EMLSAG00000006930, EMLSAG00000006930-689696 (gene) Lepeophtheirus salmonis

Overview


Name	EMLSAG00000006930
Unique Name	EMLSAG00000006930-689696
Type	gene
Organism	Lepeophtheirus salmonis (salmon louse)

Associated RNAi Experiments

Nothing found

Homology

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BLAST of EMLSAG00000006930 vs. C. finmarchicus
Match: gi|592888049|gb|GAXK01070326.1| (TSA: Calanus finmarchicus comp215429_c0_seq1 transcribed RNA sequence)

HSP 1 Score: 528.48 bits (1360), Expect = 9.840e-170
Identity = 296/532 (55.64%), Postives = 372/532 (69.92%), Query Frame = 0

Query:    2 MNRLDRYYNMPHGSGAPPLPRKGILMVXXXXXXXXXXXXXVTHQHQWPYQTNPHMIAGPTVLVPTTTNPXXXXXXXXXVLPQYGHPSQQFVQQPIPKRVPVLRAGRK--------DYSDHGSIISNNNLASAMAIPD-SPKAALQRLLVLYENGHHREVAALMKRLSFSSFRQILPSLPGDIFVESMPHSLPILEALYAKLYMSSDRELILDRSSMGLSNLRPEAVVWQLVKFFASQQEEAKATGERWAFCGPFISSCKRLLNILLQAEPKLKRVVLDRKRALMKAIESLGQHGMVGTSDEKLMNLHDALKLEFQKVQKTYGEALTKLETMSLVGSHPVVNKSNGTISGRLSRAPPIAQSHQRQLSLKANEIQLRLIKNKTLLNAIEPALENTALEVLLGILQKRIELDKECLFQFTQVKRESKLQGDDTQSVAPILMRYQRGCQQVLDLMKEVSATERIEDEVEENLSDISGGYHSDSESCVMTSGNSPFISKEARYNFLSRSIRLGSKHNFRSSIIASSICQDNLSIRSS 524
            MNRL+ +Y  P     PPLPRKGILM+ PPPPP                    ++  GP       T P           P +G+P+   V     +R+   R  R+        DY + GS  ++ N ASAM I D SP+ ALQRLL+LYENG HRE AA ++RL+ S+F+Q+LP LP D+F+ESMPHSLPILEALYAKL+++ ++   + + +   S+LRPEAVVWQ+V+FFAS QE+      RW FCGPFISSCKRLL++LL +EP+++R++ +RK++L KAIE LGQHGMVGTSDEKLMNLHDALKLEF KVQK+Y +AL KL++++L+     V    G +SG      PIAQSHQRQLSLKA+EIQ RLIKNKTLLN +EP LENT LEVLLGILQ+RIELDKEC+FQFTQ+++E +   D   S+AP+LMRYQRGCQQVL+LMKEV+     E E E + SD+S  Y SDS+S VM SGNSPFISK  RYNFLSRS+RLGSKHN R+SI+ASS+ + NL + SS
Sbjct: 1168 MNRLNPHYYAPQV--PPPLPRKGILMLPPPPPPMS------------------NIPRGPGA-----TEPTLAKSSTWSYRPGFGNPA-NLVPMGSGERIRPERVNRRGLNSLTHFDYEELGSRPASQNTASAMTIADVSPRLALQRLLMLYENGDHREAAAFLRRLAPSTFKQLLPQLPADLFIESMPHSLPILEALYAKLFLAGEK---IWQETRATSSLRPEAVVWQMVRFFAS-QEDGLIGQMRWEFCGPFISSCKRLLSVLLSSEPRVRRILSERKKSLQKAIEGLGQHGMVGTSDEKLMNLHDALKLEFHKVQKSYSDALDKLDSLALIVGKVSV---KGQVSGH--GKAPIAQSHQRQLSLKADEIQERLIKNKTLLNVVEPTLENTPLEVLLGILQQRIELDKECMFQFTQLRKEVRAV-DGQTSIAPVLMRYQRGCQQVLELMKEVAD----EGEDEGHTSDLS-PYQSDSDSAVMMSGNSPFISKAQRYNFLSRSVRLGSKHNVRASILASSLSEVNLELHSS 2640

HSP 2 Score: 114.005 bits (284), Expect = 4.846e-25
Identity = 51/94 (54.26%), Postives = 69/94 (73.40%), Query Frame = 0

