAAAAGATAATGAGGGCTTGCTCGGGAGTTATTAGTGTGAGTCTTT
ATTGGATTCGGAGTAGAATTAAAGATCGATAAAGAAGAATTTCTAGCCTA
TATGTATTTTGTGTAGTAAAAGTGTGTGTACTTTGGGCATGTTAAATAAA
AGAAACTGAAAATCAAAATGGTAGCCCCGACATTTTGAAGAATGTTTTAG
AGAAAAGCAGCTTAGCAGTCATGGAGTTTCATTCGATAACTGACAATCTA
CAGTGACAAGGGAGGAAAGGGATATGTAAATAAATACATACATTCCCAAG
AATTACTTTGATGTCGTTCCCCAATTCTACTCCAAGTCCAACAAGGCTTA
CAATTATAATACATCAACAAACCCTAAGGGTTACACTCCGTCTTTTATGA
GCACAAATGAATGTTCAATCAGGTTTTGAATATAATTAAATATATTTAGG
AAAGGATGATTGCTACTCAGAATTTGAATAATACAACTGCTGAGAACAAG
ATAATTCATTCTTATGTTTACCAATTCCAAAAAGTAGGTCATTTAAAAAA
TAAACATGATTTACATAACTACATGTTCTGGCTCTACACGGAGTCTCACG
GCTGCTTGCAGCTGATCTAATAACACGTCATGAAAGCTAATCTGCTCTCC
TTCTAAATATTCTACAAATATTTAGGATCACCACGTTTTTTTTTATTAAT
ATACCGACAGGACATTTTTTATGAGTCATTTTGATTGTTGGATGTGTCCA
AGGACTGCTCCCCAATCACCTCCCCCCTTTTATTATTATTTTTTCTAATG
GGTCCAGTCTTTTTCCCCACTCATTAATTAGTCCGAAGGACCGATAAGTC
CTACGGTCCTTTCTATTATTAAGTGCAATTTACTAGGCCTCAGATTGATT
TCGATTAACATTGTTTGTTAATCGAAATTTAAAATAATTAGATTCAAAAT
AGATTCCCTTTATAGAAAAATCATTCGAGCTTATTTTTTTGTATTCCTTG
ACACAATATTAGAATGATTAATCCTTTGGGTTTGTTGTAAATTACACTTC
TTAATGTTTCAAAAATGCATCCTCACAATAAAATTAATTATAAATTGATA
GACTTATTGGTTAAAAGACCATTATATCGTGGACAATATAAGTCTCTTAA
AGCAAATATAGATTATAAACTATAGTAACCATTGTTGTGTATCTCAACTT
TCCCTACAAATATGAGTACAAAGCCTATAATTGACCAAAATATTATATGA
TGCTTAAAGATATATTGAACATTTGTGACCATTCAACACAAAAACAAGAT
AGAATNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNAAAGTAGCCAAAATTGTTATTT
AGAATAAAAAAGATTTAAAATTGACATATTCTATTTGATAGGCCCATATT
AGGGCCAATACAAATTCCTTCAATCAGATAAAGGTTCTTAACAAACCCCA
CAAATTTGAATACAATGCCAACAATTAACTCAGATATCTGGATATACAAA
AATATTCAGCAAAGTTTTATATATAGGAAGTAAAAATTATATTGGGATTA
TTTCATTTTCTTAAATTTATTTTACATGATTCGAGGATTTGTATTGCATT
TTCTGAGATAAGTTGAAATACCCCATTACTCCCCTATATTTTTTATCAAA
AATGATTCTAATTAAGAGTATAATATGTGTGGTGGTCCGTCAATAGATAA
GTAAGCTATTTGTATTAAAATTACGTGTGGATTACATTTGTATTCATGGA
GACAAATTATTGTTAATTTCTATCACTAAATTATTCTAATTAACCCTTTG
GGTGAGCCGCAAATTGAATTAAGAAATCCCTTCAAGTTTTCAATTTGAGA
GACTGTTTAAAGACTGAGGGAGGGAAATGATGGAATAATTATGTTTTAAT
GCGTGCGTAGAAAACTGGCCTCGGTAAAGTTACCGGTGGAAGATTGCCCA
CGACAAAAAATTACCAGTTAGGAAAAGTGCCCGTATTATGTTCAAACTTC
ATGATGAATAATAACACATTATAAATTCCCTTAATATTGTTTATGACAAA
TATCTCAACGTATTTGTTTGTTCTATCTCTCAAGGGAATACTTTGGTTAC
AAATATCTAATTAATGTACAAATGTAATCTTTACTGCAGAAGAATAATTC
TAACCTACTTTTGTATTGACGGAACACATTTATCCTCTAATCAGTACGAG
ATTTGTTTGTTTAATAAATAACTTTTTTTCTTTTATTTGTTTAGATGAGA
TCAAATGAAGACTCAACAGGGTTTATATGTTATAACAAAATTACTTGATT
TTGTTTTTTGGGACATCCTAATATCCTACTTTAAAAATAATATTCGTATT
GAAAGATGTTATTTTTGTTTATATTGAAGGAGTTCATTGATTACCTTTTG
AGAAAATGAGGATACTCACTATAATGTGTTATATTAATCAGGTGCATGTT
CCTTGAAACTGTCTACCTTACTATGTGGTGTACTGTCAATATTTTGATAT
GTGTGGTACGTCAATATAAAAATAATCTTGAACTAAAATCAAGAAAAGGA
CAAAATCCTAATGTGTTTTATACTTTGTATATACATATTTCATAGACATA
TTTGACCCAATTATAGGCTGATTATTCAAATTTGTGGAATGAGTTCACAT
ATCCAAGAGTTTCAGCTATAGTTTAAAACCATTGTTTGATTCAAGGGAAT
TTTGATGTCACCGATATGTCCCCTTTTAAATAGATAGAATGTATCAATTA
TCATCCTTTTATTTGGACAATTTATAATTTTACTATATATACACATACTG
CACAACATTTCATAGACATATTTGAGTCAAATATAAGCATATTATTCAAA
TTTCTCGGATGAGATACAATACTCTCGAAATATAGCTACAGCTTAGAACC
ATTATTTGATTTAAGAGACTTATATTGGGTCCGATATAGCCCCTTTCAAA
CACATAAAATAACATATTAGGGAAAAAGTAATTTCGTTGTTCGTTTTTTT
AGCTTTATTTCAATACTTATAAGAAGTGTTACAATCATTCGGTTTCATCC
AAAAATATCATGTTCTGTTTGATAACTTGTTGCCAATGAAAATCCAACTT
CATAATCCCCTTTTCGTAGAAGCCCTTATCCCTATTCGGAAATAACAAAC
AATTTTCAAAGGCCTCTGTTGAGGCCAATTTTGTGCCCCCAAGCGCGTTG
GACATAGAAAAAGAGCAGATGGTAATTACTTGATACCAATTCCGTATGCA
TAATAACTTCCCATCTGATCTCCCAGAGCTTTTGGTGCGTCATCAAAGAT
GTGTGCAGCCGGGRGTTGCCTTGATGATATCTTTTTGTCTCCTATCAAAA
AATACTGGATACTTCTGTTCGATCCCCACCTTCAAATGGTCGATTTGTTC
ACAGTAGATGGCAGAATTGAAAAAAAAAAAAAAATCGCTCCAACAATTCA
TGTGGAACACAAACCGAAAGAGTATCAGCCCCCATATACATCAAAATTTT
CCTTGGACGCGTTTTTCCCTTTCAGGTAGTAAAAACACCTAAAATATGGT
GAATTTCTTCCTTTGAGACCTCCATACTTGACGCACGATAATTCACAAGT
GAACCCGTAAAGCCCAATACTGTCCAAAAAGCGTTTGTAAATTACACAAC
CTTTAAAACGCTTTATCGTATAATCATCAACTGTGACCAATAATGGACAA
GATATACTTTGGGCGGGAATTACGGATATTGAATATTTTGTTCGATATAT
CGGATTTCCAATTTTGATTGAATATATCAGCACACGTCAACCTAATACAC
TATTKCCTATATAACTAGGTGTATATATTGTTARCCAGCCATTAATTACA
ACTCCTACGCTGTTTGCCTTATGTAGTCTTTGAATTTGATAAGTTAATTC
TGAATTACTCACATGTGAGTTTTTTACAAAATCACCCTCCCTAACATATA
AAAAAACGGCGATGGACAAACAAATAGCTAACCCCACTTGTATATTTTGT
TCACGGGGGGCGTGAGACTGCAGGAGATTTTTGGCCCACAGAAATACCTG
TAAACATATCTTGGTTAATGTTTTACTCGATCGAAAAGGCTGCCTCCTTA
GACACAGAATTATTTGAGTTATTGAGAATGGATTATCAATTTGTTGGTTT
ATTAATTCTAGCAAGATGACCGTTTAAAAAATTAAAGAGTTATTTTATGT
ATGACAAATTTGAGAAGCATTGGTAATGAATTAATCTTATATTATTGTTG
TTTTTTACTTTTGACCCATTTTTCTGTTTCTTTTTGTATGAAGGGTTCCG
TGATACTCAAAAGCTATATATTATGCAGAGGTAATAACATATTTTCGTTC
GGCATCTCAAAAATGCGATGATATATTWTTTGATAACTTTTTTTTTTTTT
TGTAAACGCAGAGAAATAAGAGCTGATAAATTAATGAATATAAAATAAAA
GTATTCTATTTAAAACATGATAATGTAATGCTTGTTTTTTGAAAAAAAAA
TTAAAAATGAAAATAATTTGGTAGAATAACATCTTTATAAATTTTTAATT
GCTCATTAATTTTTTCCTTCCAAACAAAAACTATTCAAGTACAAGAGAAA
AATTTATTCACAATCAAATCTTGATCCATTTAATAAAAAGGCATTAACTT
TTAAAATTGTTTATAATGATACACTTATTTCAATGTGTTCATGTTTTTTT
AGCTTATTTTTTCATTTTCTAATATTTGAGTTTGGTTGATTGGACATTTT
AGGGGTCATTACGAAATCAATCATAAAATACGATCTAAAAAAGATAGTTG
TAAGTGTGACACTTACTACTAATTAATAGATTCAAATGAGTTGTATAAGA
ATTATTTTACATTATAAATAAATGACGGTCTGTGAGGTTTGGCCCAAGGG
CTTTTCGGGTTAGGGAAAATGCAGTTTGGACGGCAGATTTTCGTGCTCGG
GCCGAGACCAAATCCACATATATTCAATTATCTTCTTCATTTCATAATTA
TWCAASTTATACGCCATTTCAGTCTTTTTTTATCATTCATCGGTTTGGGA
GACCGAGTAATCTCTTTCTTTTAATTTTCTTCACTATTAGCTAGGATTGA
AGTAAATAAATACGACGAAAGTAATGAAAGGCATATAGTGACGTCAAAAA
AAGTCCAATACATCTCTAATAACGATGTCATTTAGTTAAATTAATAATTA
GTTTTGTATAATTGTCAAAAGATTGAATGTTTGGTTATATTGTTGCTATT
TATTATAAAGAGGGGGGGGGGGGGTAAAACGCTGGAGTAGGGGTAGCTCG
CTAAATATATAAGAGTCTTTCAGTCTATTTTTTATCAGTGGATTTTTTTG
ACCATTCAATGGTCCTAATGACCATTTAGTCGATATTTTTTAGTGTCGAG
GATCGGTCCAGTACCAAAATTTTGTTCCGGTTCGGTCTTAAAGGATTTTC
CTAGACCGATTTGMACTGATTTTTCGGTACAAACCGTGGTGTCAGACTTT
TAACCGATTTTGATTTGATCTCAATTTATGGATCCATTTTTGTCGGTCTC
ATATGTTATAAGATACCACCTTTTTATTTTCTAGATCAACTGTCATGCTT
TTTTTTTTTTAATCTCAAAAGTACACAATAAGTTCAAGAACAAATACTGT
ATACATATAAGAGACAGTGGTATCAAAATTAATATTGCCTATCTCTCTTT
AAACTCTTTATAACGTCATTGTACATGAAAAAACAAATGATGTCAAGTTA
TAAACAATTCATCTGTAAAATCGGTCTAGACCAATCATTTTGGGACCGAA
CTAGACCGAGCTTCGGTCCAACAAAAAATATAATGGTCTCAGACAGATCT
AGGATTTCCAGACCGAACCCAACACTAGTACTATTGTCTCTCCGTTCTAA
CTATTTTTTTTATTTACTCCTGTTGGGATTGAAGAATATAAAAAAGAAGA
AAATAATTATTGATAGCTAGGTCGTATAACACTTTAGAWTTTTACAWTRT
AGCCACAATCACTTTCTACTTTAAATATGAGGTGTGCTCGTATTATCTCT
TTAAAAGAGGTAATAATTGAAATATAAAAAAAGAAACGATGTTGTTGATA
AGTACGGCCTGTCAACTATTGCTGTTATCATAAAAGACCGATAAGGACAG
GTCTTAGGACAAATAAATTACATAAGGATCGGACTGACATGATTGCAGTC
TTTTTAGTTTTTTAGACCGATCCAACACTAACTAATAGTAAAATAAAATT
ACTAACCATATGTTGGTCAAAAAAAAAAAATAATGATATAAAAAAAAGAT
TGTGTGCCCATTAGAGCGATTTCCTTTTCAACTTTTTTTTGAATTTCACT
TACGGCCATAGCAGAAAGTTGTAATATGGTAAGAAAAAAGGGTCTATGCA
AAATTGCATTGCCCTTTATCTTTAGATAGCACATTACGTTCAAAGTTTAA
GTAGACATAATTCTAACCTATAAAATATATTAATCAAGTTTTATTCTGAA
GCTACCCTATGGAGTAAAAAGAAAAAAAAACCATAAGAAAGTTTTGATCT
TCCTTTTTTGAAAATATATACGCAGGTCATCAAATTTTCCATCTCCTTTT
GTTGTTCCATAGAATAATTTTAGAGAATAATTTTTATTTGTTCCAGTTTT
GGTTTGAGTTATATACTTCTATGTGTGTTCCAAATTCCATATGTTGAAGG
ATNTTATNNANTTATTTTTYATCAGTAATATGGGTAATGTGTTTAGGTGG
ATATTTTTTTGTTTAGAAAAAGATAATTATTAACTANATCTCCTTTTGTT
GTTCCATAGAATAATTTTAGAGAATAATTTTTATTTGTTCCAGTTTTGGT
TTGAGTTATATACTTCTATGTGTGTTCCAAATTCCATATGTTGAAGGATT
TTATTTAGTTATTTTTGATCAGTAATATGGGTAATGTGTTTAGGTGGATA
TTTTTTTGTTTAGAAAAAGATAATTATTAACTAAAATGTTTATTGATGTG
ATCTTTTTACGTGATCCTTCTTCCTTCATTTATTTCTTATGTAATATGTG
CATATAAAATGAAAACCTTCAATAAATACACCTGGTTTATAGGTGACAAA
AATGTCTATTAAAATTTTTTACGGAAAAGAACTAAACATGTCTTGTTAGA
ATCTACTAATTTACTAGGTAAAGCGTTTTTGTCTTTTTTCATAATTTGAT
TCAGATGGTTGACCTACAGATGACCTCGTAGGAAAAAGAAATTTCGCAAA
GGTAGTTTTTATACCATATCACAACTTTTGCGCAGTAGCCACAATCGAAA
TTTGAAAATGGTTGAAAAACAAACCAGCCTAGTATAGAGTGTTCTTTCGT
TTAATTTATTTAATTCCTCCCACAGAAACATTTCCTTCATTAATTTATAT
TTCCATTCCTTTCAGACGGGTAATATTCACACAAAGGACGGGGACTTTTA
TGTAGTCCCTACACCAGAGAGGGATGAAACTCATCGCGTATATAGGATCC
CTCGGGATCGAATCTCTTCCTCTCCAACGAGTAATACATTTATTAGTAGT
AAAAACAGTAGTAGCAATCTAGACTACTCGGAAGCTTTCGAAGAACGGAG
TCGCATTCGCCGATCTTCACCTCCCTCATCCTCATCTCGGAAGTGGCCAC
CTCCTTCCAAGAACAACTCTGTGGAAGMTCTCGTCGTGGCTGATGGTCCC
ATGGTTCAGTATCACCGTGAGAATGTGAAGCCCTATATATTGACCATCAT
GCAAATCGTTTCCACCATTTATAGGGATAGTAGTTTAGGTAATTTAGTGG
AAATGTCCGTAGTCAGATTAATTATTCTAAAGGAATCCGAGTCCTTTATA
TCAAAGAATAAACGTCAGAAGATCTCAGCCTCCAAAATGTTGAAAACATT
TTGTGCCTGGCAAGCTTCCCTAGAGCAAAATTTTGATGTAGCACTTTTAC
TTACGAGGTGAGTTGACCAATCTATTTAACTTTAGATATCTGAAAAAAGT
TGGCATTTTTCATTTTCCCATATGAGTCATTTTATCTGTAGAATAACAAA
AACAAAGTAAGGAATTAATCTTGTCTGCCTTAAAACGACAACAAGACCCA
ATTGATATTTTGGTATTTTTGAGTTATTGAAGGGAAGAATTAGTAAAAAC
GGCATTTTTATTTTTCCCATATGAGTCATTTAAGTTTTTATCTGTGCAAT
AACAAAAGCAAAATAAGGCCTAAATATATTATGTCTCCTTCCACAGCAAA
AGGATCCAATTGACATTTTGGTAGTTCTGAGTTATTGAACGAAATGAGAT
TTTATAGAAGCCTTCAAAATTATTTAAACATGTTATTACCCATCAGCACA
TGTAAAGCTTATCTCTGATTGGATGGCTGAACAGTGCCACTACTTGACAT
TTGTGAACTTGTTCAATAAGTGGAATTAGGCAATTGGATCTTTTTGTCAT
TGTCTTTTACCATTGACTTTGGAGTTCGTTCCTTTAGTTACTTAATAATT
AGAGGTTTCTTTAAATTAATTTTATGTTTAATATATGTAATAAGGTAAAC
TTTATTCACCACAGTATGTAGCTTAATTTTACGAAGAATGTTAGCTTAAT
TCTTTATCCTGGGAGGCAGTATTGTGTGTTTAACATTCCTAAAAAGTCAG
TATACAAATTTCAGCAAATATTTGCTATATTCACATTATTTATTATTACA
AATTTTAATTTAAACAATTATTTTAGCATAAATTTGTAAACAAAGAACTC
ATTACTTAATACGAATATCGTTGAATGTGTTTATTTCCAAAGAATTGCCA
ACCAAAAATGTATCTAAATACAAATTTTCCACCAACCACAGTAAGTGTAT
AAAGTTTATAGAGCAGAAGGATATATGACTCATGTGGGATAAAAGGGGGG
AAAAGGACTCGATTGACTTCAATTTATCTAGAATTATGTGACCTATCGAA
AGCTATAAAACATAGTCCCGGAATATAACTGTTAGCGCCTTGAGGAGATT
TCCTTGACTACGATAATCATTTTTCGCCTGAAGATGTCGCTTTTGAGGTA
TAAGTAATGATGGGATTTGGTATCGAAATCCAAGACCGGTATAGTCTTTT
ATTTAAATGAACTATTTCGATCTGAGTTCGGCCTGAACCGGTCTTTTTGT
AAAGTCGTAAAAAAATAACCTTTTTTCGTCCCATAGTTTACACTTGGGTA
CTCAGTTCCAGATGGATATTTTAGTCTGTGTCGAAATATTAAAAAAAAAA
AGAAAACATATAAGATCTAACAAAAAAAAAAAATAGTGTTTCGGACCGAG
TATCAAAACTATTTGTAGTATAKAATGATATACAGTAAAAAAATTAACAC
TAGCCCACTTGCAAATGCTAGTGGACTCTTTCTCGGTCAAGTAACTGTCA
AAAAATACTCCCAAGAGTTGGAGAGTATTTACCTAACCWCCCTAACATTA
CCTAATTTGTTGTACATTGGTTAGGAAATGGCGGAAACTTGCTTCACTTT
ATCAATTTATTAGAATTTGAGGGTCAATAACGTATTTTTAGTCAAAAGTT
CAATCGTTAGCAATTTATCTTTTTTGGAACCAATACGCAACTTTTTATGA
GAAATATGCAATTTTTTTTAGAACCAATACTTAAGTATTATACGTTCTAG
ACACAAGCCTCTTACTTTAAACATCTGGTATTTCGTCTCTTTGACAGAGG
TTATTATAAAATTTCAAAATCTGAAATAACGAAGTTAGTAAATGCGTCAT
TTCAACTGTTTTATAGTTACCATAAAAGACAGATAAATACTGGCAAATTT
TATTAGTAGTGAACTGATAGGGACTGAAATCTTTTTTAGAGCAGTTTAAC
ACTAATTATAGAGTAATATTCACAGTATTCTCGTAGCCAACTCATTTTGT
ACAGAAAATGATCACGTGGTTGTCTTTTCGCCAACTGGTTACAGCTTCAG
AGCTACTCATTTCCTTTTGTCAATGATATCATTWCTTTTTTTTTTTTTCA
GAGAAAACATTTGCCGATATCCACAAACAGCATCCTCAAATTGTGACACA
CTTGGACTCGCAGAGCTGGGAACCATGTGTGACCCCAAGAACAGTTGCGC
TATTGTACAAGACAATGGTCTAAGTGCTGCTTTTACGATTGCTCATGAAT
TAGGACACGTGTAAGTAGACGCACAACTCCTTGACCTTTTACTCGTCTTT
TTTTTACCTTTTATTTACTTTACATATATTTTTTTTATTATGAAATAACA
CACTCAAAGTACCTATATAGTTTGGGAATCTTATCTTGTGTGCTGTTGCT
CACTTGCTATCCACCAATAACAAGCGAGCTTTCTATTTGTATGATGTATG
TAGATATTTATTTATCTATTTTTCAACTCATAAACGAGTTGAAAATGAAA
GTCTGTTCGTTCATATTTTTTTTCTCCTTGTTTAGATYTTTGTACAATCA
CCAGGGTTATTGACTTGTTAACTCTATAACTTAGTCATAATCTCATAATT
GTGTACTTATAACACGTTGTTACCTCATCAACACAAAAATATAGAGGTTA
TTTAGTTGTCAGCTGTCCATTTTTCTGAGTCGTTTCACCTAATCAGTGTT
TAGGCGTTGATTAGGGGATAAACCTCTCCAACACCCTATGTATTTTGTTT
TCAGATGTTGATTCCATCGTCTCACTTGATACGTTATGGCTATTTGATTA
TTTATTATTTTTGATAAATATACAAAGTCATGAGTTTTACTATACTTATG
CTCCGTTTCACATTGATCCCTCGGCGTATATGTATCAGGTGAAGTAAAAA
ATTATAAGGCCTTTTTGGTTTTATTTCGACAATAAAATTGACAGTTATGA
TTATCCGATTTAGATGGTTCGAAACGGTTTTCTCACTAATCTCCAGTTCC
AGGGGGAATGGAATAAGTGCTCACATGGCGGTCCAAACTCAAAGATTTCC
ATTATTTTATCGACATTTTCGACGTCCAAATTACCAGAACCGAATAGTGG
GAACCACTGCTTTGCTGATGCATTTAATACTGTATTGGATCCAATAATAG
GACAACTTTTTTTGGCCCTCTGCCCCACCTTTTCATCTTGGACGTAGTGA
TACTGAAGAATGCATCGAATTTTCTCCTCTTTTTTTTTACTGCCACTTGC
GAACGCTGTAAACACACAACTGACTTCACCAAACACAAAACTGTAAATGA
ACTTTTTTAAGTGTACGCTTAACCTTTAAGCATACTCAATGCTTTTTTTA
ATGCAATGTAGAGTAAGGTTATATTATTTACTAGCGATAGTACTGTGCCA
TTCCCTAAGTTATTAGGAGTCTACGAACAGAAAAGAAATTGCTTTCATAA
TATAGAAGAAATCTTCCTATCAAAAGAGCTCTAGATTACTACACAATATT
CCCTCTTAATACAGGACTTAATTTGGAACTGTGACATCCCTTATTTTTGA
CTATGCAGGGTGTGCAAACTATCTATGCCGTCACTTTGGCGCGTTCTCTC
TCTCTTAGGCACCTAACCAGTTATTTTTTTTATTTTTTTGGCTAACTGAA
ATAGCTTGTTCAAACTTGCATCAGTTGGTTAAAAAATGAAATCAATTGAC
AAACTTGTTGTCTCAAATATGTGAAACAGCAGGGAGTGCTCTTTGGAATC
GGCACTAGGAGTGACAACGTAACAATAGTTTGATCTCTGGGGCTCAGTTA
GACGTTTATTCGTAAGGTTCGGAGGGAATTTGAGAACTCCGAAGGTAATT
ATGAGATAACAGGAATGGAGTCTTAGGTCGAAGTGGTAATTTTGAAGACT
TAATATCAGCGTAATTTTGCCCTCCAAACTCCCTGGATCAGAATCCGATA
GATTTTTTTGTGTGAACTGGGATTGTATGACAAACCTACGGAATATATAA
GCTTCTGCTTTCCACCTCGTATCTAATTGAAGCTGGAGTTGATATTATTC
AATAGAATAAATCAAAATCTATCAAGCTTTCAGAATCTGATTTTTTTTTA
ATCTGATAACAAAAAGTGCTTGAGAAAAAAAATCTTTTGCAAGGGGCAGA
TAACTTTTTCATCCTGTACGAGTATAACTACATGATTCTCAAAAGATATC
TGAGAAATGAATATGATATTGAATATCGGCTTATGAAAAACTTTATTCTC
ATTTTGTTTTTATTTTCTCTTTACTTCTAACCCCTCTTCAATAATCATTA
TTAGATTTCAATACATGCATGAGCTACGTACATTCATTATACGAATATAT
TGGCAGACTGGTTAGAGACAGCTTGAAAATTATCGGTTATTTAGCGCAGA
GTTTGTCGAAATTTACCAATAACATTTTTTTAGGACAGTTTATAATGGAT
AATAGGTTAATTAAAATATTATTTTTTTTTTCCAACAAATTGATTTCGTA
ATGTATATTTTGCATTGTATACTAGCGATTGGTTTACGGTGGATGGAGGM
AGAAAAATTAAAATTTTCTACCAAAAAAAAAAATCTAAGACAGTTTTGTG
TTTGTTTGACTCAGTATTGTTTGAGCGTGAGTCAAAGATGGGCACCAGTA
AAGAGATTTCTTCGATAAAGGCATATAAGGTAATATAGACAGCTGAAAAT
GTGAATAGTGCTTATGGTCCTGATATTGTAATAGACAAACACACACAATT
TTGGTTTTGTCGATTCCGTTTCAGTAATTTTAATGTCAAATATGCACCAT
ATTCTGGAAGGCCAATTGTCTAAAGTGTGGATAAAATATTGCAAATAGTC
GAATTGGACGGTCATGTAAGCACTGTTTTGATTGCAAGGGAGTTAATCAT
TAACGTAAAAAAGTTAAGAAATTTAATAATAAAGATGCATGAATTTTTTC
TGTCTTTTTGCAACCTTCGATTTTTTTTATCCGTTCGCAACCTCAACTAT
CCAAAGGGAAAGGAAATGTTTCAAGAATATCATATCGTGGCTGGCCTTCT
GTATTGCTCTTGTTGCCAGTTGTTAATTAAACTAGTAAAAAAAATACGAT
TGTGGCTAGACTCTTTGCCGAAAGCCACTTTTCCGAAAGAAATAATACAT
TTATTTGATGAAGATCTCCATTCATATTACACTAATTTTAAAAGATAGTA
TGACTAATTATTTGCCAAGAACTGCAATGATTAACTTTGGATTAATTAGT
CATTTGTTTTTCATTATAAGGATGCTTCAACAGTTGGCTTGAACCCCAAT
TAAACCAGTTGTAACAAAAATCATACCCCCCCCCCCCCCTTCAAACAATA
AATACATAAAGAAATAGAACAAAAATGTTTAAAAAAAGAGAAGCAGTCAA
TCAATCAATTATTGATATTCAATGGATAATACGAATAAATCAATCAATTA
GATCCAATGTGTTAAATCTCCTCTGAACCTTTTTAAGTCCTAATCAACAC
TCAAATATCCTGAGATCGTCTCTGACTCTGTTTGTCATTGGAATAATCGA
GTAGATAATTGCTTAGTATTGCAACATTACTCATCATCAAGGATATTTAT
TATTTTATTCGGCAAAGTGATCATGGATAAAAGTTGTTGTACAGAACAGT
GTCCATTCGGTCCATTGAACAAATTGATCATTCGGCAAAAAGTCAGTTGA
GAATAGTGATCATTCGAAAAAGTGGGTTTAATTAGATTTTCGGCAAATTA
TCCTAGAATCGATAGATATAGTGACGTCATGAAAATAAGATTTATGGGCC
AAAATGTGTACTTTTGTGGCCTACAGAAAGCAACGTTTCATTTGCTATGA
ATAAAGCTTGGAAGCTTTATAAATATATAAAAATGGCTTTTTTTAGCAAC
AAATCTTTCATAACTTTTTTTAATGTTAATGATTCTTAGAGTGTAGTTAT
TTTTATTATGAAGTGCAAAATGTTTCATTGATACGACTTGATTTTTTTTT
TCTACCTTTTTAATTTATTGTTCAACTTGGTTTGACAATAACTCAAGTCG
ACACAGCACTAAATTTGACCTTAAAAAATGAAAATAAGAACAAAATGAGC
GGTGTATTTTTAAACAAAGTACTTAACCTTTGACGATCCAGACGTAGCTA
GAGTGCCCATTTTTGAAAGTCCCCTCTCCTAATTCTCAARGTTAATTAAT
TTTTTTGACCCGGAATATCAATTTTTGCAATTATATGACATGCGACATAC
AGCAGAGAAAATAAGTGTTTGATCTCTTGTCAACTTTGTAAGTTTAACCA
CTGTCAACAAAAAAAATAATCTATGATTTGAATGGTAGGTTTTTTAAACA
CCATCCCCACTGTCAAATATGGGGGGGGGGGGCATTATGTTTCTCTGATA
AGGGGGGATAGACGTCCCATTCTATCCTCAGAGAATTAGTTCTAAAGTGG
AGTGTGGGACATGATTTCCAAAAAAGTAGAATACAATTTAAATTGTCGCA
TCAAAACTTAAATAATGATGAATGTACATATTTTTTACAAGTCTATTCTG
GATCATTTAAAAAAAGTATTTCCCAGGAGATAGAAAAACATATTGGATAC
ACCCCAGGGCGTCGACGAGGGGGAGGGCTGGAGGGNCTACCAAGGAACTT
TTGCATTTGACTATTATTATTTTTATTTTTTTTTCAGGATGAATTTTTTC
GAGAAAATTCTAAAAACCAATTAATTTATTTGTATAAAATYCACTCAAAA
TTTATACTAATATTTCAATGATAGGTACAGGGGTCGTACATTMTCTAACT
ATACATTTTAATGGCCGAACTCTTCTTTTTTTTTTTTTTTTTGGTAACCA
CTGACCTAAGGGGTCATACATTTATGATGTCCAAAAAGTGTAATTTTTGA
TCCCCTCTCCCCCTCCATGTATTTTTATATAAAATATATTGGTTAGTGTT
GACCACTGATCAAGGCCGTCCGCAGGATTATATTTCTATTATTTTTTGGT
TTTTGGAATTTTTTTGAAAAAATATATAATGTATAATTTGGTCGAATGGC
TAAAAAAAAGAGAAATCCTAAGAAGTAAACCTTTAACCCTTATTTTTTAA
TAATTTTATCATAAAAAATTATATTAACTGAAAAAATTTATTGTATAAAA
CAAAAAATCCTTTGTTTGGGAGGTACTCAAAACCTTTTTATAATAAATGG
TTTTTTTTTAATGTTTGGGAAATACACACGATTTTCATCACTAATTGAAG
CTCATATATTTGGTCCTAAACAAGTTCAACACAAGTTATAATGGTTTTAG
AACGGTCTATAATTTTTAGACGGAAAGACAAAGCTAGTAAATAACTGCTT
AGTTTGACCCATTTCCTTGATATGAAAATATTCTTCATTATTTGTATGCA
TTAGTTAAGTATGCCCATTGTACATAAAATGAATTCATGAGGGGAATTAC
ATTTAGGATATTCTATTTATGTGTTTACCTTCATAGATATGAATTTGGGT
CATTCAATTAGAAACATATTTGTTTGTTTAAATAAGAGCATAAAATGCAT
TGTGATGAAACAAAACTGTATAAAAAATATGCACCTAAGCATCTTAACAA
TTTATTATTCAATATGTTTGTATGCTGTTGAGGAATTACTCAGNTTCTTT
AATATCCAAAGTAATAAGATGTTGAGAATTGATCACTTAATAATTCATTT
ATTGTTATAGGATCAATGACAATGTTAGGTTTCACTCTTTTTGTAATGCC
AACTTGAAGATAATATAATTATTTATTCTTGAAGAGATAACATATAAGTA
TAAAGTAATGAATAGTAAGTAAAAGACAAAGAGTAACATTGAGGATTTGT
TGCTAATTTATAGGAGGGGAGTCTAAAAAGTTTCCGTCCTCAACGTGAAG
ATGGCAGTAAATAAAGACTAATCACATCTCTATCTAGCATCTGTTGACAA
GTACTCAACAAAGTTGTAGGCATTTGGGACGCGCAGATCGTTGACTTTAG
TTTATATGAGTGTTTTTGTGAAAATGGAGAAAAGTGTTTTTGAAAGTGAC
ACCTTTAAATATACTTAAACAATAGCAAACATAAAAAGGCTGGTTTCCTT
AAAATTTGACGCGTCTAAGTCAATCCAACTCGGAGTAATTGAGTCAAAAA
CAAAAAGTGTCTTGTTAACATATATTTTTTTTAGAAGTCCAATTTCTATT
TGGACGGTTTGCAGAGACGGGAGCCTCACTGGAAGAAGTGTGTAGAGTTA
CCAGAAGACCATATTGAAAAATTAAAATTCAGAAAAAATGAACTGAGACC
AAAACTGTTGAAATGAAAATACTGAACCTGAGCCGGGCACAACCTTGGTG
CGAACTTCCGTGGTCTATTTTTGTGGATCTGGATATAGACTAATTTTGAG
ATACATAGCCTTACCTGACGGACTAAGAGTCTACTCCCGCTTCAATAATA
GAATATATATAACTCTTTTGATAAAAATAGGAGACATCTTAAATGTCACA
TCTCAAACGGCTTCAAAGACCCATCATATTATATTCCCCATTATACGGAA
CTTTTGTGCAGATATGAAACAGTTTGCACATCATGTATTGAGACATAAAT
GATGTGTGAACTATATTGGATTAATTCCTAGTCCTATTGCACGTTTCATA
CTTGTGATGCACTTGTAAACAAATATGGCGTGCATTTATTTGAGTGAGGT
TATTTCCTGCGATTGTAATTTATGTTAGCAATTTTTTTACTAGGGCAGGC
TTCTTTTCTGGGGTATTTTCATATAACTAAGAGTGTGTAAAGAAAAAACT
GGCGATTAGAAAAGGAAAAACTGTTGGTGGTTGTTGTTTATTTTTATAGG