Query:  594 CSIQSKRDSLRRILQLPPTCLSIGKKDDDLEMMDLARKDIEEALSLYLRRAVDNFDLTKNVEEVCDQIWATLYDYPCLKSCGAIIKYVKECLKT 687
             ++++KR+ +RRILQLPP+             M+ A +++E AL+ YLRRA + FDL+KNVEEVC QIWATLYDYP LKSC  +IKY+KEC++T
Sbjct: 3367 ATVETKREQVRRILQLPPSS--------SPHEMEPAARELETALTAYLRRATETFDLSKNVEEVCTQIWATLYDYPGLKSCDGLIKYIKECVRT 3624

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BLAST of EMLSAG00000006930 vs. C. finmarchicus
Match: gi|592836267|gb|GAXK01121277.1| (TSA: Calanus finmarchicus comp232030_c1_seq6 transcribed RNA sequence)

HSP 1 Score: 445.662 bits (1145), Expect = 3.629e-140
Identity = 232/414 (56.04%), Postives = 306/414 (73.91%), Query Frame = 0

Query:  111 SDHGSIISNNNLASAMAIPD-SPKAALQRLLVLYENGHHREVAALMKRLSFSSFRQILPSLPGDIFVESMPHSLPILEALYAKLYMSSDRELILDRSSMGLSNLRPEAVVWQLVKFFASQQEEAKATGE-RWAFCGPFISSCKRLLNILLQAEPKLKRVVLDRKRALMKAIESLGQHGMVGTSDEKLMNLHDALKLEFQKVQKTYGEALTKLETMSLVGSHPVVNKSNGTISGRLSRAPPIAQSHQRQLSLKANEIQLRLIKNKTLLNAIEPALENTALEVLLGILQKRIELDKECLFQFTQVKRESKLQG--DDTQSVAPILMRYQRGCQQVLDLMKEVSATERIEDEVEENLSDISGGYHSDSESCVMTSGNSPFISKEARYNFLSRSIRLGSKHNFRSSIIASSICQDNLS 520
            SD+GS      LAS ++I D SP+ ALQR+L L+E G  RE AA ++RLS S+FRQI+  LP D+FV+S+P SLP+LEALYAKL+++  ++L    SS+   N+ PE V+WQLVKFFA Q++++ A+ E RW  CGPFI++CKRLL++LL AEP+L+R+V DRK+ L K IE LGQHGMVG++D+ LMNLHD L++EF KV++ Y  A+ KLE ++L    PV N S G  +       P+  SHQRQLSL+ +++Q RLIKNKTLL A EPA+  T+LEVL+GILQ+RIELDKE LFQF  +K E+KL    D   ++AP LM++QRGC QVL+LMKEV+     E+E E   SDIS GYHSDS+S VM SGNSPF+SK ARYNFLSRS+R+GSKH+ R S+I+S + Q+  +
Sbjct:  674 SDNGS---RRQLAS-LSIADMSPRLALQRILALFERGEQREAAAFLRRLSMSTFRQIVTELPTDLFVDSLPQSLPVLEALYAKLFLAGGKKLP---SSI---NVSPETVIWQLVKFFACQEDQSLASREGRWELCGPFINTCKRLLSVLLTAEPRLRRIVADRKKLLTKVIEGLGQHGMVGSADQSLMNLHDGLRIEFLKVKEQYQGAIQKLEELALSSKEPVTNSSGGGKA-------PVLSSHQRQLSLQLSQVQERLIKNKTLLTAAEPAITCTSLEVLIGILQRRIELDKEVLFQFNTIKNETKLVDLTDKNPTIAPTLMKFQRGCHQVLELMKEVT-----EEEDENCSSDIS-GYHSDSDSTVMMSGNSPFVSKTARYNFLSRSVRMGSKHSNRMSVISSEVIQEGYA 1846

HSP 2 Score: 66.2402 bits (160), Expect = 2.897e-10
Identity = 32/95 (33.68%), Postives = 57/95 (60.00%), Query Frame = 0

Query:  593 ICSIQSKRDSLRRILQLPPTCLSIGKKDDDLEMMDLARKDIEEALSLYLRRAVDNFDLTKNVEEVCDQIWATLYDYPCLKSCGAIIKYVKECLKT 687
            I S+   +  +  +LQ+PP   + G +D     +    ++++ AL  YLR+  D ++L KN EEV +QI +TL+DYP +++C  ++KY+  C+ T
Sbjct: 2501 IRSLSVVKQQVSTVLQVPPNS-AAGPEDPAAPHI----RELQLALDGYLRKCSDTYNLEKNCEEVLNQICSTLFDYPMIRNCSELVKYINNCVTT 2770