TCGTGGTGAGTTCAGATCTCCCACTAAAAGAAGAATTATTCCCTATCTTT
GGTGTAAATTGTTTCTCAAATGTACAATTCATATATATATATATGAATTG
TAATGCTCGTTAAATATAGAAGGTTATCTTCTTTATAGCTGTAATTAATT
TTCTCCGTCCAAAATCATGAAGGTTGGAGCTGATACTAATAAAAATCTGA
ATTCAGGTGTTCTATATGTTTTGCTCCTGCCTTTTCCTCGCACTCATGCA
ACAAAGCCATTTCTAATAGTATACATTACAACATTAATGACGTCATTATT
AGAAATAAAAAAACTAATCGACGTAGTTCATTCGACAATGCGCCTGGAGA
GGAGGGCGGCCACATTTTGAGATGCGAAAGGTCCCGAAAAGTTGCTCTCA
GGAAAGTCTGACTCTTATTGATGGCATGAGGACGGAACTCTGTCTTGAGG
GAAAACAAAATTGTTTCCGAACTTTTATCTAGCCAAGGTAGGACTTTCTT
ATCGAGAGGTTCGTTGTAACCATCTGTATMGAGCCKCTCCTTCCTCTCCA
CAAAAATTTGGAGGGTAGACATTGCCTGTGCAGACCACTGGATTTTTTTT
TGTTCTGAAGACATGTCTCACTAAAGCTGATAAATTGTATTGATGTTCGG
TTGTAATGTAGGGGCTGTTTTGCATATTCACTGTGGCATCAAGGTTGAAA
ACATATTTATCAAAGTTCGGGCAAAACTTTTGCCAAATTTTTGTTGACTT
TGAGAAAATATGGAATATTCTTTGCTCTTTCCAAGCGGCTCAGCTTACTT
TGTTCAGAGATAAGATGTCTTGTAATCCTTTTCCATGATTTTGCACCAAT
GTCATTCAGGATTGAAAATAATAAAATGTGTATCATTAGATAAAATAAAC
CCTGTACTTACATGCCAATCCTTCATAGACATCTTTGAGTCAATTATGGG
CATATTATTCAATTTTCAGGAATAACTTAAGATGCTCAATAACTTTTTAC
ATCGTCATAAATTTTTATTTGATTTATGAGACTTATAACGGCTCSATATG
GGCATTTTTCAAATAAAAATTGTTAATGTTTTTTTGTGGCCATCAAGCTA
CTTTTAGTTGTGTATTTTACAGTGAACCCTAATGGATAATAAGAATAATC
CAACAGATAGAAATTGATAGTAATTCCCCGAAGAATACAAATGTAATCCA
CACTCAATTTAGAGAAAAATCATTCTAGCTTGCTTTTGTGTTGACGAGAC
ACATATGTAGGAGTAATCGTTTTTACATATTTAGATACACAGTTCTATCT
ATAGCTATGTATTCAGTATTGTATACAATATATATATATATATATATATA
TTTGAATGTTTCATCCCCAGGATAAATAGAATGGGATATAAATTCCTACA
TAATAATACTATGAATAAAATGTTAAGATAAAACTTGTCAAAATCATATT
TTTATATTTTTTTATATTCTCGATGTATGTACATTGTACGTGTTTCTATA
TTTACTTATCCAAGAAATGTTTTGCTCACACACACCTACTCTTTCTTTCT
CTCTATTTTGATACATATTGGGCATCAGAATTAAGTATTCAAATCCTAAT
TCCGTTCAGGGTTGTCACTGTAAAATGAACAATCATACATAAACATACAT
ATAACTTTTAAGATTTATATATATATTCTATAAAAACTTAAGAGATTGCG
TGAATACTACTGGATACCATATTTTTGAACACGTGGAAATATTCAAAATG
GTGGTCTTCTTTTTAAGTAGTTACAGTAGGATCGTAACTTCTGAGTATTT
TTGGTATGTAAAATAAGGAACCAAAAATTAACATTTTACATGCTAAATAA
TGTTTTGGAGGAGAGCAGGTTTGTTGTCATACTTTTTTATTCAATTATCT
GCACAGCTTTGAGATTAAGCAAAAATACACAAATCCCCAAAAATATAGGC
ACGAATTAATCCGATGTCAATCCTCACTTATTCTCCTAAGGACTTAAACT
TATAACTCCGCAACAAATCCTCAGTGTTACAGTTCGTCTTTCACGGTTAA
GTGATTAATTTATGTACTCCCTTCAAGCATCAATTAGATGTAGGAATTAA
ATACAAATCCTACTCTGTATATTGCAATGATATTGGAAATATTTACCGCG
ATATCGATCTTCAATTCTACTCCGGTTCCAACAAGGTATTACACATATAA
CTCTTCACAAATCCTCGTTGATTAGTTGAGTTTAAAATACGATGTAACGT
CATCAAACTTTGGATGTGTCTAAAAAATTTAGTTACTTCAACTTGAATCT
TGAAGCTAATTGAACCCATGAACACTTTTTCTTTTTAAAACATATACATA
TATATGATTTACTCTGCCAATATTTTCCAGTGCAACGGTACTGTAGTCGA
TGTTATGTACAAATGTCACAAATTGGTGAAAAAAACAACAAAAGATTTGG
GAAGGTGGATCTAACCCAGACACACTCTTCCTTTGTATACCACGTTTAGA
AGTGAAGTTTTCCCCAAAAGAAGCCTGACCCACGTTCTTTCGATAAGAAA
GTTGATAACATCGTAATATTTTCTTGATATCAAGTGATGAATTATTCAAA
TTTGAAAAGAAAAAAAAAATATCACCAATTTGTCACATTTGCGCACAAAA
TTGACCACAGTACCGTTTTTAGTTGAAGTGACTATGGTTTTTACGCGCGT
CCTGAGTTTGATGACGCCTCATCTTACGTTGTATTGTAAACCCACCATTA
CTCTTCGTCTTTCACGTATTAGTGATTAATTAATATTTGTATGTTGTATT
TTTAAGTAACCCCTCATTGCCACTCTTCGTCTTCCATGAGCACACCTACT
AATCATTTCTGTATATCTAGATTTTCTCTTTTCAAGAATTAAATAATAAT
GATAACAGATTTAGGAAAAACAGTTTAGGTTGCAGCTCCAAAAGTATCGC
ACTCGTCAATGGTCATATTTTCTACAACTCTATGCGTATAACATTAATAC
CCGACAAAAAAAAAATATTGAAAATTGTGTTGTCCTTTGGCTAAAATTAT
AGTATTTTGGGTATATAAAAAAATAACTGTGGTAACTCAGCCAGTTTTGT
TTTGAAGCATGTTTTGGAGCATAGTTGTAATAACATTTTTAATAAATTAG
CTGCTAGTAATTCTTTACAGCCTATTTAGGGGCCTACCCTGTAGTTTCAT
CAATCAAGATTTATATTACATATACTTGTATGTAATATATATTTTCTWCC
TTTTTTTTTTTTTTTTGTTAAAAGGAACATTWTCTTAATATAGGAATTTT
TTTTTCATCCTAATAATGTTCATGTATATGTACATGATTATCTATACATT
ACCTACTAAACAAATATAATAAGTGAAAGTCAATATTGACTATTCTTAAT
CAATAATATACCTATGTACATTCAGGGATATCACAAACACACGTCATTTC
AAGAAATCACGAGTCTAAGTGTCTCCAATGTTGTCTTTTAGTAGAAAAAG
AAAAGATTAAAAAAATAGTTATTTGGAATGCCCCGATCACATCACGTGGA
TTTGCCAGAAAGTTTCCATAATAAGTAATACTTTCTACTATATATTAAAT
GCGAATGTCTTTCTTTTTGTCCGGGAATCACGCACAAACCAATTATTGGA
TTTTCCTGAAAATTTTGATGTAGGTTTTTAAGGCTCAAGAAATTGTTTTA
ATAACAATGTTTTTCCCCTTCCCAGCTATGGCGGCCTTTTAATAGTATTT
GTCTAAAAAACACATTTTTTGATTAACAAAGGACTATTTCGTATACTTAA
AACAAATGTAAAAACGGTAAAATTTTCAAGATGGTTCTCACTAGATGTTG
GTATATATCCTTGCATATTTAAAAAAAAAAAAAGGAGATTATAAGATTTA
GTGTCGAAAAAAAAGAGAGAGAATAAGACAAAAGATTTTTGACAAAATAT
GAAAAATGAGTGAATGATAGTTCAATTTGAATATTTTTTCTTTTCTAAAC
CTTAATATTTCCTMTCAAWAAAGTMAAGATACACGACAAGGCATGYGAAT
AATTCATANATGGGAATAATTCATAATATTTTACGACCTTTTTTTTGTTT
TATATCAAGCACAAGAGTTCAGAATTAATTTTAATTTATTCATGTTCTGT
GGAATGTTAGCCAAACCTASTCTARTTTTTGTCRTATTATAAAGCAATTT
TTTTTAGTAATACTTAATTAAGACCTTTCAAAAAACACATATTCTGCATT
ATTGAAACCAAATATGCAGTTTAAAAGCAACTTTTTAACTTTTTGTCGCT
GCCCGAATAGCTTAAAATGTGGTATTCTTTGCTTAAGATATTTTCGAAAC
GTGGGGAAATTAGTAAATTTAATTATTTGAAACCTGTTTTCTAACTAAAA
AATATCTGTTCTGCTTTATTGAAACAAAATATACATTTTAGAAGGAACTT
GTTCAATTTGTTTCTTTGAAAACCACTTATAATGTGGTTTTGTTTGTGAT
ACCATATTTTGAAACACGGTCAAAATGGTAAATTTAGTTATTTTAACAAT
TTTTTATAAATAGAAACATGTATTTCGCATTATAGAAACAAAATATGGAT
ATTAAAAGTACTTTTTCAACTTTTTCCTTCCAAAATAACTTCAAATCTGT
TATTTTTTGTTGTAGCATAGTTTGAAATGTGGTTAGAATGGTTCATTTAG
TTATTTAATTAATATTTTCTAAATAAAAACATGTATATTCCATTATTTAA
TGGAATATACGTTAAAAGTTATATTCCTGTTATTTCTTGAAATTTTGTAT
TCATGACATCCCTTAAAATATATCAAGCTGTACTAATTATCAACTTAACT
TATACATGTTTTTTCTATGCTCCATGCAGACTAAACATGCCCCATGATGA
CGATCAGAAATGCCAAAATTACTACGACGATGACGATCGTAATGGGAGTG
CTTCACACGTCATGTCTCGAATGTTGGACCACAATACAAATCCCTGGCAA
TGGTCCAAATGTAGTCAACATTACATCACAAGATTCCTAGAGTAAGGAGA
TTTAAATCCAAAAAAATAAACCTAAAGAAATATGCGACAAGCTCTACTTG
AATGTTTAATGGCTAATAGTTATTTTCTGCACTATGTTTATCTTTTGACC
ACGCGTCTTTTTAAGGGTTGGGATTTTATGTAGTGGATCAAAATTATTST
TTTATAAATTCTACAAAAGTTGCAGCCCTAAGTCGTTGATAATAATTTTT
ATTATAGAGGTTATGTGAATGAGTGAACATAATTTTTCTTTATACTTCTT
ACAATTATGTTTGAATAGGTTTCTTCTTTTATTTTAGCTATGATATAACA
CAGTTATTACCTGCCTAAAAAGATCCTTTATTGTACTGTATTTTTTTCAA
TGATGAAACACAATTTTTTTGAAGAAATTGTAATCAAGATATCAAGTCAT
AAATAATTTATCTTTCAAATGCTGAAATGTATTTTATCAATTTTTATTTA
CTTGATTTATAAGAAAAGGTTATAATTGCAAACCAACGTTTGTTGAAGGT
TTTAATTCTCATTTTCGTGTTCTTTGGTCTATATGACAATAAAATATGTG
GGCTGCATACTACAGGCAGAAATGCTGTTACATGGTGATATTATTTGAAC
TGTCTTGTTGCCTATTGAGATCAAATTAAAGAGACTCTAACAACAGGCTG
TTTGAAAAAATTCTGAAACAAAAAGATATATATAAGTCATGCTCACTTAT
TCACACATCATTTGATCAAAAAATGAACAGAAATGTGACTTTTGAAGAAT
TTGAGGAGAAAACTGTATTTTTTCTCTAAAAAAAGTAACATCCCTGAGGT
GGTACAAAATATTAACATAGTGCAATAAAAAATATGAAGCCTTCTCAAAT
GAAGGTGATATTTTTTTTCTCCCATAGATATGCTGGTCGCCTCTTTTCCT
TGGACTATATTGACATTTTACATGGGTATTTTTTAATTGTATTTTTGCCT
CTTTTAGTGCCAACTATGGTCACTGCCTTCTAAATAAACCTAAGCGTAAC
TTCCTACATTCTAATCTCAACCAAATCACAAAGCTTCTTCCAGGTCAACA
CTTTGATGAAAATAAACAATGCGAGTTCGTCTTTGGTCCTGGCTCTGAAA
TTTGCTCCTATATGGTAATTTCATTATCTCCTTTATTTTGGCTACTTCAT
TTCTTTCTTCTTTTTACAGCCCGCATGTMCTCGACTCTGGTGCMCTMCCC
CATCCAATGGAACCTCCTCCGAAGAAAATGGTTGCAGAACACAACATATG
CCATGGGCTGATGGAACGCCTTGCGGCCCTAATCGATGGTGTATGCGAAG
TAAATGTGTGGACGTTTCATCCACATGGAATGATACACCTGTTGATGGCT
CCTGGGGTGCATGGCAATCCTGGAGCGACTGTTCTCGTTCTTGTGGGGGT
GGGATCCGAAAAGCCGKGCGCCATTGCAATGATCCGGATCCCAAATTTGG
AGGAAGCTATTGTGTAGGGGATCGGGTTCGCTATGAGTCTTGCAATACTA
AAGAATGTGATCCCTGGTCAGATATTGTGGACTTTAGGACTAAGCAGTGT
CAGGTCTTTAATGGAAATAACTTTGATATCGAGGGAGTCCCGAAGGATGT
CAAGTGGGTTCCGAAATATAGTGGAAGTAAGCCATCTTTTTTTTAGACTT
TGTGTAGAATTGAGATATTACAGAATCAATTTCGTGTTATATTATATAGA
CAGTCGGCCGTATTTGAGACATAAACATCCAAAAAATAAAGAATTCCTTT
TACTTTGAAGAATTATGACCGTGTATGTAATATCAATGTCATAATAGGAC
TGGCAAACAGAAAATTGTATTTCTTCCATCAAAAATATATCTTTCAGACT
CTCTATTAGTTTGATATTGTTCAGATATCGCTGTTTTTCATTAAGTCAAA
AAATTTGCAACAGTTTATATTTTCTCCTTCTAAAAGTAATTAGATGAGAC
TTCTTGAATTTTTTTTTAAGAAAAGTATTACATTTTTTATTAGCTATATT
AATAACTATGCGCCCTGGTTGTACTTGAATTTAATACTTATATAATAATG
AAATTTGAGTACTGACTTGGTTTCAAAAGTAGTACTTATGAATAATTAAG
AACTTTCAAGTACTTTCGATAGAAAATTATATTTATATGTGGTGTAGAAA
TTACGAATTTGTACGAGTTGCTAACAAAAAGTTAGATGATTACATACTTT
GGATTAGGATAATACAATTATTGAATAGTTCGTGGATTTATTTATATTGT
AATTTTTGACTATTTTAATACAAATGACTAAGATATAAGCATTTTGTGGA
GCATTATAAAGTTCAAATGCCAAGAGTTGTAATTAAATAATACATTTTTA
TACAACCAAATTGCAAATTCTAAAATTTGCTTATACAAGTTGCAATTTGT
ATCCAGTATCAGGGGGCATTCGTAGGGGGGGGGGGGGGGTTGGAAGGGCT
GTCGCCGCCTTCCCCCTAATTAAGGATTTTTTCCTTACAACTAGAAAATT
TAATATATATTTATATACTTTTTTTCAGATTAATATTTCGACTTTAATTT
AATTTTTCAATAATTTAATTTTCTGTAATTATCAATGAATTCTTGAAATT
TTTCTCTAAAAAAAATTAGTATTGAAAGTTTTTTATTTTGAACAGCTATG
GATTTTTGAAAAAAAATCCCTTAAAATTTATTTTTTTGTGAATAGCTGTG
AATTTTGAAATTTTTTCGTAAAAAAAAATAATTTTTTGTAAACTGAAATA
GATTTTTAAATTATTTTTGGAAAAAAAATTTTTTAAAATAGCCACAGATT
TTAAAATTATTTTCCAAAAAACTAAACTTTTTGTGAATAGCAGGGAATTT
TTGAAAAAAAAAATCAAAAAAAAATTATTATTTGAAATTTAATTTAATAT
TTCAAAAAGAACGTTAATTTTCTGTAAATAACTATGCATTCTTGACATTT
TCCTCGAAAAAAAAATTAATATTAAATATTTTTTTTTTCAAAGATGTTAT
ATTTGAAATTCAATTTGTCATATGTTTTTGTGAATAGCTGTGAATTTTTA
AAATTAAAAAAGAAATAATAATAATCATTTCTAGTAAGCCGAAATTGATT
TTTCAATTTTTTCTAAAAAATGAAATTTTTTAAGAATAGCTATAGATTTT
TGAAATTTTTTTCCAAATAAATAATTATTTTGTGAAAAGCAGTGAATTTG
AATAAATTCAAAATTCAACGAATTTTTGGTTTTCATTTTCTAAACTGGAG
TGGTTTATATTCCTGGATTTTTTTTGTCCAAATATAATCCTGAAAACGAC
ACTCAACAAATAAATGAAATAAAGATTTATAAGTAATCATATAACGATGT
TGATAACTTTTGTGGCACCCAGTTAAAAAGTGGGGTGTAAAATGATGTCG
ATAGACTTCTATTTATCCGAAATTAGGTATATGACACTACATAATAGCAT
TAAATATACATTAGCATATTATATATTTTAACGGACGTTTTTTGATGAAA
GGAAGGATAGATGTTGTTACACTTATGTACATTAGTGTTTAAACTTTGCC
TCTCCCATTATATTTTTCTTTATAATATTTAAATAAACTTTTTCAACTTT
TAATAAAGTTAGAAACATTTATTACTCTAGTTCTTAATTTCATCTTGAAA
TATATCAAAAGTTAAATTGGGTATCCTGTATAACTTTGCCTTCACGTCAT
ACTTTATCTTTCTGTCTCAAAATTGGAGACAGAGGATAGTTGAATTCAAT
TCTTGCAACCTTTCAGTAGTAAGGAAATAACTTTGGTACATCAAGCGTAG
GGACGTGAAGCGTCATGAAGGATATATTGACAGGGAGGAAAAGCGAGGAA
ATCTCGACTTTTTATTTATTCAATTAGAAATGATCTCCTCCGGTCTCATC
CCTCAGTCAACTGATGGACTACCAGGGAACCCACCCTTGTCCCTCCTCTG
AATACTCTAAAAGAGCCGAATTCACAACTTCTTCCATCTACTTTTGGTGA
CCTTTCAAAGTACGAATTAACCGATTATTCGAAAAAGTCGAGATTCTTCT
CCTCTTTCTCCGTCAATATATTTTTCACTTCACTTTACGTCCCTCGAAAA
AGTTGAGATCCTTTCACTTTTCCTCCTTCAATATATTCCTCGTTTAGCTT
TGGATCAAAACATTTTTCTTTTGAAAAATTGTTAACTAAACGAATTGGAA
ATTTGTACTGCTTTAGTGTAATGTTAAACACATATTATATGTTCCGCCTC
AGGCAATCCTTCTACTACCATCCTGTCGGTTTACAAAAATAACTTAACAT
GAATTTGGTAATTGTTATAATTTGAAGGATGTTTGGGAGGAGAGCAGCTT
AGCCGTCATAGTGTTTTATTAGAATAGCTACCTGCTGTGTGGTCCATTAA
AATCTGAACACTTTAAATTTTAAATTTCAAAAAGATATGATTTTTTAATC
AACAATAAAATTGCAATAGCATTAATATATTATAAATAGATGTGAGTCTG
CGCTCTCTTAATCATTTATGTAGCTGTCGTTAGCTGCAATGATGGCTTCC
AGGTGGCTGTGGAAGGRCTGGCCTCTGTCATGATTTCCCAGTGCAGGCTG
ACAGTGACTTTGAGGTCATCGGTGTTTGAATTACGGAGACTGTAGGCCTT
CCCTGGACATACACTCAGAATATGTAGTTGAGGTGATTGGCATCAGGCCG
TAGGGAGGACAAAAGTGTCAAAAAAGAACTCAAAAGACTTGTTTAAAACT
TATTCAACAGAGTCTTGCAACGGAAGAGATGGGTTTCTTTCATTGCGGGT
GTCTAAAATGGTCTTTTTACCCTCACGAGGGNTTTTTTTGGGGGGGGGGG
GAACTCTGAGATCTCTTGAATGGGCCTCGTGGASTTAAGAGAATTGGCCG
GGGCTTTTTTTACTCCTCCGGGTCCAGATTGATCTTTTTGGCATAACATT
TCTTCGTCTCCAGCATTTTGGACTTCCTGACGGGATAAACTGTGGTCCTG
GAGACCCCCAAACTGCTTGGAGTATGCTAATGGAAATTAGTCGATAACGT
TCAAGTGTCCCTTTCTCGACTTGTACATAAGCTAGAGAGCTGGAGTTTTT
TTTCCTATATAACTAATTGTTTATACTTTAATATATTTAAATATGAATTT
ATGTCAATAACTCCACCTTCATTAGTTATTTAATAAGTAAGTGTTCAGAT
TTCAATGGACCACCCGCTATAACGTGAATTTATTAGTGTTCTTTTGCAGA
AAAATATTTTTTATAATTAGTTTAATTAAAAATCATTCACAAGCGTAATA
TCAGACAAGAATCAGTGATTTCCACTTCTTTATTTTATTATCCATAATAT
GTCAAAAATAGAGGCTGAGGACTGTAGTGAGGCAAGACCCATAGAAGATT
CAATGAGGCACTCAAAGGTCGATTCGTAGGAGAGCACAAACAAATGAAAG
ACGTAAGGAAAACTGTAAAGCTCAGTATATTTGGATCAATCTGGAATTGG
AAAAGGAGGATAAGAAAAGTGGTCTAGATGAAATTTATTTTTTTGTACAA
AGAATACGAAATAGTTTACTTTATGAAGTCTTTTAAGGGACTCGAATCCA
CAGAGTTGTAGACTCTGAATTATGTGACTGATATTATGTTTGTTCGTCAA
TTCTTGAGTATTCATGTCGAATGATAGTTAATTGATAACGGCGAAGTTAT
TAGCAATTCTTCCAATCGAGTTGCTGTAGTGTTTGTTTATTATTCAATTT
ATTTAAAGCACAGCAATAGCAAAGATTTGAATTAAATTCGAACCAAATAC
AAATTTGCAGTGTTTATATAATGTTTCGGCCAAAAGTCCACTCATGAAAA
TATTTATGTATTTTAGACACAAATTTTGATGGTTGTTTTTCTTTTAAAAA
AAACTCTTTGCATTTGCTCAAATAGTGTGGAGTAAAGAAGTGATATACAA
ATTGTATTGAGGTCTAGATAGATAGGTAGACAATCTCTTTTTTCTTTAAT
TCTGCCTCCTTGGAGTAGAAAAGACTTGAAAATACATATTTGACCCCAAG
ATAAGAATCAAGTTTATATTACATTTAGTATATGTAATATGTATATACCA
GGAATTGCCTAAGGATTGCTCTAAGGTCAATGATAAAACTCTGTGTAAAA
TATTACATTGCAAAGACATGACTCAGCCTTATAGCAAATCATATGGAATG
AATCAAGTATGGGTGTAAATAGGTATTTAGTATGTAACTACTAGGGTTCC
ACATTTATTGGGAAATTGTCCTTTAGGAAGATACCAGGAAATCAATTTGT
ATACATTGGGAACTCGAGACATTTGAAATGAGATAGCTAGTAATAATTAT
TTTAAAAAGATTAAAAATTTGCTACGAATTGCAATCTATATATTAAATGC
GAATTAAATACATTTGTCTTTGTCCGGGAATCAACTCCAAACTAATTAAT
CAATTTTTCTGAAATTTTTAATGTAGGTTCGTAAGGCTCAAAAAATTGTT
CTGGTTGGCTTAAAATAGCATTTATTCCATATAAAATAATAAACCTAAAG
TTTTAAGTATAATTCTTCCATTTCATTTAGTATGTATATTAGCACACTTT
TGTTTAAAGGAGAGATTATTAGATTTAAGGGGGAGAAAAAAAAAAGAGAC
AATAATACAAAGGATTGTTGACAGAAATATGAAAGATGAGTGAATGATAG
GTCAACTGGAATGTTTTTTTCCTTCCTGAACCTTATAATCTTCTTTTTAA
AAAAGCCAAAAAATTAAGAATTAATTTTAATTCTTTAATATCCCGGGCAA
AGCCGGCAAACTACCCTATTACTAATCAAAAATGGTGCAAAGATGTATAC
CAACACCAGCATGCAATGAAACTAATTCTTAAAATTTACGGGTTTTATTT
TTTATATAAAGCAGAAGAATTCTTAATTGATTTTAATTTCTGAATGTCCC
AGGCTACTCTAGTCATTAATAAATAATTGATTCATTTCTGACTTTGTAAA
GCATTTACTCTCTTTTGAATTTATTTATTAACTTGCGGGAGTACCCTGCA
TTGTCTGGAATTTTTAGGCGTCGACAAACAGACAAACCTTGCTATATTAT
TATAAAAGATAAAGTCTGCAACTTCTCTATTTTTCATGAGCACACTTACA
TGTAGTTACTCAGTACATCTAAGTTCTGTCTTCAAGAATGAAATAATAAT
ATAAATAGGTTGGGAAAAATAATGATATGGCGTGATTATCGAAGGAGTAC
TTTACTACCTTAGCTAAGCAGAATGCTACATGCAAAATGCTTGCTATATT
ACATTAATATGACTATTGTTATTTCTTAGTGGGATTTGAGTTAAGTGTGA
GGAGTAAGAGGAGTAGGACGGAAGGAGACATAATATTACTGGATTAAGAC
CCTTGTTAAATCAGATATCTGTAACATGAAAGAGAAAATGAATTTACTGC
CATAAAAAGGAAAGCCTTTTACATTTAAAATAATATTTGGGCAAGGAAAA
TATTATGGTTACATTTAAATATATATATCGTGTGGAAACCAAAAATTTGT
ACGCTTACAATTAAAAATTCTGGGGTTGTAAATGACTCATATTTAAAATC
CAATTTATTGAGCTAAGAATGATATTAAAGTTCAAGATAGGACGGATCTA
CATTTTCTCGAATTCAGGTAGGTTCAGATCTTAGATGTAAATATTCAAGT
ATATTTCAGATACCTACACTTTTGGATACAGGTCCAAAACCAAAATTATA
GGGATACTTGTCTTGAATTTTATGAGCCTTTTACTCCAAGTTCGATCCTA
ATAAAATAAGATCCGGATTAATATTCGTGAAAGTTCAAGTATCCGAAATC
AATTGCGATGTAGGATCTTTTTGGGTAATACAAGTTTACTTATACCTTAC
CTGGGTACTTTGAATCCGGGTTTATGACTCGTTTTATTTATAATTTATGT
GTAGAACACAAAATTTAAAGCACAAATTAAATTTTGTGCGAGCTATTCTA
CAATCGATATGTCTAAGTTCAATGAAGTGGACAGGAAGGCTGTTTATAGT
GTAAAACTTGAGTCGAATGGAAGGATACATATGTAATATACACTCAATAT
TGAGAAAAATCATTCTGGCTTACTTTTGTATTGACGGGCCTCATGTTTAA
AGTCAATTTTCCATCATTATTCGTCTATAATCTACATAGCTCATTATTCA
AATCATAAATATCAGTTCATTTATTATTAAATATCAAGAATGTTTGTTAC
ATTCCTATTAGGCTAATGATATCATGTGGCAATTCTGCTCAACTTACTTA
AACAAATAATAATATAAATTATTATTTATGATTATGTTGATTCCGATTAC
AAATATAAGCAGAACTGCATACACTTCTAACATTTGGTGATGTGTCGTTC
ATAAACGATTCGTTTAAAATGAACTACTCTTTAACGTGAGTAGTAGGACT
AAATCAGTTCTTAAAATGGACACGATTCATTCTATTCAATCGTAAATGAA
CAATGTTTAGTTATATTAGTTAGTAAAAAAAACAAAAAAAAAACACGACA
GATAGTTGAGCCATCTTGTGGCAAAATAATACAACTGCCTAAATTATAAT
ATTATTTTATATAGATCTAGGATGTACACGTATCATATATTTAATTATGC
GCATTCTCAGAATACTAAGACAAACACGATAATCCACTTCTTTCCCTTTA
GTACGAATTATTTTATCTTGGTCATTCTCAGAATACTAAGACAAACTTGC
GAATCCACGGACAAACACCTACTATAATAATATATTAGAGTAGATACTAT
CAGAGGGTGCCCACGTTGCAGGACGCAATATAGGAAACAAAGAACGAAGG
TAGAAAAAACGAGAGAGAGAGAGGGATGTAGACAGAGAAAAGAGGTTTTA
TTTCGGTCAAAAACAACCTCTTAATTACCTTGGAGGCCCAAAAAAGTATG
TTAGAAACAAGCTTGGTTATTTTATACGCATAATTGCTCAATTTCTAACA
TATCTGCTGGATTGTTTTGGTTTTTTTGTGTAATAACGTAAAAAATAGAC
ATATAAATATACAGAAGATAGGTAAATTACTCACATATAGGGCGCTGTGA
GTTTTTATTTAATTGAAAAGTAAGAATTTTTAATTTATTTTTTTTGGGCA
CCCCAAGCTACAAACTACCACACCACCTAGTCGATAGTATCTTTTTTTAG
TTTCCTCAGTCCCTATTCAAACTAGGATAATAACGCTATTCAACAAAAAT
CGTGTTGAAATTAGTAGAGTTTGACCTCCTAATTCTAAATATCCTCTTAT
TTTCCTCTATTAGCCTCGTGGCCTTCGCAAAAAGGCCATTAAGTTTTTAT
TTATTTTTGACTAAGCTTTTTTAAGGGCTTGTTGTTGAAGATACGCATAA
ATTATTGAGTATACTTCAAAGCCTCATGTTGAAAGATTGCATTATACAAT
ATTACACTGCCCTTCGAAAACCGTGAGTTGGCATTTCTCAATACTGCGAA
CTAGTCTATACATGAGTTACCACATCTATTGCGCGTGTAAACTTGATCTC
CTCTTCTGGGACCCTGTTTTTCTATATTTTTGTAGAAATTCCAGTATTAA
AATTGATATCGGTATTTACTGAACCATTCTATCTGTCAACCCACTCCACT
ATGAAGTCTCCATGAATCCACTCTTTTATGTTAATTAACAAGGTGAATTC
TGCAAAAGGAAGATCAAATTCTTGAAGTGAGAATGTCTAAGTATTGAGTG
AGTATCTACGTATCAGTGTGCACATGAAAAATGAGGGTAACACCAAGGAT
TTGTTTGGGGTATTATCTTCTTTATTATTGAAGGAAAATTTGCATGTTTG
TCAACGCCTAATAACTCCTGGCAATGCCGGTTGCTACCGCTACTCATAAT
ATATCATTTCAAAATAATTTGTTTTTTTATTAAGAAAAAGTTTTAAAACA
AATTTTCTTCAGCGTTCAAAACATTGATTAGGGGTGAGGGGAGGAGAAAC
ATTTACAGCTGACAAATATTAATCGCGTGACCTTTGTTTCATCATTTGTA
ATACATATTTTTTTGTAAACAAAAGTTCACAAAATAAAGTCTGTAGAAAG
AGTTGATTTTCCTATAACTAATACGTACATACATACATTAACAAAAGTTC
ATATAAGGTTACAARAACGTCATCATCGATGATGACACCAGAGTATTATT
TATTTGCATGCATTTATATGTAATATATGCTTGGGGGGGGGGGYGGRCTG
ATGCATTGTTTTTTAAGTGACATTGTACATATTTTAAAACAAAAAATGCT
AAGACTCATGATACAAATTATAGATGACAGCAATGCTAAATTGCATTAAG
CAAGATACACTGGTAAAGAGTTCCATGTACTCTCTCCTCTCATGTGTAAT
GTAACGAATAGTGTTGAGACACGGTCTGAGACCGAATTTTGTTCGGTCCG
ATCATAAACCTATAAAGTTATACGTATCACACGGCGTTACCTCCCTAACA
CAAAATTACCCTATGTATTTTGTTGTCTGCTGTTTATTCCCTCCTCTCCT
TGGATACGTCATGCATATTTTATAATGCATTCTTTTGACAAATACGCCAC
AAATACTTATGTTCCGTTTCCATAAGGACAGGATTATAATTTCTTGTTGA
TCCCTCGTCGTCTATTTAATATACATATTGGGCATTTTAGTAATGTTAAG
ATGAAATTTTGGGTATTACATAAAAATACAAACTTATAGCCTCGCTTTCA
ATAGAATATTACTGAGCAATATTATTAATTATAAGACAGTACCGAATGAT
AGTACTTTTGTAGATTTTAATATTACGAAATATATATATGTAATTCATTT
TAAAAACGTTGAAGAAATAATGGGGGTAGAATGGAAACAAATAAGATATA
TATATAGCAATTCTAATGATTGACTTATTTGGCCAACTACCAAATGATTT
GGAGCCTTTTTTCGGTTTATTTTCGGATGAAAGGTTGCGTTATACACTTA
AGGTAACAAGGCGATCATGTTTTTTTGTGCTGGATCGGTCTTAGGACTAA
TTTTATTATCAGTAGGTATGTGATAAAATCTAGAAAAAAGTCAAAATATG
AATTTGAAAAGGGACTCTTACGTTGTGTATGGAGTATCTATNNNNNNAGT
CAAAATATGAATTTGAAAAGGGACTCTTACGTTGTGTATGGAGTATCTAT
TTCCATAAATACTTCAATTATTAAAATCCAAACCATTATTAACTGAGAGA
TCCGGAGATTCGTGGTCGAAAATTTTATTTGTCTTCTCCTTGAATTGCAC
GTACTAAGAACTGTTTTCTTAAGGCTGGCGMATTAAATATGACGCACGGA
GMTTGTTATTACTATCTCACTCAAATTATCGCCTTCTACATTTAGGACTG
TCGTAGTTTGAATCAATTTCTCTGATGTGAATTATACGAGCTTCAGTGAC
CGGAAAAGAAGGAGCCTAAAATAAACAGATCAATCCTCTCTTAATTTATT
AGCGTCGACAAACTTCTTAATCCCATAGAAACTGATTCCGTCAATCAATT
TTTATATTTTTTTCACTAATAAATACAAAAAATTCCCTGCTTCCTTAGAT
TTAAAAAAAATCCTCTATTAATTGGAAGGTAAACGGGCTTTCTCCTAAAC
TAATAAGCCGATTTGATTAAAAACCAATGTCAAATGAAAGCTGAATTTAA
AAAAAAAAAATATTATTATTCAAGTTAATCGCCTTTTGGGGTCAATAAAT