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BLAST of EMLSAG00000006930 vs. C. finmarchicus
Match: gi|592836268|gb|GAXK01121276.1| (TSA: Calanus finmarchicus comp232030_c1_seq5 transcribed RNA sequence)

HSP 1 Score: 445.662 bits (1145), Expect = 3.849e-140
Identity = 232/414 (56.04%), Postives = 306/414 (73.91%), Query Frame = 0

Query:  111 SDHGSIISNNNLASAMAIPD-SPKAALQRLLVLYENGHHREVAALMKRLSFSSFRQILPSLPGDIFVESMPHSLPILEALYAKLYMSSDRELILDRSSMGLSNLRPEAVVWQLVKFFASQQEEAKATGE-RWAFCGPFISSCKRLLNILLQAEPKLKRVVLDRKRALMKAIESLGQHGMVGTSDEKLMNLHDALKLEFQKVQKTYGEALTKLETMSLVGSHPVVNKSNGTISGRLSRAPPIAQSHQRQLSLKANEIQLRLIKNKTLLNAIEPALENTALEVLLGILQKRIELDKECLFQFTQVKRESKLQG--DDTQSVAPILMRYQRGCQQVLDLMKEVSATERIEDEVEENLSDISGGYHSDSESCVMTSGNSPFISKEARYNFLSRSIRLGSKHNFRSSIIASSICQDNLS 520
            SD+GS      LAS ++I D SP+ ALQR+L L+E G  RE AA ++RLS S+FRQI+  LP D+FV+S+P SLP+LEALYAKL+++  ++L    SS+   N+ PE V+WQLVKFFA Q++++ A+ E RW  CGPFI++CKRLL++LL AEP+L+R+V DRK+ L K IE LGQHGMVG++D+ LMNLHD L++EF KV++ Y  A+ KLE ++L    PV N S G  +       P+  SHQRQLSL+ +++Q RLIKNKTLL A EPA+  T+LEVL+GILQ+RIELDKE LFQF  +K E+KL    D   ++AP LM++QRGC QVL+LMKEV+     E+E E   SDIS GYHSDS+S VM SGNSPF+SK ARYNFLSRS+R+GSKH+ R S+I+S + Q+  +
Sbjct:  684 SDNGS---RRQLAS-LSIADMSPRLALQRILALFERGEQREAAAFLRRLSMSTFRQIVTELPTDLFVDSLPQSLPVLEALYAKLFLAGGKKLP---SSI---NVSPETVIWQLVKFFACQEDQSLASREGRWELCGPFINTCKRLLSVLLTAEPRLRRIVADRKKLLTKVIEGLGQHGMVGSADQSLMNLHDGLRIEFLKVKEQYQGAIQKLEELALSSKEPVTNSSGGGKA-------PVLSSHQRQLSLQLSQVQERLIKNKTLLTAAEPAITCTSLEVLIGILQRRIELDKEVLFQFNTIKNETKLVDLTDKNPTIAPTLMKFQRGCHQVLELMKEVT-----EEEDENCSSDIS-GYHSDSDSTVMMSGNSPFVSKTARYNFLSRSVRMGSKHSNRMSVISSEVIQEGYA 1856

HSP 2 Score: 66.2402 bits (160), Expect = 2.899e-10
Identity = 32/95 (33.68%), Postives = 57/95 (60.00%), Query Frame = 0

Query:  593 ICSIQSKRDSLRRILQLPPTCLSIGKKDDDLEMMDLARKDIEEALSLYLRRAVDNFDLTKNVEEVCDQIWATLYDYPCLKSCGAIIKYVKECLKT 687
            I S+   +  +  +LQ+PP   + G +D     +    ++++ AL  YLR+  D ++L KN EEV +QI +TL+DYP +++C  ++KY+  C+ T
Sbjct: 2511 IRSLSVVKQQVSTVLQVPPNS-AAGPEDPAAPHI----RELQLALDGYLRKCSDTYNLEKNCEEVLNQICSTLFDYPMIRNCSELVKYINNCVTT 2780

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BLAST of EMLSAG00000006930 vs. C. finmarchicus
Match: gi|592836269|gb|GAXK01121275.1| (TSA: Calanus finmarchicus comp232030_c1_seq4 transcribed RNA sequence)