GCCTCGACTCTACCTCATAAACTGGAGCAAGTCTTGATGGCAGACTCCCT
TGGTATATTCTGTAATTCCTTCTGTACCCTGGGTATCAGGCAAATTTGGT
GATGCAAGAGGATCTGTTAATGTGTTGCTCAACTGCACACCACACTAACA
AGACCAATGTGGTTGTGGTCTGTTGAGCTTGGAGGCCTAGCATTGGGTTA
ACAAAATATTAAATAAAAATCTGACAGCCAGGTCAATGTTTTCTTTGCAG
TTTAACAAGTCATAARCCCCTCCAGATTCTRCCAGCCCCTTCCTAACTCT
CCAGACAATGAACCTGTCCAGGTGTAAAAAGTGTGCAATCTTTACATTGT
CTTGTCCGGTGTGGATTGCAACAATGCAATTTTCCATGCAATTTTTTAGA
TTGACGTCAAAAACTTCAAGCAAACAACGTCCCACCTTTGCATGTATTCA
AAGTTCGTTTTTAAACAACTGTAGGCTGAACAAGGATTTTTTACAAAGCT
AATTGCAGCTAATTTAATGAAATGTCTTGACAGCTTAGCTGTTACCCTAC
CAAACATTCTTCAATTGGTCAGTGTTACCATGTTGATTTTCTGGATTTTG
TTTGTTATATAACGAAAATGCTTACTATTTATTACTCTACCAGATTGTGC
TGTTTTGCATATGACCCAGCAAATGCTAAGGCCATCCTTCCTCGTCGTGA
TGCCCTTCTTTAATATTTCCATTATATTTTCTTTTCAAATAACTATTATT
ATAAAGTATTAATACATTTTTTATACTTATATAATAATTCATACTAATGA
ATGATTTGCCCTCGTAAATTTGTTTTTTTTATTTTTGTTTTATATGAGTG
TGTATTTATTTCGAGTCTTTAGTTGTAGAACTACCGGGTGCGTTATTGAA
AACTAGACATTTAGAGTGTGTTACTTAAACATATTGGCACATGTGTTACA
CACATTTATAATCTTCAATGGTGCCTTCATCGACTTTCATAATGGTCTAG
ATGTACCGCTGAAAGCTCTGATAGGTTGTAATAAAATAATGATAGCTTCT
AGATTCGGTGCCCTTTTCCATGGGCKCCCTGGCCTTTGGCGGGCAGAAGG
AAAATTCGAGCAGGCTGACATTTGGGGAGTATGAACATCACATTTGTTAT
CAGCAGAATGTAATTTTGGTCTCCAAAAATGACTGTAACTTTTACTGATT
TTGCCGGTGCACCATCTTGTTGAACTTTGTCTCGATGTAATTATGTAATT
GGGACTCATGAATATTCCAACGGAAACTTTGAAATCTTTGAGATCCAAGG
GCACTCAGTCCTCGACTAACAGCCAGAAGGAAAGTCGAGCAGGTTGGCAT
CTGGGGAGTTATCCACCAGAATGGAATGTTGGTCTCTAAAAAGGACTTTG
TAACCAATACTGATTGTCTGCTGTGTTTCCCTCATCTAACTTGATAAGAT
ATGACTATTTCAAAATTTATTGATCCCTTGTTAAATATAAATATATTGGG
CATCTTCTTATTTCTATGAATAAATTTTGGTTATTATATAGAAATACAAA
CGTATAGCTACGTTTTCAATAAAATATTAATAGCAATAATATCGAACAAA
ACATATGTAGGATTTTAATATTATGAGATTGGTCTGAAAAGTTTCCCACC
TAACAAAAAAACAGATAATTTTTTTTATGAATTTATTTTTTACAATTCAA
CAAAGTCTTCCAACGATGCACTACTGATCTTTGTAATTTTCTGAAAAATA
ATTGTTCACAGAAGTGATTACCTCTTCATTTGATGGAAATCTTTACGGTC
CACTGTTCGGACTTTATTTTTCTTTCGGGCGTAGAATGGAGTATACAAGT
TTCATCTACAGTAATTAATCGGCGCCAATACTTGGATTTATTGTGCCAAA
ACTACACCAACAGATCGATACTCAATTTTGCCCATCCGAAATGGCTGAAA
CTTTTCTGAGTAACTGTCGACACATGCTAAATTTTATTTAGAAGTGCTAC
TATCTTCACGTTGAGGTCATACACTTTTCAGACCATTCTTGTATATATAT
AATTTATTTATACAACTGTGGAGAAAAATATGACAATGATAGACTGGGAA
GACTAAATAGATAAATAGCAGTTATTATGAATGACTTATTTGGCGAATTA
CTAGATGATTTTGTAACTTTTTTTCTGTTTCTTTGTTTGAGGAAAGATTG
TGTGATACGATAAGGTTAGCAATAATGTGATAAGTGCACTACGCACCCCG
TATATACATTATACATGGAAAGGCTTCATTATTAATCATCTACTTCGTAG
AGTATAAGTGAAGTAATAATTCGAGAAGTGGGAAGGAGCCCCCCCCCCCT
TAGCCCTTTTCTTCCTGCCTCCTTCAATTGCCATGCAGTTGTTATGACCC
AATAAACACGACATAATTGGAGAAGAGTCATTACGGTTGTTGAAGATGAA
GGAATGAACTTTAGGTAGAGGGTTAGCGTAAACTTCAAATATAAAAAAGA
TAACAGCAAAGTATAATTCATTTTCACGGAATGTTATAATGGTGGATCTC
GTCTACTTTTGGGACCAAAAGAACCAAGTTTTACAACGATCAAAACCCTT
TTTTCATTTATATTAAGGAAATAGAAAAAATATATATGCCTCTACAAGAT
AAGGAATCAAAAATTAGAATCCTATTCGAGGCTGTCTAGCTTCAGTTCTA
AATGTCTGACAATTTCTACTTGACGCCATTCGAAAGAAATGGCAAAAAGC
TACAATTTGATGTTTATTTTGATTTTGTGAAATCAAAAATGTCTGAGCAA
CAAGCAAAACGCCAGAGGGTGTGATCTCCTCCGATCCCAAGTCGGACAGT
AATCGTTTTTTGAATTGGAGAAATGATCTCTTCTTCGCTGAATCAAGAGC
TTAGGTAAAGGGAACCTTCAGGGCCAAACATCCAGATCAGGTCGTGTTCC
TCGGCGTCGTGGCCTCCGACCGCAGTAAGATGCCTCCCTACTTCTTCAAG
ACCAGCTAAAAAGTCAACCCGAACGTCTACTTCAAGGTTATTCAGTACCA
TGTCTTGTCATGGTTGAAGAGCACAAGAGGGACAACTATGTGTTCACCCT
AGACGGCACGCAGACCATGCGTCCCAGAAGGTGCAGTATTGCTGCAGGAG
AACATTTTTGCCTTCTGGCCAATGGACTTCTAGCCTTCGGTCTCGCCCGA
TGTGAACCCCTTTACTTTTCTGTTTGGTGTACCTTGGACAGCAAGAAGAA
CAATACTTCTCACCCAAATGTCGATGCTCAGAAGGCCGGGATCACGGGGG
AGGGGAACAACTTGTTGCCGGAGTTCATCAAGGCCAGCTGTTCTTCTTTC
GTTCTTTTATTGGAGCCATAATTCAGAATGGAGGTGGACATGTTGAATAA
AAAGTGTAGTTAACAACTTTTGCTTCAAAAATTTGCCATAAAAATATGGA
GAAGTAAAAAATGGATTTTAAAGTTTTCTCATTTTTGAGTCCTCACCCTG
TATTGTCTAGTTTTATTATATATATGACCCTAAAAATATGTTATTACATT
GTTATACAATGTTATTTTCTTATTGTAAACAATAAATTTACTATTAGTAT
GGAAAGAATAAGATATTTCGTCTCATGTTGTTAAACGTTTTATCGTCCCT
AGTCGATCAAAAAAGAAAAATAGTTGTTCAAATCTAGCCATTTTTTGTTA
ACACTCAAATGTATTTCAAGTATTAGTGTTTATCATTGGCATCAAGTTGC
ATTGAATGTACCGGGAGGTCCATTGAAATCTGAAAACTTACTAATTTTAT
AATTAATAAAGGTTGAGTGATTAAAATGAATTAGTACTTCGATATATTAA
AGCATAAACAATTAGTTACAAAACAAAATAAACCTGAGCTCTCAAGCATA
TGCACAAGTCGAGGAAATGAGGCTTGAACAGGATCGACAAATTTCCATTT
GCGCATTCCAAGTAGTTGGGCGTCTCCAGGATTACTATCTTCGCTGTCAG
CTGTTAGAGAGGAATAAGGGCTCCGTCTAACAGACTAAACTGGACCCGGA
GAAGTTAAAGAAACCATTTCAGGCCAATCCCCTCAAGTCCATGAGGGATA
TTGGGGTTCCATKCCAGACTGTCCATAGAGTTATTAAAAAAATGGTGGAA
AGAGCCTTGTGAGGTTGGAGAGGCCACTTTTGACACCAGCAATGAAAGAA
ACCCATCCGCTCCGTTGAAATACTCTTCTGACACTTTTGGATTCCCTACA
GTCCTACACCTTTTGGGTGCATGTCGAGGAAAAGATCTGTCATTCAAACA
CCAAGTAACTCAAACCACTGTGAGTCATCATTTTGACACCATGCCAGATG
ACTACATCCGTAACGGGTGCTGTCCCTTCCGCTGCCGCCTGGAATCCATC
ATTGCGCTAAGTGCAGCTACATTAATGATTAAGAGAGCTCAGACACACAT
CTATTTATAGTATTAATTTTGTTGAAATTATACCGTTAGTTAATAAATAA
CATCTTTGTGAAGTTTAAAATTCAAACTGTTCAGATTTTAATGGTCCACT
CGGTAAGGGGTAACCTTATTTATTATTAAAGCCATGTGACGAAGCTCGAC
AATAAGTATTCGATAACAAAGGTTTTCATAAAGTATAAACCACAGCCTCG
TGATCAATTTTGGTCAAATTTAGTTGGTGAACAAAAAACTTTTGTCCCCT
AGGGGCGATTAATGTCTAAAGAATTACTTTATAATTAACTATGTGATCTC
CATTTATTCATGTGGTGAATTTTGAGAATGAGGAAAAGTGATTAAATAAC
GTCATATAAGGTATTTATGATTCCCATTTATATTATTCCAATTTTAAAGA
TAAAATGTGAATTATTTGCTACAAATAACAATCATTGAGTGTTTATTAAT
TGATTTATTTCATTATTACTTATGAAGATGCTTCAAAAGTTGTCTCGAAC
CACTGTTAGAACCGTTTTAACAAAATCATGTCATGTTATCGCCCAATTAA
TCATGACATTAACATATAGAGTGTATTTTGTTGCCTGTTATCGGTGTTTG
GAATTATTGAATGAATATTATTGGTATTGCTTTTCAAACACAATAACAAA
CCCAAATACAGAAATATATATAGTCAGAGACGATTATTAATTAATGAACA
CCCTATTATTGGAATACATGGCATAGTATTAAATATTTTATCATTTCAAT
TTGGTGCAACTTGTGTGTCTCACTCAGGTCGCTGAAGTGGTTGAGTGTAG
ACTGCTATGACTTCATTGGGAAGGAGATATACCCCCCCCCCCCCTAGCAG
TCCAGATCTTAATCCCATGGATTATTTTGTAGGGGGGAATGTTGAATCTA
AAAAAATTGATCATCTTGTGCCATCAATGACTTGGTAATTAACACCATCA
AAGAGACAATGACCAACATGCCAAGGAACTCAGGACTCGGGACTTGATTT
TGTATTTCAAGTCAAACTCAGGACTCGGTCTTGAAGTTCAAGTAAGATTC
GGGACTCGATCTTGAAGTTCAAGTCGTTCTACGGCCTCGTTATGAATTTC
AATTGGGACTAGGAACTCGGTCTTGAAGTTCAAGTTAGGACCCGGGACGA
CCTTGTCAGGGGCGTCTGCNTTATTGAATTTCAATTGGGACTAGGAACTC
GGTCTTGAAGTTCAAGTAGGACCCGGGACACTTGTCAGGGGCGTCTGCAG
GGGGTGGGCTGGTGTGGCTGMAGCCCCTTATCCCCAAATAAACAATTTTC
GAAGAAWGAAAAAAAAAATCTATTTTCCTGCGAATGTCGTCCCTACTGTC
CACCCTGAAATTTATTTTGGCGAGTCCATAGCCCTGGCTGCAGCATGACT
CATTATAAATAAATAAAAATTGGTAAAGTTAACAATCGGGAATGTGTCCC
TTCGGCAATGGCCATCCGGTGAATTGGCTTTTGACAAAGTGCCCTAGAAC
CGTGAGAGAGTCCATAAAAGAAGAGACGAGCACATACAAAGATCAATAGT
TGAATGGATACATAAATCATTCACTCGTTCTCAATCTTGCGTAGGAGTGG
TTTGAGCATGTTTCTGCATTTCAGTTAGTTATAAAATTTGTATACATTCG
TAAGATGATGTGGAATGTTGATAAAAACAACAGAACATTAAAGTGTATTG
TGCGAACACATCAGATAATCATCATTTTAATGCAACACTCTAAAGCATAT
GTTTATGCAGTATGTATACAATATACTAGCGAATGTATTGAAGCTTAATT
AATAAATTGTAGTGGTTTAGTATTTGATATTAGGGAGAGGTGGGCTCTTT
ACACTTGGACAATTTTACTCTTCATTTTTTAAAAGATATTCAGAAATACA
TTTACTACATGAATTATCTGTGAGTATCATTTTATAGGATTGAGGTCAAG
AGATTGGCTAGTCCACTGGGGCTGTCTAAAAAGGGTGGGCTTGAGGTGCT
ATAGCCCTCCCGAAATTGAGGAATTTTTGCTTGTTTCTAGATTATTTTCT
TTTATTCGACTGAATTGTGCAGCAGAGCAAAAAATTTAATATTTAAATGA
ATATCAATNNNNNTTTGTATTTTTTTCCAAAAAGTTTAATTGGCGTAAAA
AGCTATAGATTTCTGAAATTAAAAGAAAATAATATTTGAAATTATTTTCC
AAAAAATATAATTTTCTTTTAGTAGCTATGAATTTTTGAATTTTTCTTCA
AAAATTTTAATTTGCGGGAATAGCTATGGATTTTTGAAATTAAAAAAAAA
AATAACATGTGAATTTTTTTTTCCAAAAAATATAATTTTTTGTGAGTAGC
TATAAATTTTTTTCCAAAAGATTAAATTTTTTATGAACAGCTATGGATTT
TTTAAATTTATTAAAATAAAAATTAATTTTTGGATTTTTTTTTTCCTAAA
AAAATCCCAAAAACCAAGCCCCCTCATAGTATAATCCTGTATACACCCCT
AGCCACTCCAATACCTTAATATGGTTCTTCTTGAGCAACTCCTTCGTTAC
AAATTTGGCATTTATTACTTTATAATTAAGAATCAATTGGGGGGGGGGGG
GGTTTGGAGGTCTGAAATATYTTTAAATAMGTTCAAAACGTATGTTTGGA
ATCTAAATTTGTATGCACCTAACTGAGACCAGTTCTTTTTCTGGCACTGC
AGTAAATTAATAAAACACATACTAGGTTTTTTATTTAACAAAATAATTAA
ATTTTGTAATAAAATATTAAATACATTTACCAAAATAGTGGTTATAGGAA
ATATTATAATATTCCCTAAAGAAATGGTAATTTGAAGAAATCGTTAAAAT
AGATCAAGCCTTTATTTTTTATATTTAATAAATAAAAACCAAGATTATTG
ATATTTTTTATTTTAAAAAAAACAAGGAAAAAAGGACGGCACATTTGTCT
TTACTCTGTACATAAGTCATTTGCCCTGTACTTACTACGTCGACAATGAT
TACCTTCACCAATGAAGTTGCAAGAAGGTAGGATTGTGTCAATTCTTATT
TATTCGGTCCAGTCTATTCTTAGGAACGGTCCTATCAATCATTCAGACCT
GTCCTTAAGACTGTCGGTCCTTAGGACTGTCAGTACTCCAATTGACTTAA
AAAGAAGAAATGAAGTTGCTGGACGTCACAAGATTTAGGACTGATATGCA
GTACTGAACTGGGCCGAGACTAAACTGAAGGCTTCAGTCCTAAATAAGGC
TGAYACAACACTGCAAAAAAGTCATCTGAACATTCCTGAGGGTCTGTTGG
TTTGTTTGTAGAAAATGTTTACGGAAAAAGTGATTGACTGATTTTGATAA
CACTTTATACTAAGATTATATTTGTTGAGAGNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNAC
AGATGACAGTAATTTTTGAGGGGTCAAGCTCAAATTTCAAGGTTACAGAA
CACGTGAAAACCTATGATATATAACTCAAATGGATATAAATTTAAGGRAA
AAATCATTTTAGGCAATGTTTTGCATTCTGCCGAGTGCCCAGTCTAGTTT
TTTATAAATTCTATATGAACGATTGCCCAGTTTGAAAAAAAACTTAATGC
GATTATCTTTCTTTCTGTTTTCAGTTAAAGGAACAGATCGGTGTAAACTC
TATTGCCGTGTGGAGGKCTCCTCTGCCTACTATCTACTCGCCACATCCGT
TGAGGAGGGAACGCCTTGTGCACCGGATACTTTTCATATGTGTGTCTCTG
GACAATGCATTCCAGCGGGATGTGATCATATTCTAGGCTCTGATATGGCT
TTAGGTAAGGCAGGCACTTATTATTCTTTATCGATATTTAGTAAAGCACT
GTAATTAAAACTCTCATTTCCCATTTCAATTACTGCATCTTTCTAAGCAC
AAAATGTACTCTAAGTTATTTATTTAAAAATGTTCCTCTCATTTAAGAGT
TGCAACTTGTACAATTTGAGTTTACTAGACAACATAAATAAATAAATTAT
TATTCTCCATTTCCTCCTTATTCTAAAATGTATTTGCGAAAATATCTTAA
TTCCCAATAATAAAATAAGAACCTATTATAAATATTTGACTAATCGTTGC
CATTAGTCAAATCCAATCCAGTATCCCATCCTTGAGGCCTTCCCCATTCT
TCAATGTCATCCCTTCTTTCTCAAATATAATTACTAATATCTAATTTGGA
TTCATAGTCATGATAATCATAATAGCCACCTACCGAGTGGTTCATTATAA
AATGAACAATTTCAATGTTGTACTTCAACAAGATATAATTTATTAATTAA
CTAAATAATTTCAACAAAATTAATACTATAAATAGATGTGTGTCTGAGCT
CTCTTAATCATTAATGTAGCTGCACTTAGCGCAATGATGGATTCCAGGCG
GATGGGGAAGTTCTGGAACCTACTGCGGATGTAGTTCTATGTCATGGCGT
CCCAATGCTGGCTGACAGTTGCTTTCAGGGCCTCGGTGTTCTGATGACTG
AAGTCCTTCCCCTCGACATGTACCCAAAAGGTGTTGGCATCAGCGATGTA
AGAGCCAGAAGTATTAAAAAAATACTTAAAAAGAACTCAAATAAGTTTTG
GAACGGAGGAGATGGGTTTCTTTCATTGCTGGTGTGTAAAGGGGTCTTTC
CACCCTCTCAAGGCTCTTTCCACCCACTTTTTTGATAGCTTTCTGGACAG
TCTGTTGTGTAACCACGATATCTCTTAATATGAATTAATTTCAATCACTC
AACCATAATTAATTAGTGAATATTGGGGGCTCAGATTTCAATGGACCAAC
CCGTACAACCAGGGGTGTAACCACTGGTGTTATACCGGTACACTGAACTA
AATCTTTAAACCAGGGGTCGGAACTGTATTTTGGTGTTTCCAAAGTATAT
TTTTGTTTGAAATGGTATATTCTTTCATGAGAACTTGTTTTATTACTTAT
TGGCAATAAAAATGAGAAAGTGATCTGGGATCCTTCTTTTTATTTTTGAG
AACTGAAATTCAGGAAGATGATGATAAGTAGAGTTTTATTTTTTTTTAAA
TGGTATTGACAGTAGAAAACGAAAATCAAGTGGATAACCCTTAAATTTTG
AAGAATGTTTAGAGCAGAGCAGCTTAACTATCATTTCATGACGTTTTATT
AAATTAGATCTAAGCAACTGTGATGTGAAGGAAATAAACACTAACCTTAC
TCCTTATACCTACCTATAGCAAGGAGTTAAAATCAGTAATTACTCCTGTA
GTAATTCAAAGTTTTCCCTAATCTTATTTTTTTTTTTAAAGCGTATTTAT
TTTTATAAAACTTGATTGCTAAGGCCTCTTCTAANNATGGCTGATATCAA
CATCAGTGCTAACACCCAGTGGTGCATATTATAATCCATATAAAAAAACA
TAGCTTTAGTAATGTGTATATGTGATTGGCGTGTCAAATATGGACACGAG
CAAAGAGAAAATACAACATTTTTTACAGGTTTGTTTTTTGCAATAAAGGC
GAGAANNNNNNNNNGTCGCTGAAAATGGAATAGTATTGAKACTGWAGAAG
CCAATCACAAGGAATTTTGTTTTCGTCGATTCTGTTACGGTAATTGTGAT
ATCAAAGATGCACCACGTTATAGTCGATAATGTGGATAAAATCATGGAAA
TTGTAGNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNAGTCCGACTGTC
ATGTAAGCACTGTTTTGATTGTCTAGGAAATGAAGTTTAATGTAGAGAAA
AAACTAATTAATTAGTTAACAATAATGGATTTCTTTTTTCTAAATCTAAT
CCTGACCATTTCAAGAATGTTTAGTAGTAGAGCAGCTTAGCTGTCGTACC
GTTTTATTAGATTAGCTAGAAGCACCTATGTGAGGATGTGGATCCTTAAC
ACATCTACTCAGAGTCCAATAAGGACTTACGCTTATAACTCCATAGCAAA
CACTCATTATTACTCTATTTCTTTCATGAGTACGCCTACAAGTTATTGCT
TTATACTTGGATATACTGCCTTCAAGAATTAAATTATAATTACGACAGCA
TTGTAAAATAAAGAACACAGTTGAGGTTGAGAAAAAGTGATACAGTTAAG
ATGTGCAAAGAGATATTAAACATCTAAAAATATGAAATAAACATATATTT
CGATTGATGTAAAGGCCATTCATATATTTGAGGAAACGAATTTGAAGACT
ATCTTGCAAGGATTGATACTGAAAGTCAAAATCGTTTCTGCGGAGGAGGT
CCTCATAGTTACATAAAAAGGTGGTGGTGGGTGATTTCGTCTTCGGTGTT
TCTATGGAAGAACTACAAAGTGTAGACCACTTCATTAACAGATGTCTATC
GCTCTCATATGAGAGGATGAAGATCTTTGCATTATTAAAATGATGAAATC
TGCAAAAATGAAACAAACTATTGATAATAACTATAAAATTAATTAGATTT
AAGATCAATTTTCTTAACTAACCTTAAGTTGGAACTACACAAAGTCTCGG
ACTTGTTGTATGTCATATTTTTACAACTTATGTATAGCTCTTGGAAAAGG
TTGGGGTATGTAAATAACTTTATGAACATTTTTTTATAGGTTAGAAAAAT
GTCTATCAAAATTGTTAGTAATTGTTAATTTATTTTAGCTAAATCAATAA
TTTGTGCCTTCTTTCAAACTTACTCTGAGGTGTGCACGACCTCAAGAGGA
CATTCTAGAAAAATGAAATTTGATTATTGATTGTCGTACCAGATGTCAGT
TTAACCTTTATGCAGACACCCTAATCGAATTTACAAAAAAGAAAAAAAAA
GTGGAATAACAAACCACCCTAATTTATGTGTACACACGTAAGAAGGAAAA
AGGGACAAACTGATTGGTTTGAAGTCAAAAAGTATGGATAACTTTTTCCC
AAGTTTTATTTCCCCTTTTCTTTTCACTTCTTGAGGAGGAATTATTATAT
TTTTCTTCCATAAATTTTGAACACCGCATTAGAAAAAAAGTTATGTGAGT
GTTCAAAAAAATACCTCTAATTACTAGTGTTGGGCTTCAGTCTCAAAGTC
CTCTGAGACCAAATTAATTGGGCCCTTCACTGAAGTTCGGTTTGGAATAG
TCTCAAAGAAAAATTATGTCTGGATTGTTCTTACAAAAAAAAATTGTTCT
TGAATGATCTCATCTCAAATCTTGCCTAGATGAATTGTTGATGACGTCAG
TTATGTTTCAAAATGGAGAACATGGACCTACAATAATGTCATCTGAAGTT
AATTGTTTTGCATTAGTCCTATTTCTACAACTCATAAATCAGGCGGATAT
GGGAGAATCTAAAACCTAAAACTAGGGCTAAATTACTAAAAACTTCATTT
TTATGCAATCAAGAAAAGGCCATTCAAAACCAGTCCGTGATATGTTTAAG
TATAGCTATATTTTTTATTCAATTCATTTACCAGCAATAAGAGCCTTGAC
ACCCGGCGAAAAGATTGGTAGCTCTTGACGATGAAAACCGTGTCCATGCA
GTATTATGATAGCAGCTTCAGCGAATACAAATTTGGATGAGAGGTACAGT
AGACATTCTTGTCCAAGACACCTCNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNAATACACGTTTTTAGTCCCCA
CTATGTACATATATTGAGACCGAAAAAACCCGGGTCCCTACATGTAAATG
ATTGAATTTTGGTCTGCGATCTAAGCTTGTGGTCTGGAACGAAATATTGG
TGGAAAGTGGAGCAAAAATTATCTGAAAAATAACATAAGACCGAACCGAA
AAAAAAAATCGCTGTTGAACTGAGTCTTAACACTACTACCAACTATTTGA
TAAAACTTCAACTTCCCTTCATTGTTAGTTTGTGAAAAACCAAAGAATAT
CTATTCAATTCTTCTTATTGAAGGAGTAGAAGACGGAAGAAGAAGCGATC
CAAGGAAATGAAATACCTAAATGTAGTAGTGTAGAATGGAGTCTATTTGA
TGTACCTAAATAAATATCTACTTACATCGTTAGATCCACCCACAATCTTT
GGTAGAATGTATTTCCTAATTAGTATTTGTCTAGTAGTTCCTACATTATT
ATCCTTCTTTAAATTGGCTGGMGATGGTATCTGGCTTCCTCACGTATCCG
ACCATGTAATCATAACCCTGAGTGCATCATATACATAGTTTTACCTCCAA
AAAAATAGCCTAATGAAGAAAGGACTTTATAGGTGGATTGTCTCTCGACA
AATATCATCAAAAACTATTGTGTCATTTTAATAGAATCCATATTTTCTCT
ATTTACTTCATTCCAGCTTAGAAAAATGAGCAATTCTTTTGGGCAGTTTT
TGCTACAAATCCTATGTCTACTTATCAGGATACATAATTAAATAAATTGC
CAACTTTAATTATTAAGAGCCGAACATCTAAGTATTGAGTAACTACGCGT
GAGTGTGTTCAATAAGAATGAGTGTAACATTGAGGTTTCTTGCAAAGTTA
TCTTATATTTTATTAAGGCAAGGGCTGTCTGTTTGTCGGCGCAAAATAAC
TATGACAAGGATGGGGAAACATTAATACCTTAAAGGCAACCAAACTGTTT
GGCTTGCCTACAAGGCAAAGACAAAAAAGTGAAAAAATGGGGCAATACAA
TTTTGCTTCTTTGAGTGTCAAAGCCCTCATTGGCAATAAATTGGTATGTG
GAAAACCAATTCTTAGAGAAAACCTCTGCAGCTAGATATGGTGCTTTAGC
ATTTAAAATACCAAGGATGGGTCGGGATTCCTGGCACCATTCTAAAGACA
TTGTCATATATAAATTGTCAACTAGATATAAAACTACTTTAAAATCAATT
GTCTGGAGGTATGAACACTTTCATCGAGGGAGACCAATGGATTGATGTCT
ATGCTTTTTTATTATTTAGATTGCATTTTTTTTTTTTTGCCTATTTGATT
GTAGTAATGTTTAATTGTTTTTTGGTGTAGAAGTCTTGGCTAGGAGTACT
AATTTTCAGCTAAAATGTTTATTTATATTAATACAACGTAATTCCTTCTA
TCAATTTCATATTAAATTATTTTTAACTTATTGTTTTGAAACCATCTTTA
ACACCTCAAGTCAATGGATTGACTAAGCAGTACTTTGTGCACGTTCCAGT
ACATTCAAAAATCAAATTATTTTGTCAAACATTAAGAAATGTTAATTATA
TACCAACAAACATTAATCAATCCCTCCCTTATTTTGGCTTTTCCTTCCTA
CACTAATGATTAGTAAGCTTAAAATAACCATGAATCATCCTTCCAAATAA
TTTAGATCAATGACGACATCTGGCACATTGACTAACATAATCAATATTTT
TTTTCTCAATCGACCAAATCTAAGTGTGTTTTTATGTAAATCCTTTTTTT
TCTGTTGATGAATCKCATCCGGCAGGGTATTTCTCCTCGCATWCTTTTTT
TTTTTTTTTTATATATCAAAYATCAAAAATCTACAACACCAAAATGTATT
TTTTGTAAACTTCAAGTTTTTAAATAAAGCTTATTTATTATCTATAGCTT
ACATTGAGTATTCTTAAAGTGTTTTTTTAGTTATTTTTTTCTGAATGGTT
ATAAGTTAATAGGTATTAAGTACTATTTATTTATTAAATTTGAAAGTTTA
AACTAATTTAAAAGTTTATTTCTCAAATTGTAAACGTTTTTCAGTACGTG
TTCTATTGTCTATACAATCACAATTCTCTAATACCCTCTAAAGTATAAAT
TATTATTTTCCGTAGAAGGGGTCTCTGCAGGATTATATATATATATATTT
TTTCTTTAGTTTGGGGGGGGGGGGGGTGCTTGGTTTGTGAATTTAGTTGG
AAAAAAAATTCAAAAATACCATAGCTATTGACAAAAAATTTCAAAATGAA
ATTTCAAATATCAAATTTTTCTGAAAAAATTTCAAAAAATCTAGAACTCT
TTACATAAAAAAAAAGTTTGAAAAAAGTCAATTTTTTCGATACAAATTTC
AAAAATCCACAGTTCTAAATGATTAAATTTTTCGTCTTGCTTCCAAATTT
GGCCAAATGACCTTTTTTTAAGAAAATCTTTAACAAAAATTACCCTACTT
TTGTGTAAAAATTTTTCACCCTCACTCAAAAAAATCCAGTAAAAACAAAA
ATTCTTTAAATGCCCTGCGGACGCCCATGCGTAGCCACCGACCGCGTTAG
TCCGTTACTTATTTTTAGTAAATAGTCTATGTCATCAGAANNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNAAG
AAAATCTTTAACAAAAATTACCCTACTTTTGTGTAAAAATTTTTCACCCT
CACTCAAAAAAATCCAGTAAAAAACAAAAATTCTTTAAATGCCCTGCGGA
CGCCCATGCGTAGCCACCGACCGCGTTAGTCCGTTACTTATTTTTGTAAA
TAGTCTATGTCATCAGAAACAAGTGTAACTTTGCAGTGAGAGGTTGTTTG
TATTGTTGTTTCTCTGTTACGAGTGCATAAATTATATTCAGAAACTAGCA
ATAGATGGATTTTGATCCATTTCATTTGTTGTTCATCTGGTTTAATATCT
TATATTCCAAATATTTTCTATATACCTAGCACAATTGTTTACTACATATA
ACTAATAACGTGCACAAAAATTTCCCGTCATTTACCAACAAAATCAGAAT
ACCTCGCCCCAAAACTTGTTTTGTTTAATGGCAGGACGATCAAGCAGGTT
AAAAACCAGACTCCACTACACAAAGTATTTAAGCCCCTTCTATATACTTC
AGAATGAACACTTTTTCTTAATAGGTTCAAAAATTCCAAAGTGCATTAAC
TATGCAGCTACTAAAGAAAAATAATTATTTATGTAATTAGTGTTTTTAAA
TGGGACAGCCACGGTAAACCCGATACACCCTCAAAAATTATAATACTTGT
ATGTACAATTTACATGGCCCTGGAATTATTTAGCAATATATAGAGGGGAC
TACGTACTTTGTTAAGTATTGGTGGTGGGTTTTAATCTGTTTGGTGGCCC
TGGTGTAGTCTTAATCAACCCATGATCCGAGGGTGTATTTTGGAGTGGGC
TGTTGCAGAGTAAAGGCAGTGGTTTTWACTCTGCTTGATATCTTTGCCGT
AGCCTTAATTAACCGATTACCCCAGGGTTCATTTTGAGGGAGCTTAAAGG
CTTTGTGAAGNTGGCAGAAGGGTTTTTAACCTACATGGTGTTTTTGGCGT
AGTCTTAAACGCCCCATGTGATTGGGGTTCATTTTAAAGTATTCAAAGGG
AGCCTTAACGCTTTTGAAAGTGGTGGGAGGAGTGGGTTTTAACATAATTA
GTGTCCCTCTCATTCACAAAACAAGTTTTTGCGAGGTATTAATGATAGTA
AATTTTCTAAATGTAATTTCCACAATAGCAATTTTCTCCCGGGCATTTTC
CTATAACCAACTAATTATTACCTATAGGTGTAAATTAAATCTATATTTAT
ATTCTCTGCATTAAAAAGGACGCAATAGTATTTATATAGGCTATAAAATA
TATTATTGTTAAGCAGGTCAATGTCTCATATGGTCTTTGTTAAGCCCCTC
TAGTATATGATATGATTAATATATATTTTTATAATTTGGGACTTTGTTCC
TAATGGAATAATATGTGAGAAACAATTCTTAGGATGAACTATAAATAGTC
AACACCAAAAATTTGTAATAATTTTATGTTTAAAAAATATGACAATGTAA
GATTGTGTACTTTTTGTAATTGCAACTGTTCTTTATTTTCCAAACTCTTA
TCATTTTCTTGTTAAAAGGAGAATAATTTCTTATTTAGTTGTCCCTATTG
TGGGAAAAATGAAGATTAAAACTGAGGATTTGTTGCGGAGTTATAAGTAT
AAATAATATCTTATTGTACTCGGAAATAGAATTGAGGATCGGCATTGGTT
TAATTTATACATATAACCACCTACCTAGATACGGGATGGAATTTGTGCTT
ATTTCCATCATCTCGTAGCACCTTGCAACTAATTGAATAAAACGTCATGA
CAGCTAAGCTGCTCTTCTCCAAAATGTTATTCAAATAATTTTTATAATTA
CCATCCTAATTTTTTGGTTTCGTTTTTTACTTATCAAAAATCCATGGAAG
TTACAATCCCACTCCTTACCAGTAGCGTAGCTTGCTTTCATGATTGGGGG
GAAGAGTCCCCAAAAAATTTATTAACAACGTAATAGTAGTAGGTTTATTA
TAAGTACATATATTTACGCTTTAAAAAAATAGGGACTTGAGGCCACTAAA