HSP 1 Score: 445.662 bits (1145), Expect = 7.556e-140
Identity = 232/414 (56.04%), Postives = 306/414 (73.91%), Query Frame = 0

Query:  111 SDHGSIISNNNLASAMAIPD-SPKAALQRLLVLYENGHHREVAALMKRLSFSSFRQILPSLPGDIFVESMPHSLPILEALYAKLYMSSDRELILDRSSMGLSNLRPEAVVWQLVKFFASQQEEAKATGE-RWAFCGPFISSCKRLLNILLQAEPKLKRVVLDRKRALMKAIESLGQHGMVGTSDEKLMNLHDALKLEFQKVQKTYGEALTKLETMSLVGSHPVVNKSNGTISGRLSRAPPIAQSHQRQLSLKANEIQLRLIKNKTLLNAIEPALENTALEVLLGILQKRIELDKECLFQFTQVKRESKLQG--DDTQSVAPILMRYQRGCQQVLDLMKEVSATERIEDEVEENLSDISGGYHSDSESCVMTSGNSPFISKEARYNFLSRSIRLGSKHNFRSSIIASSICQDNLS 520
            SD+GS      LAS ++I D SP+ ALQR+L L+E G  RE AA ++RLS S+FRQI+  LP D+FV+S+P SLP+LEALYAKL+++  ++L    SS+   N+ PE V+WQLVKFFA Q++++ A+ E RW  CGPFI++CKRLL++LL AEP+L+R+V DRK+ L K IE LGQHGMVG++D+ LMNLHD L++EF KV++ Y  A+ KLE ++L    PV N S G  +       P+  SHQRQLSL+ +++Q RLIKNKTLL A EPA+  T+LEVL+GILQ+RIELDKE LFQF  +K E+KL    D   ++AP LM++QRGC QVL+LMKEV+     E+E E   SDIS GYHSDS+S VM SGNSPF+SK ARYNFLSRS+R+GSKH+ R S+I+S + Q+  +
Sbjct:  787 SDNGS---RRQLAS-LSIADMSPRLALQRILALFERGEQREAAAFLRRLSMSTFRQIVTELPTDLFVDSLPQSLPVLEALYAKLFLAGGKKLP---SSI---NVSPETVIWQLVKFFACQEDQSLASREGRWELCGPFINTCKRLLSVLLTAEPRLRRIVADRKKLLTKVIEGLGQHGMVGSADQSLMNLHDGLRIEFLKVKEQYQGAIQKLEELALSSKEPVTNSSGGGKA-------PVLSSHQRQLSLQLSQVQERLIKNKTLLTAAEPAITCTSLEVLIGILQRRIELDKEVLFQFNTIKNETKLVDLTDKNPTIAPTLMKFQRGCHQVLELMKEVT-----EEEDENCSSDIS-GYHSDSDSTVMMSGNSPFVSKTARYNFLSRSVRMGSKHSNRMSVISSEVIQEGYA 1959

HSP 2 Score: 66.2402 bits (160), Expect = 2.923e-10
Identity = 32/95 (33.68%), Postives = 57/95 (60.00%), Query Frame = 0

Query:  593 ICSIQSKRDSLRRILQLPPTCLSIGKKDDDLEMMDLARKDIEEALSLYLRRAVDNFDLTKNVEEVCDQIWATLYDYPCLKSCGAIIKYVKECLKT 687
            I S+   +  +  +LQ+PP   + G +D     +    ++++ AL  YLR+  D ++L KN EEV +QI +TL+DYP +++C  ++KY+  C+ T
Sbjct: 2614 IRSLSVVKQQVSTVLQVPPNS-AAGPEDPAAPHI----RELQLALDGYLRKCSDTYNLEKNCEEVLNQICSTLFDYPMIRNCSELVKYINNCVTT 2883

[Close]

BLAST of EMLSAG00000006930 vs. C. finmarchicus
Match: gi|592836270|gb|GAXK01121274.1| (TSA: Calanus finmarchicus comp232030_c1_seq3 transcribed RNA sequence)

HSP 1 Score: 445.662 bits (1145), Expect = 9.651e-138
Identity = 232/412 (56.31%), Postives = 305/412 (74.03%), Query Frame = 0

Query:  111 SDHGSIISNNNLASAMAIPD-SPKAALQRLLVLYENGHHREVAALMKRLSFSSFRQILPSLPGDIFVESMPHSLPILEALYAKLYMSSDRELILDRSSMGLSNLRPEAVVWQLVKFFASQQEEAKATGE-RWAFCGPFISSCKRLLNILLQAEPKLKRVVLDRKRALMKAIESLGQHGMVGTSDEKLMNLHDALKLEFQKVQKTYGEALTKLETMSLVGSHPVVNKSNGTISGRLSRAPPIAQSHQRQLSLKANEIQLRLIKNKTLLNAIEPALENTALEVLLGILQKRIELDKECLFQFTQVKRESKLQG--DDTQSVAPILMRYQRGCQQVLDLMKEVSATERIEDEVEENLSDISGGYHSDSESCVMTSGNSPFISKEARYNFLSRSIRLGSKHNFRSSIIASSICQDN 518
            SD+GS      LAS ++I D SP+ ALQR+L L+E G  RE AA ++RLS S+FRQI+  LP D+FV+S+P SLP+LEALYAKL+++  ++L    SS+   N+ PE V+WQLVKFFA Q++++ A+ E RW  CGPFI++CKRLL++LL AEP+L+R+V DRK+ L K IE LGQHGMVG++D+ LMNLHD L++EF KV++ Y  A+ KLE ++L    PV N S G  +       P+  SHQRQLSL+ +++Q RLIKNKTLL A EPA+  T+LEVL+GILQ+RIELDKE LFQF  +K E+KL    D   ++AP LM++QRGC QVL+LMKEV+     E+E E   SDIS GYHSDS+S VM SGNSPF+SK ARYNFLSRS+R+GSKH+ R S+I+S + Q+ 
Sbjct:  674 SDNGS---RRQLAS-LSIADMSPRLALQRILALFERGEQREAAAFLRRLSMSTFRQIVTELPTDLFVDSLPQSLPVLEALYAKLFLAGGKKLP---SSI---NVSPETVIWQLVKFFACQEDQSLASREGRWELCGPFINTCKRLLSVLLTAEPRLRRIVADRKKLLTKVIEGLGQHGMVGSADQSLMNLHDGLRIEFLKVKEQYQGAIQKLEELALSSKEPVTNSSGGGKA-------PVLSSHQRQLSLQLSQVQERLIKNKTLLTAAEPAITCTSLEVLIGILQRRIELDKEVLFQFNTIKNETKLVDLTDKNPTIAPTLMKFQRGCHQVLELMKEVT-----EEEDENCSSDIS-GYHSDSDSTVMMSGNSPFVSKTARYNFLSRSVRMGSKHSNRMSVISSEVIQEG 1840

HSP 2 Score: 64.3142 bits (155), Expect = 1.095e-9
Identity = 31/93 (33.33%), Postives = 56/93 (60.22%), Query Frame = 0

Query:  595 SIQSKRDSLRRILQLPPTCLSIGKKDDDLEMMDLARKDIEEALSLYLRRAVDNFDLTKNVEEVCDQIWATLYDYPCLKSCGAIIKYVKECLKT 687
            S+   +  +  +LQ+PP   + G +D     +    ++++ AL  YLR+  D ++L KN EEV +QI +TL+DYP +++C  ++KY+  C+ T
Sbjct: 3611 SLSVVKQQVSTVLQVPPNS-AAGPEDPAAPHI----RELQLALDGYLRKCSDTYNLEKNCEEVLNQICSTLFDYPMIRNCSELVKYINNCVTT 3874

[Close]

BLAST of EMLSAG00000006930 vs. C. finmarchicus
Match: gi|592836271|gb|GAXK01121273.1| (TSA: Calanus finmarchicus comp232030_c1_seq2 transcribed RNA sequence)

HSP 1 Score: 445.662 bits (1145), Expect = 1.001e-137
Identity = 232/412 (56.31%), Postives = 305/412 (74.03%), Query Frame = 0