AAAGGTGGTAGCGACGCCACTGCTCAAGAATATAATTCCTGCCAAAAGTG
ACCACCTTTTAAAAAAAAAAAAGTTTTCACGTATTTATAAATATAATTCC
CAGAAAGTATTCTCGCAACCTTTTCGGTTTTATAGAAATCATAAAGTTAT
ATACAAGTACGATCATTCATTTTACTGTAGATGGTGAAAAGTTATTGACT
CTCTGTTTTTAAAAGTGCAATATCTATCCATGAATAAGGCAAGACTGGCT
ARCTATGTTAATCAGCTGATAGWCTGTTTACAGTAGCTACATAATTAAAA
GGAAAAAGAACGTTCAACTATGAACGAGAATATGGAGGAGGGGATTCGTG
GAGCCATGGTGTGTGCATTTCGCGCACAAAGGACCAGCAAGGAGATTGCC
CAGTTCAGCAACTTGTCCTACACCACTTTGAAGAACTTCAGGCGCATTTA
TAATCAATATTATGAGACCTTAAAGAGTTTGACATGAAAAGAAACATTCA
CAGGCGTCGTTCTAATACTCATGATGTTGATATTGTTAACTCCAGACAGA
ATCTCATCAAGGAGTACCCTGGCAGGTTCATCAATGTGATGATAAACGTT
GGACGGATGAGGTGGCCGATGGAAAACCTTACATCTTCCAACAGTATGGG
GGTATCACCCCACAATGCAAACAGGATCCAGGAATGATGCAGGCAGAACC
TTCTTCACTTCAGGGAGAAGGAGATCTAGCCCCCTAGCAGCCCCAACCTC
AACCCCTTGAACTTTTATGTGTGGAGCGTGGCTGAAAGGGATACTAATCG
TCACCCTCACAACACCATGGTCTCCCTCATCCCCTCTATCATGGAAGTAT
YCAGCCACATCCCCATGAAGGACATCGTCARGGTCTGCYCCCGCGTGCGG
CCCCGCCTGGAGGATGCCATTGCAGCAACTGGTGGGAATTTTATCCGTTG
ATATTTTTATGTACATTAATAAAAGATTAATTATACCAAATTTCAAGTTT
ATTATTTTATTTTGAAGAGAGTTNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNTTTAAAAGCGGGGGTCCATAGATTTTTCCCCTGTATGTCATTT
TTCGGTTTCTTTTAAACACATACTGGCCAGTCATATTATTTGAATATATA
GTGCAATAATGTTCCAAAACTAAACTGATAMATTTTGTAGCACATTAAAT
CTATATATATAATTATCGTACAAGATATTTGCACCAAAAATCTTCCTTTG
ATAACACTTTGAATGAAATGCATAAACACAAATTGATGAAGATATTTTAG
GAAAATAATAATCTATCATTAATCACTAGAATTAGAACGAATCTTTACAA
TCAAACTTTAGAATAATTTATCATTTTGAATCTACTGCACAAAGTTATCT
TCTTCTTTTTTTTTGCCAGCTGTCAATTTGTTTCTTAGCTTGTTCCTTCA
CGTTCAACTTTTGTGTCCACTCCTGTACTCTACTGGCAAACGAGAAATGA
AATATTTGAAGAAAAAAAAACACATGTGATAGCTAGTCTCCTCTATTTTT
CTTGTTGCCAACTGTTCTTTGTTGATTATTGATTACTTTTTGATTAATTA
TTGTTTTCTTTTTCTCAATTAAAGAATAGACAAATAATTTATCTCCTCTT
CGAGGGCTCATAAAACACGATCTAAGAAAACATTAATATATAATTAAGCA
CATAAAACTATCCAACTATTCTCTAAAATAAACAAACAATAAATTTTCAA
ATACAGTATTTATATAAACAAATTCGTGAAGAGCTGTGCATACCCTTGAT
CCCTAAAGAGCCTTCTTTCCGAGCCTTGCACCTGCTATCATCGATTTTAG
TTTAAAAATAGACTTTGATGCAATTTTGTGCTTAATACTTGTCTTGATAA
AATCATAAAGCTTCTAGTTTGTTGTTGCTCTGCTCCTACAGTGGTTGAGG
TATAATGATGAACCTTTTAATAAAGTATAAATAGGGTAAACTTTTACAAG
AAAAATGTAGCCTTAATCCGGATGCTATTTCATTTAGGTCAAAATATTTA
TAAAATTTGAGATAAGTATCCGTTTCATTTTTGTTTCGGATCTGAAAGTT
CGTGTCCGAACCGTTCCATTTCTGAGATAATGTGAATCTGTTCTATCTTT
ACCCCTCACGTATATAATTCAAGGCTCGTATTTATTACGGCAATGGCGTT
GATGTATCATATAAACAATATTAAATTAGAAGATTTGTTTATCATACAGT
CATACATTGCCCCTATTATTAAAGAAATGTATAGTGAGCATGCATATAAG
TAGTATAAATTCAGGCAAATGAAAATGCAGGAACGACGACGCATGGTGCA
TTTCTTTTCTCTTTTTTTATTACATTGAAGAAGTTGTTAATCATTTGTTT
GTTTGTTTGTTATAGAGGGAAAGAGGAAGTTAAAATTACCTGTTATATAC
ATTGCACATATATTAAGGTGGAGCTAAATATGTTCATTTTCCAAATGTTG
ACGTCTCAGGGTCTCAAAATATTCCTAGGGGTAGTACAAATAGATCTTTA
TAAAGTACTTCCTTTTTTCTTCTTTTTTAATATGAGTTGAACTAAACGCC
TGCAGGATTTCATTCGTATTATACATTGAGTATATTATAATCCTTTTTTT
TTCTTCTTTATACTGTATTGGTATATGATATACATCTAAAGGCACAATAT
TATGCCTTAGATAAAAAATGCCTTCGTTTGCTTCAGGTCTTCTTTGCGTA
TTCCTACGACATGTCAGCCCACTTCTTCTCTGTGGGGGCCTTTAAGGGAT
ACAAACTGGCATGAGAGGTAGCAAAGATCTTTCACTTGATGACGTTCCAG
ATCCCATGGTCAAGACGGAGGCCACATTTACCAGGGCCTGAAATTCAAGG
AGTTGTTTTCATACCACTTTTGAGTTTCTTTGGCCTTGTAAGCGGGGTCT
ACCTCTCAAGAATCTTTTGTCGTCCTTCAACTTTTGAATCTTGGTAATGA
GGCCCTAAAAGTAMCTCATTMCCGCCTCAAGAAGCACTGACATACATTTT
TTTTTGGCTTCCATGAGAGTTGCCCTTGGTTTGATAAAGAAATTTGTTTT
ATAATAGTTTTTTTTTATTGATCTACCAGTTTATATTGCGGGTAAAAATC
CGTAAATTATTTAGTTCGCACGGACGTATATTTTTTAGTTTGATACACTA
AAAAGGTAAAATTTTGATGATTTTTGGGAAATAAAAACATCCTTTCGTCT
ACAAAAGCGTACTATTTCATTTCTTTAGTATTGTCGAGCTACCTCTTAAT
ATTTTTCAACGCTGCTAAGAGTTTGCATATTGTATTCACAAACAAAAAAA
CACATTTAAAAACTCTTAAGAGCCCAACATTCCGAAAGTTTAGAACTTAA
GGACCACCCTATTGTATACAGATTGTTATTGTTATTAGGGAAATTAATTT
ATTTTATGCAATAAGAGCAAACTGAGGAGGTGGGGAAGGTTGAATAGCTA
ACTGCAAAATAAATATATATATATATATATATGTTGCAAAATCCTGATCA
AAGATCTATTTCAATCGATGTTAAATTGCCCTCTTAAATCCGTGGGTTGT
CGTCGTTGTTGTTGTTGTTTTTTCACTCTAAATAACAACAGTCTCTTTGA
AACTATATAGTGTTGTGTCGACTCGAACCATGATGATGGACTTGGTTCGA
CTCAAATGATAGTGCGTCAATTTTTAATATTATCATATAGCTGAAGTGGC
GAAAGGACTTACAAAAACTAACAAATGTATATATTATCCGCAAGGTGGTG
TGATAGTCTATAGTTTGTTGTTTAAACTATTTGTTTAAAAAAATGGCCCA
TGCTGAGAAGGTTTTGTATGTCTCTAAGTGTAAAGATCCCTGGGCAACAA
CAAAAAAAGGCAATGCWTGTGCGATCCCCTCCGTACCGGTGTCAATGCAA
GAAGGCTCTAGAGACCATTGGTATCACTTTCTGGACTGCTTACAAGATTT
AGAAGTCCTTTAAGGATGGGAATGGGGTTGAAAGGGCCAAGAAGAAACAA
AACTTCTGTTAAAACAATATGGATGACTTCAGGTGACCCTCCTCCAGTCC
TGACCTTAACCCCTGGACTTTGCAATTAGAAGTGTCTTGGAGAAGAATAT
ATGTCGCATCTTTCATCCAAAATAGGTATTCACTCCGATCTGTCATCATG
TACATGGTCTTCATCGTGAAAAGCTACCAATTTGTGCACCGCCGTGTGGT
GCCTGTTAGAGATTGTGGACGGAGTTATATCAAATAAACATATGAAAAAT
TGATTTTGAGAAGTATTTTCCTGATTCAATAAAAATTACGTTCTTTTGTA
ATTTAGTCATTCTACTGCAAGTTTAGGGTCCCCACTCTGTCTAGATCGAA
TTTTAAATAAATTTGAATTTTTTTTATACCTGTCTATACTTAGCTTCTTT
AAATTACTGAATTAATTTGGTTCACAAAAAATCATAACGGTCTCAGACCG
GTCTAGAATTTTCAGACCCGTCCCAACACGAGCACCTACTCATATAAATA
TTATAGATACTCATTTTTTTTATRCATTCCCATTAAAAAATTAATTATAA
TTATAATTTTCATTAGAATACCAGACCTCATAATAAATAAATTTAAAAAC
GATGCGTCACTCGTTCTAATATTCAAATTTATTTACTATGAGTGTACACT
ACAGGGTGTGCAAGCTGTCTGTGTCACGAAAAGGATTTTTTTGTTAAACG
AAATTTTCTTTCCTAATAGTTATTAGATTTAAAAAAATAAAACAGAAATT
ATATGAATAAAAGATTCTAATTTATTTTAATCAATAAAATCCCCTCCAGT
CTCAATTATAGACACTATGCTTGGGCATAAGCGCGAGCAGATATTCGCCA
CATAGTCCAATGGTAAATCCTTGAACTCCTTCTAGATCCGACTTAAAAGT
TCGTCTTTGTCGTTAAAGGGGATTCAGTTGGTTTTTTGTTCGATTGCACC
CCACACTAAAAATAAATTATCATATTCGGCGAGTTTGGAGGCCAAAAGTT
CGGCAAGATGGAGTCGTCAAAATTGTCTTACAACACTTTGAGACTTGTTT
TTTTATTTATTTTTTTAGGTGGGACATGGAACTGAGCCCTSCTGCCACAT
GTAAGCCCTACCATTGGCAACCATGTCGATCCAGGGTATTTACCAGNCTG
AGTAATTGTTACGTTGGCGTTCTGAGCGCGGATTCCAAGGAGGATTCAAC
AAAGAAATTGCCAATTGATTCCATTATTTTCAAACTCGTACAGGTTTGAA
CAAGCCATCTTACAAAAACATTAGCCTACTAACTGTCTGGGTTTGTCCAA
AAGAATTCCCTAAGTGGCGGCAAAGATAGCTTGTGCACCCTGTATGTATT
AGAGAATCATATCACATACCTACATATAAATAAATTAATTAAAAATCCCT
TCTTTTAATAAATAAATAAGTTTGATCACGTACTCTCAGCGCGGCGTAAC
TTCACTAACATACAAATTTGCTTTGTATACGATCTTTCCTTTGCTAATAT
AGAGTGTATTTGGTTGTTGATTGTCGATGTTTCTGTTCTTTTCTTCTTAC
AAGTGTTCTGAAGCTTAATTGATTGAATTATAATTAACCATTCTTAAACT
ATGAACAATTCCCAACAATCATTTATTGCCAACTGTTTTTGTGTTTTTTT
ATTTGCAGAATAATTATTAAAAATATTATTATTCAACGAATAATAATTAA
TTATCACATAGGATGATTGTATTGATAACTTTATCAAAATAACTATTAAA
TGACTGAGTATAAAATGACATAAATTCTAAAAGTGGGTCAATGTTTGATA
TAAATTAATTTTAAAATCTTATGTAATACCTTTTTTGAGTCTCTAATAGT
CAGCTGCTTTAAATCATACAAGAGTCAACTTATGAAAATTAATGAAAACA
CCTAAAAGGAAAATACACTACATTTCTGTGTTTATTTAAAAAAGAGACCC
GTGTAAACAATAGTTATACAGGACTCGAAGAGGAAATCCAAACCGTCTCT
CGGGTTTATGTACCAAAAAAATAACTTGTTAGTCTGCTTCAAGATATCCC
CAGACAAAATAATCCATCGGTCCTTGGTCACAAGGCCGTAGTAGTTTTCC
TCAAGCCAGGAAAGAGACTAGTTAGACACATGGCAGGGTGCAGAGTCCTG
CTGCCAAGCCCAGGCCGGCCCCAGTGGMATTACAGATCCTATAACACAAC
CCCTTTTCAGTGCCCTTTCCCGAAAGACGGAGGGCGTCGCTCGAGATTTC
TTGGTACTTGGTCCCATCCATCCTCCTTTTGATCTGGTGAAGTCGTCCCT
TAGCAGTAACTACCCTTAAAACGTAATTTTTCCACCTCCTTGCTTGAAAA
TGGTGGGGATAGTCTTCTTGAGATTATATAGGATTTTTCATTTAGAACGC
TACAACTTTTTTTATAAATAAAACACAAACATTTGTACCTATATTTTTAC
AAAGTTATTTTACCACGAGTACGTTTACATAAACAAGTTTACATTTACCT
AACCCAACTTTCCACTACTTTTTCCAGTAAATTGTCCGATATTTGCATTT
GAGCTCTTTTAAGGTCGCCAGCGTATTAGTGTATACCAATGACTTCTTCA
TGTTACCTCATGGAAAATAATATAAAGGCGTTAAATCGCACGATCGAAGC
AGACAATCAACTGGTCCATTTCCCGAAATAACGCCATCACCAAATTTTAT
TTGCAATAAATCGATTGTACCGTTTTTTGTATGACAAGTGGTATCGTTCT
GTTGAATTCAACTGTTTTACAATTCAATACCTCACAATTGGTGGCAAAAA
AAAAAAATCAGTTATCATGGTGCGATAGCGATTTCCATATACAATAACCT
GGTGATTATCATCATCAACAAAAAAATAGCCGAAGGATCTCTCCAGCATG
AAGTCCACACCAAACAGTAATTCTTTCGGGATGAAATTATGTCTCGTAAA
GGACTTGTGGATTGCTGCCTGACTAATAAGGCTTATTTTCCTTAGTAACA
AAGGCATTAAGCAAAAATTTAGATTTATCAATGAAAATGATTTTTGCGAT
GAAAATTAACGGTTATTTTGATAATACACTTGTATAATTTGCAATCACTG
ATAAAGTGTATATCGCTCCCTGATGAAATATATATTAATGGAGTTTCTTA
ATGTCAAAGGAAAAAAATGTATAGAGGGTCGTTTTTTCCCCAAGTGTTGT
AGTGAAAACCCATTTACTTAGCACCTTTCTTCCCCCAAACACATTTTTTA
GTTTTGTTTATWTTCTGTCRCCTACTGTAAAAATAAACCTACCATTACAA
TTATAGACCTTCCTTTCCTTTGTCTGTTGGCAAACTTACAAAATCGATTA
GGGATCCAATACTAAATTTATCAACTCTAGCTATGTGCACTAAATAAGCC
ATATAATTTTTTTGGTGATCTAAAAGTGGGCTGGACAGAAGTTAATAAAA
AAGGAATTAAGAAGACTCAAACAACGCTCTGTACGAAATTATTGATGCTT
ATGAGTCATGAGTGACATTTCCTCAAACCTTTTAAAGCACCAATACAAAC
ATAAATGACTATACATAATGAGCAATGGTTAATCGTACCAGAACTACCAA
TCAGCTCCGCATAAATCAATAGGACAAAATAGTCATCTTATTTGTATATA
TGGTATGGGCAATGTGCAAAATGCTTGTTAGAGCAGACAATGTGCAAAAT
TTCCAATAGAGTGGTCATTTTACGTTCATTTACATTGTCAGGTAAAATGA
TTGTAGGTAATTGGATTACTAAACAATTCATTTAATTTCATTGCAAGCAG
TTTAATAATCGTCTGCACTTTCATTGTAAATTATATTGTATTCGGACAAT
CAAACTTTTGTATGATAAGAAATTGCCATTCGTGACCTCATTTTATTTTG
CAAAATATACCTTGTTCAACAGGTTATGCTCTAAGGAGTATAAAAACCTA
TCGCCGCTACTATCTTAAATATCAATAATACCTTCTATTATAATACACCC
GGTCCACGGGTTATGCAAGTGACTGCTTGTCCACAAGGTGGGTAATTACC
CACCGCCACCACTTCCTTTAGCATTAAGGTATCCTTCTAATATCCTATAG
TACATCCCCGGTCTAGGGGTTGTGCAAGTGAACTGCTGGTGCATAACCTG
GGTCAAAACCTCTGCCGCCGTTTCCTTGGGCAACTCCTTGGGCACAACTC
AAGGGGCTTACCCTTTTTTTGGTATTATACTTCATATGTACTGTAAAGGT
ATATGAGACTTTGGTTGTGGTTAATTACCCTCATGCTCCACTTCTGTAAC