Query:  111 SDHGSIISNNNLASAMAIPD-SPKAALQRLLVLYENGHHREVAALMKRLSFSSFRQILPSLPGDIFVESMPHSLPILEALYAKLYMSSDRELILDRSSMGLSNLRPEAVVWQLVKFFASQQEEAKATGE-RWAFCGPFISSCKRLLNILLQAEPKLKRVVLDRKRALMKAIESLGQHGMVGTSDEKLMNLHDALKLEFQKVQKTYGEALTKLETMSLVGSHPVVNKSNGTISGRLSRAPPIAQSHQRQLSLKANEIQLRLIKNKTLLNAIEPALENTALEVLLGILQKRIELDKECLFQFTQVKRESKLQG--DDTQSVAPILMRYQRGCQQVLDLMKEVSATERIEDEVEENLSDISGGYHSDSESCVMTSGNSPFISKEARYNFLSRSIRLGSKHNFRSSIIASSICQDN 518
            SD+GS      LAS ++I D SP+ ALQR+L L+E G  RE AA ++RLS S+FRQI+  LP D+FV+S+P SLP+LEALYAKL+++  ++L    SS+   N+ PE V+WQLVKFFA Q++++ A+ E RW  CGPFI++CKRLL++LL AEP+L+R+V DRK+ L K IE LGQHGMVG++D+ LMNLHD L++EF KV++ Y  A+ KLE ++L    PV N S G  +       P+  SHQRQLSL+ +++Q RLIKNKTLL A EPA+  T+LEVL+GILQ+RIELDKE LFQF  +K E+KL    D   ++AP LM++QRGC QVL+LMKEV+     E+E E   SDIS GYHSDS+S VM SGNSPF+SK ARYNFLSRS+R+GSKH+ R S+I+S + Q+ 
Sbjct:  684 SDNGS---RRQLAS-LSIADMSPRLALQRILALFERGEQREAAAFLRRLSMSTFRQIVTELPTDLFVDSLPQSLPVLEALYAKLFLAGGKKLP---SSI---NVSPETVIWQLVKFFACQEDQSLASREGRWELCGPFINTCKRLLSVLLTAEPRLRRIVADRKKLLTKVIEGLGQHGMVGSADQSLMNLHDGLRIEFLKVKEQYQGAIQKLEELALSSKEPVTNSSGGGKA-------PVLSSHQRQLSLQLSQVQERLIKNKTLLTAAEPAITCTSLEVLIGILQRRIELDKEVLFQFNTIKNETKLVDLTDKNPTIAPTLMKFQRGCHQVLELMKEVT-----EEEDENCSSDIS-GYHSDSDSTVMMSGNSPFVSKTARYNFLSRSVRMGSKHSNRMSVISSEVIQEG 1850

HSP 2 Score: 64.3142 bits (155), Expect = 1.095e-9
Identity = 31/93 (33.33%), Postives = 56/93 (60.22%), Query Frame = 0

Query:  595 SIQSKRDSLRRILQLPPTCLSIGKKDDDLEMMDLARKDIEEALSLYLRRAVDNFDLTKNVEEVCDQIWATLYDYPCLKSCGAIIKYVKECLKT 687
            S+   +  +  +LQ+PP   + G +D     +    ++++ AL  YLR+  D ++L KN EEV +QI +TL+DYP +++C  ++KY+  C+ T
Sbjct: 3621 SLSVVKQQVSTVLQVPPNS-AAGPEDPAAPHI----RELQLALDGYLRKCSDTYNLEKNCEEVLNQICSTLFDYPMIRNCSELVKYINNCVTT 3884

[Close]

BLAST of EMLSAG00000006930 vs. C. finmarchicus
Match: gi|592836272|gb|GAXK01121272.1| (TSA: Calanus finmarchicus comp232030_c1_seq1 transcribed RNA sequence)

HSP 1 Score: 445.662 bits (1145), Expect = 1.502e-137
Identity = 232/412 (56.31%), Postives = 305/412 (74.03%), Query Frame = 0

Query:  111 SDHGSIISNNNLASAMAIPD-SPKAALQRLLVLYENGHHREVAALMKRLSFSSFRQILPSLPGDIFVESMPHSLPILEALYAKLYMSSDRELILDRSSMGLSNLRPEAVVWQLVKFFASQQEEAKATGE-RWAFCGPFISSCKRLLNILLQAEPKLKRVVLDRKRALMKAIESLGQHGMVGTSDEKLMNLHDALKLEFQKVQKTYGEALTKLETMSLVGSHPVVNKSNGTISGRLSRAPPIAQSHQRQLSLKANEIQLRLIKNKTLLNAIEPALENTALEVLLGILQKRIELDKECLFQFTQVKRESKLQG--DDTQSVAPILMRYQRGCQQVLDLMKEVSATERIEDEVEENLSDISGGYHSDSESCVMTSGNSPFISKEARYNFLSRSIRLGSKHNFRSSIIASSICQDN 518
            SD+GS      LAS ++I D SP+ ALQR+L L+E G  RE AA ++RLS S+FRQI+  LP D+FV+S+P SLP+LEALYAKL+++  ++L    SS+   N+ PE V+WQLVKFFA Q++++ A+ E RW  CGPFI++CKRLL++LL AEP+L+R+V DRK+ L K IE LGQHGMVG++D+ LMNLHD L++EF KV++ Y  A+ KLE ++L    PV N S G  +       P+  SHQRQLSL+ +++Q RLIKNKTLL A EPA+  T+LEVL+GILQ+RIELDKE LFQF  +K E+KL    D   ++AP LM++QRGC QVL+LMKEV+     E+E E   SDIS GYHSDS+S VM SGNSPF+SK ARYNFLSRS+R+GSKH+ R S+I+S + Q+ 
Sbjct:  787 SDNGS---RRQLAS-LSIADMSPRLALQRILALFERGEQREAAAFLRRLSMSTFRQIVTELPTDLFVDSLPQSLPVLEALYAKLFLAGGKKLP---SSI---NVSPETVIWQLVKFFACQEDQSLASREGRWELCGPFINTCKRLLSVLLTAEPRLRRIVADRKKLLTKVIEGLGQHGMVGSADQSLMNLHDGLRIEFLKVKEQYQGAIQKLEELALSSKEPVTNSSGGGKA-------PVLSSHQRQLSLQLSQVQERLIKNKTLLTAAEPAITCTSLEVLIGILQRRIELDKEVLFQFNTIKNETKLVDLTDKNPTIAPTLMKFQRGCHQVLELMKEVT-----EEEDENCSSDIS-GYHSDSDSTVMMSGNSPFVSKTARYNFLSRSVRMGSKHSNRMSVISSEVIQEG 1953

HSP 2 Score: 64.3142 bits (155), Expect = 1.100e-9
Identity = 31/93 (33.33%), Postives = 56/93 (60.22%), Query Frame = 0

Query:  595 SIQSKRDSLRRILQLPPTCLSIGKKDDDLEMMDLARKDIEEALSLYLRRAVDNFDLTKNVEEVCDQIWATLYDYPCLKSCGAIIKYVKECLKT 687
            S+   +  +  +LQ+PP   + G +D     +    ++++ AL  YLR+  D ++L KN EEV +QI +TL+DYP +++C  ++KY+  C+ T
Sbjct: 3724 SLSVVKQQVSTVLQVPPNS-AAGPEDPAAPHI----RELQLALDGYLRKCSDTYNLEKNCEEVLNQICSTLFDYPMIRNCSELVKYINNCVTT 3987

[Close]

BLAST of EMLSAG00000006930 vs. C. finmarchicus
Match: gi|592935263|gb|GAXK01023290.1| (TSA: Calanus finmarchicus comp114080_c3_seq8 transcribed RNA sequence)

HSP 1 Score: 33.4982 bits (75), Expect = 1.978e+0
Identity = 26/91 (28.57%), Postives = 42/91 (46.15%), Query Frame = 0

Query:   97 PKRVPVLRAGRKDYSDHGSIISNNNLASAMAIPDSPKAALQRLLVLYENGHHREVAALMKRLSFSSFRQILPSLPGDIFVESMPHSLPILE 187
            PK++P      KD   +GS  S  N+          KA +Q L++++E  H+      +K+          P  P   F++ MPH+LPI+E
Sbjct:  143 PKKIPSPVFKSKDPKLNGSHDSQPNILEL-------KADVQNLILMFEPAHN------LKKT---------PEKPSGRFLKQMPHNLPIIE 349

[Close]

BLAST of EMLSAG00000006930 vs. L. salmonis peptides
Match: EMLSAP00000006930 (pep:novel supercontig:LSalAtl2s:LSalAtl2s393:329036:406860:1 gene:EMLSAG00000006930 transcript:EMLSAT00000006930 description:"maker-LSalAtl2s393-snap-gene-4.12")

HSP 1 Score: 1425.99 bits (3690), Expect = 0.000e+0
Identity = 691/691 (100.00%), Postives = 691/691 (100.00%), Query Frame = 0