CGGACATTTAGCATATTGCCCGCTCTAACTGACATCTTTCGCATTGCACA
GGCATTATGCAAAATTCTCTTTTTTCCATATTGTCTATAACATATACAAA
TAAATGAATTGGATCTAAGGGTACTAATAAATATATAAAAATGTCAAATG
AAAGAATTTGATTTATGTTATTTTCTGTATACTGTAAATTTGCTGAGGGT
GAGATTCTAGGAAGCAGAGTTCATATGTTATTATGTGAATTAACAAAAAT
GACCTTGTAGATTAGCAAAATGTACTTACYCATTTATCTAATAAGTAGAC
AAAATATATTCTTCATATTTTAAACTAGATAATTTTATTTAATATTTGCC
TTGCTTTGAGTAACATTGATTTATGGAGTATGTGTTGAGATGCAAAAGAG
TAGGTGGTGGAGGCAATTCATATATGTACACTGTGTTTAAATAAAAACCA
TCTTAAACAAAAATCAAGAATAGTAAAAATATTCAATATCATAAAATCCC
AATATTTCTAAGATAGATATATCATTTCAGTCAATTACAGGGATTGTATT
CAATATTCTTGGATAAGTTGAGATACACAATAATTTTTACTCTAGTTTAG
AGTAGGGTTTTTTAACCTTTTTCCAATGATTCCCCACCTTTTACTGAGCC
AACTCTCCATTTCTCACAACAGCATCCGTCTTTGACAAATTTGATTTTAA
CTAGTACAGTTAGGAACCTTGTTTTTTTTCCATATATGTCTAATAATTAT
CCCATGGATATAAAATACATATGAAAAGATTCGTTATGTTTTTTCCTCCA
TTTATTTGGTCATTTATAATGAAGACAAAAAATGCAACACTAGACTCATA
CAAGTTAATGAGACTTTTGTATTTGTTTTGCCTTGACGAGTGCCTCAATG
TTCGGTTCCACTTTTGAAATGGGGTGGCGCAAATCAGATTCAAGGGCAAT
CAGGTGGTTTAACCATTTGATTTTGGTCTCAACCATACTCAAAAACGCTG
ACTTGTATCAGGGTCACATCTTTTTACGCTTGGTTTGTATACTGCACCTC
AGGGGGAAGAGTGGAGGGGAATTCTGTGTGCAAGCTTAGAGCTGAAAACA
TTCACTTGATGATGCCTATTCCAACGCATCAGGCGACAGCCTGACTGTGC
AACTCGCTTTTTCCCGAGCATTCACAAATCTTGACCCTTAACATGCAATA
TAATCACAACACCCACATACTAAATTAAATGTCCATAAGAATATATACAC
GTATGAGAAATTACTTAAGAATGAGTTTTCGGGGAGCCGCTGCTGACGTT
TCTAACCCAACAGTGCTGTCACTTTTACCCAATCATGATAACCTCATTCT
GGATACGGCTGMCATGTCAGGGTTTTTCATTGCTACCATCACAAAATCTA
AGGCAATGAATAAMTTAAAAGTTAAATTGKCTGCCACTCCGCTTGTCAGC
CTCTAATCCATCCTACTCTGTCTTGATCTTATTATTTACCAGAGGCAAGC
CCAAGCGTCTTACAGCTGACAGTAGCACAAGTCATATTTGCAGCCCAGTA
TATTATTTGTTGTATAAACATGTTAGGGTCCTTACATATTTATTTGGGAG
GATGTGTCTTGAAAATAATGCTTTAAAAATCACAAGTCTTCCTTCAGTTG
CAAAAGGTTTCTTAACTTACTGTTTAAACTCTTTATTTGACTAATGAAAC
TTAATCCTATATGGTACCCTTATATGTAATTATTATTGGACCAAACTAAT
TTGGGTCTTAAAAGAAGTTGGGTCAAGACTGGTCTCAAAGAAAACATCAG
TCTAGATTGGTTGCAAAGAAAAAATCTATATGGATCGGTCTTCTATAAAA
TTTTGTATATACCGAATGTATAGATGAATTGACGACGATGTCAGTTGTGT
TTCAAAATCATTCAAAACATTAGCAAAATAACTTCATATGTGTTTTGTTC
TAAAAAATTTAGACCGGTCTCTAAGAAAAATTTGGACTAGATCGATCCTG
AAGAAAAATTATCTCTATACTTGGTCTTACAGAAAAATCTGTGTTATTTA
AAATTTGGTCTAAACTGATTCTACAAATGAATTATTGAGGACGTCAGTTG
TGTTTCAAAATGTTGAACATTACCACAATACTTTTATATGAAGTTAAATG
TGTTGCATATCTGGAGTAGGGAGAAAATCTGACGACAATAGATTGAGACT
GTGATATATGAGGATATGGACTATANNNNNNATACTTTATTTTACACAAG
GAGAATCCAGGCTGACTTTCATATGAATCTTTTTTTATACATATATACGG
AGCATCTATATTGACGACGGTTACTAAACCTATTAGATATAAAATAAATA
AGAAAGACCGAAAAAATTCACTAATACTAAATATTTGCGTATTTTGTTGT
CAAACTGTCGATGTTTTTGCTTATTTCCCCTAATCAATATACTGCACGTT
GATTGGTTGAATTACAAACAGCTCTTGTTAAGTTCTGAATAATTATTGAA
TACTAATTCCATTATTGGAAAGAACTAGCTCACAATTGGCCAAATACCAA
CTGATTTTCCTKTTTTCAGTTTCTTTTCGTATGAAAGGTTGCGTGCCAAA
AGGAAGGTAACAATGTGATATATTGAGACCCGTCTTAAGCAAAAATCCTG
TCGAGATTGATTTCATTTAAAATTCGGTCTGAACCGATTCTATAGATGGA
ATTTCGATAGAAGTCATATGAGTTGCATCAATCCTATTTGTACAACTAAT
AATTTAAGAACCAATGATAGAGGCTTAAAAAATCGATCCACGTATTGGAA
ACGATTATTTTCGGTATAGTGTCAGAGATGGCCGTCTGGACACAAATATA
TATCCAAATCCATCTAAAAAAGATCACTTAAGACCAAACCGGTGGATAAA
TCAGTCTCGGACCGAGATTCACACAATACAGATTTATTACTTAATAGTCT
TAGTTCACAGCATTGTCCGGATTAATTAGGCGTCGACTAAAAGACAAAAT
TTTCTTCGATAATATAGAAGGTAACTCTCCAAGAAATCCTCAGTGTGACT
CTTTATTTTTCATACGCACACTCACTCGTAACTACTGTATACAAATAATA
CTTATATCAATTCATATGACGTATTCYCTGCTCAAGACTGAAATCATTGC
CAGAATCCGTAGAAAAAAAAAAAAATAATTCGGATGACGGATGAGTACTT
TAGTCTTTAGAGCGCTCATTGATAAAAACGAACAAAAATCATTTTGACAT
AGTACTAGCATTTATATTTCATTCAAATCTTAACATATACGCACATCAAT
GATGATATACATAAGAAACCCATAATAAAAACAAACCGAAACTGTGCTCT
TTTTATCTGCACACGCATGCAATATTTTATCAATACCAAGATTAATAGAA
ATACAAGGTTATACCAAAAGGCTTTTCTGATTGATGCTTGACTACTACCA
CGCTTTTTAATATTGACATCCTAGAGAATAAATATTACTAATAGTAGCAA
CATATGGCCTTCCTTGATTGTTACTCTTAGAGTGCCTTTGTTATTCTATA
TGACGTATTCTATGTGTCTTTACATCAAATTAGTGAGCCCGATTACATGA
TTGTATAACCTTATATTTCTATTAACCTTGATCAATACGAGTACATTATT
ATTTCTGATATCAAGAATATGTATACAATATACATCAGGGATCACTATAT
TCAGCTCACCCTGTGTAATATTCAATGTTATGTGCATACGCCTGCGATAT
TTCCTTAATACAACCACATAACTATTCGTTATTTAATTTTAATCACTATA
TMCRGTMCAGCCTGTACTGCCCATCCGGTGACTTTTTCTCTTACATTCAT
ACATACGGAAAGACAAGCNTTTGTTTTATTATGACAGAAAGTCTTGTGTC
AGTCCTTATTTTTTAGGTCTAGTTCAGTTCGTACCGTCAGTACTAGAATT
GATTAAATTTAAATGACGTCATCAAGGACTGAATTTTATACATTGACTTA
CTAAACTGGACTAGACCGAGAATGAATGGTATGGAAGTGCAGTATTCTGT
CCGAATAAGGGCCTACACAACACTGCATATACATACATACATACATGTTA
AACTCCCAAAATGGAGATTGGTATCTTAATGATTATTGATATTATTAATG
GTTAGGAGGCATTCGTTTTGTAATTTATTGTCTAAACATAAATTTTAAAT
ACTTATTTATTTTTCTTCTTCTTGTTTTCCAAAAGCGAAGGCTACCACCT
TCTTCTCGGTGTTCATAAATCATCGTTTGATATGCGTGTTTCTGTCTACG
ACTACTGGCACTAGACAACTGCCTTCTGCCACTTCTATCATGCTTACATA
CATTATCAATGTATATACAATTTGCATAATATAGCTTCTTGAATGTATGG
AGCATTTTTACGTAACGTCAGCATTGTTGATGTCAGCCATATTGAAAGAG
GTTTTATAATGATAAAACCTCTTTTTTTCATTAATATTAAGGCAAATGGC
CATACTCAAATTTTGGATCTATCCGTCTAGCTTTATTATATATCTGACCA
CCCTAAAATATATAAAAAATATGTTGTTACATCGTTATACAGCTTTATTT
CCGAAATGTAGACAATCAATTAACTATTTCAATGTTGAAAATTTTTTTAA
ACCAGTATATATGTAAACATAAAGTTAATTTGAATTGCTTTATATTATAG
CTAAAACTAAAGAATAAACTTTATATTACAACTTCAAAGGGTTTGTGTCA
AAAAAAGATTCGATTTTAACTGATTTTTTCAGTTTAACTTTTAATTTTTT
TATATAATATTTTAAAAATAAGGAATGAAAGATTGCGTGAAAAAATTTCG
AAATTCAATATAATTACTTGGGTTGAGACTCCGTCGAGCACCAATTTTTT
TTTTCGGTTTGGTCTTAAGCGATTTTTTCTAGACTGATTTAGATATTTTT
TTCGTTTTCTCATTGTAGAACCGATTTTGATTCCGTCTCATATTATGAGA
GATTATTTTTTTCTAGATCAACTATAATTCATTTTTTTTTTTTAATCCCA
AAAGTACAGTGTATAAGTTCTATAAAAAAACTGTGTAGATATAACAGACG
GCTAGATCCAAATTAATCAGAGTTATCTCTGTTTAAACTTCGTATAACGT
CATTGTTCTTGGAAAAACATATGATGTCATGTTATAAACAATTTATCTCT
AAAATCGGTCGTAAGCGATTTTTTTTTTTTTTTTGACCGAACTAGACCGA
ATTTTTGTATGATACCAGATCAGACCGAGCTTTTTTGTTGGACGGAACTA
ATTCGGTCCAACAAAAAATATAACGGTCTCAGACTGAAACCCAACAATAA
TAATTACGTCAATTATTTGACTAATTTTTATGAGGGAGGAAAGTTATCTC
CAATTTAAATGTGTTACATATATTCAATGTCTTTGAATATAATTTATTGA
TTAGATGTACGTAATTTATATTTAACTTTTGAACTTTTCTTCTTTCTAAA
ATATGCATTCCTTATTAAAATTGGTCAAATACCTATTCGACTTAATTATA
TTTAATTTTGAAACATTTCTACGCAACCTTACATTGCAATTTTATTAAAT
ATTCTATATGAAAAATAAAAGGGGAAAAATCAATCAATTTTTTGACGACA
AATGCCCTTTTTATATGATTTTTSTATAAAAAGACCCATATGAGGCTTGT
ATGAATTAAATAGTAATCGTATATTTGAGTTTTAGCCGACAGGCGTTCCA
AGACCTGAATTTTATTTCATAGCGTAATATTTTTACTTTTTGGGCTGGCT
CTTAGCAATATAATTTATCTAAGGTGTAATTTTACAATGACATAATAAAT
ATTCCTATTTTTTTATGGATCCACTTTCTTTTCTTTTCAGACTGGTGTGG
TATTTGCGGTGGAAATAATGAGACTTGTGTTCAGGAATCTGGTGTCTATG
ATAAGTCCCATTATGGTTATAAATCTGTGACCACAATCCCTGCAGGAGNC
GACGAACATTCGAATACGCCAAGAGTCATTGTGGCAACATAATAAGGATG
ACTCATATATAGCTCTAAGGCAACCCTTTACAGAGCATTATCTCCTGAAT
GGGGACTTTGTCATGAGCATGTTTCGTAAGAGTATAGCATATGGAGGGAT
TACTCTGGAATATTCAGGCTCCAATGCTCCTTTGGAGACCATTTCTTCTT
TCAATTTACCTTTGAAAAGGGATTTGGGAGTAGAGATCCTCATGGTGGGA
GACTTGCATCCACCTAAAGTATCCTATTCCTATGTTATATCAAAGCCTAA
AACAGGAAAAGATGGAGAAGACCTTCCAACCTACAAGTGGGAGCTCTCCT
CACGATGGTCACACTGCGAAAAAGCCTGTCAAGGTAAATATTATATTTTG
TATTCTGGTTACGGTTACATTTATGTCTGATTAAAAATAGACTGTTATCT
GGGTTAGGATAATTTTTGAAAGTTTTTACCGTTTTGAGAGCTTTGGGCCA
ACTTTTGAGTATGGACAAAGTCAATAACAGATATGATTCTTTCATTTTGT
TTTTCAAAATTTTAGGGTGATTTCAAATATTAGCTTATATTTGATTTATA
ATCATCCAATTTTGAGAAAATACAGTTTAATTGTTCAAAACTACCTTATT
TTAAGTGTTGTTAAAAAAAGAATAACGTCTTGGTATTTCAATTGTTTTTA
CGCCAAAGAAATTAATTTAAAGCGTACATAATTGGGAGGAGTAGATAATG
AATAAGAACACATAAAAATATAATAAGGGCCTGGGAAGACATATCCTGAG
AAAAATTATTATCTGTAATTCCAACTCCGCTATGGAAATGAAGATAATGT
ACACAGGAGCGTCTGCAGGAGTATATTTTTGGAGTGCTTGGTTTTAAGAT
TTATTTATTTTAAATCCAAAAATTGAAATTTTTCGAGGAAAAATTAATTT
TTTTTTGAAAATTTTTTGCAAAAGTTAATTTTTGGGGAAAATTTTTTCTA
GTAAAAAGCAAAATTTCCTTAATTTGTAAAGGGGGAAACAGTACCTCCAG
CCCACCCCTTGTGGACACCCCTGGTGATTTGGTTCCTCCAATATCTGATT
CACAGTCCATTGCTTCATCCCGTAACTTCTAACCCATAACGAGAGTTGGT
TTTCTAGGACAGAGGTTTTCAATGTTTCCCTCCTCATTATCAAATTATTT
CCCAGGCACACCTTTCCAAATAAATAATCAAGAACCTAACATTTTTATAC
AATTAATTATAAACTAGTTTGTAGATATTATGTCTTGTGCCACAGTCAGC
TGTAATGACCAAAATATTCTGCTACAATCATCATGTCAGTTAAGCTTGCT
TCTAGCAAGTAATGAGATCAAGCCGGAGGCTCACACTCAGAGTAACATTG
AAAGTTGTTATCAATTTGTTCCTTGTCTTTGAATTTGTGACAGTCACTCA
CATAAATATTTGGTGGTCAAAGCAAAATACATTTGACTACCCATTTTGAC
AGAGTGGGATATTGACTGYCAGCCAGTATCCAGAATTGAATACATGTTCA
TTTTGCTAAATAAATCATTCTGGTACCACTGTTGCCGTGACATACTTGTT
GAGAACTAATGGTCTAGAGGGTGTTTGTGTGGGGTGGATCATCCAAGGGT
TGATGTTCGATACTTTTATTTAATCAAATAAGAGTATACAAGGAAGTTGG
AGAAAAAAAATATGAAACGCGTCATTAGTTACAAGGATATTTCAATTTTT
GGGCTGGTAACAGAGGCGTAATTAAGGTTGACTTTTCCCTAATTCACTTA
TAGAGGAATATAAATGGAACTTATCACTATATACAAATTCACCAATTAAT
ATGTATTTATGGATATCAACTCTTGTTTTTGTACTTGTGAGTGATGAGCC
GAGTAGGATTTTTGAAAGCCATCATAAATTATCATTATTTGTAATAGCCC
TGTCAAAAAAATATAAATTTATTTAATTTGTTGCTGAAATGATTTATTTA
TGCTTCCATCATCTCTCTAACTTTTTTTCCTCCCTAAGGCAAACAAAGAA
GCTCATCTGTTTGCTTAGTTTCACATCCAAATGAATTTGCTCTAAGAGAA
GTGAATGAAACTCTTTGCTCTCATTTACCTCGTCCTAAAAATCGGACCAA
GGATTGTAATCAGCATTGTCGTCTTCAATGGGCTGTCAAATCCAAAACAC
CCTGCTCTGTCAAATGTGGATATGGAGGGAAGCAAGAATTAAATCATGTC
TGCGTGCGGGTCATGAATGATGACGAGACTACGCATGTCCTGGCGGATTG
GTTCTGTAATGAAGGCATTGAGAAGCCGGAAAAGGAAATGCCT
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