Query:    1 MMNRLDRYYNMPHGSGAPPLPRKGILMVXPPPPPFIHRPPPVTHQHQWPYQTNPHMIAGPTVLVPTTTNPHGHHHHHHHVLPQYGHPSQQFVQQPIPKRVPVLRAGRKDYSDHGSIISNNNLASAMAIPDSPKAALQRLLVLYENGHHREVAALMKRLSFSSFRQILPSLPGDIFVESMPHSLPILEALYAKLYMSSDRELILDRSSMGLSNLRPEAVVWQLVKFFASQQEEAKATGERWAFCGPFISSCKRLLNILLQAEPKLKRVVLDRKRALMKAIESLGQHGMVGTSDEKLMNLHDALKLEFQKVQKTYGEALTKLETMSLVGSHPVVNKSNGTISGRLSRAPPIAQSHQRQLSLKANEIQLRLIKNKTLLNAIEPALENTALEVLLGILQKRIELDKECLFQFTQVKRESKLQGDDTQSVAPILMRYQRGCQQVLDLMKEVSATERIEDEVEENLSDISGGYHSDSESCVMTSGNSPFISKEARYNFLSRSIRLGSKHNFRSSIIASSICQDNLSIRSSSIGSVLDKEDEYEEEEEEEEEEGSTNRHLVIHSSSGISSGSSDGGNEEEGIPEDLSIAGDESTICSPSICSIQSKRDSLRRILQLPPTCLSIGKKDDDLEMMDLARKDIEEALSLYLRRAVDNFDLTKNVEEVCDQIWATLYDYPCLKSCGAIIKYVKECLKTQLNF 691
            MMNRLDRYYNMPHGSGAPPLPRKGILMVXPPPPPFIHRPPPVTHQHQWPYQTNPHMIAGPTVLVPTTTNPHGHHHHHHHVLPQYGHPSQQFVQQPIPKRVPVLRAGRKDYSDHGSIISNNNLASAMAIPDSPKAALQRLLVLYENGHHREVAALMKRLSFSSFRQILPSLPGDIFVESMPHSLPILEALYAKLYMSSDRELILDRSSMGLSNLRPEAVVWQLVKFFASQQEEAKATGERWAFCGPFISSCKRLLNILLQAEPKLKRVVLDRKRALMKAIESLGQHGMVGTSDEKLMNLHDALKLEFQKVQKTYGEALTKLETMSLVGSHPVVNKSNGTISGRLSRAPPIAQSHQRQLSLKANEIQLRLIKNKTLLNAIEPALENTALEVLLGILQKRIELDKECLFQFTQVKRESKLQGDDTQSVAPILMRYQRGCQQVLDLMKEVSATERIEDEVEENLSDISGGYHSDSESCVMTSGNSPFISKEARYNFLSRSIRLGSKHNFRSSIIASSICQDNLSIRSSSIGSVLDKEDEYEEEEEEEEEEGSTNRHLVIHSSSGISSGSSDGGNEEEGIPEDLSIAGDESTICSPSICSIQSKRDSLRRILQLPPTCLSIGKKDDDLEMMDLARKDIEEALSLYLRRAVDNFDLTKNVEEVCDQIWATLYDYPCLKSCGAIIKYVKECLKTQLNF
Sbjct:    1 MMNRLDRYYNMPHGSGAPPLPRKGILMVXPPPPPFIHRPPPVTHQHQWPYQTNPHMIAGPTVLVPTTTNPHGHHHHHHHVLPQYGHPSQQFVQQPIPKRVPVLRAGRKDYSDHGSIISNNNLASAMAIPDSPKAALQRLLVLYENGHHREVAALMKRLSFSSFRQILPSLPGDIFVESMPHSLPILEALYAKLYMSSDRELILDRSSMGLSNLRPEAVVWQLVKFFASQQEEAKATGERWAFCGPFISSCKRLLNILLQAEPKLKRVVLDRKRALMKAIESLGQHGMVGTSDEKLMNLHDALKLEFQKVQKTYGEALTKLETMSLVGSHPVVNKSNGTISGRLSRAPPIAQSHQRQLSLKANEIQLRLIKNKTLLNAIEPALENTALEVLLGILQKRIELDKECLFQFTQVKRESKLQGDDTQSVAPILMRYQRGCQQVLDLMKEVSATERIEDEVEENLSDISGGYHSDSESCVMTSGNSPFISKEARYNFLSRSIRLGSKHNFRSSIIASSICQDNLSIRSSSIGSVLDKEDEYEEEEEEEEEEGSTNRHLVIHSSSGISSGSSDGGNEEEGIPEDLSIAGDESTICSPSICSIQSKRDSLRRILQLPPTCLSIGKKDDDLEMMDLARKDIEEALSLYLRRAVDNFDLTKNVEEVCDQIWATLYDYPCLKSCGAIIKYVKECLKTQLNF 691

[Close]

BLAST of EMLSAG00000006930 vs. L. salmonis peptides
Match: EMLSAP00000005816 (pep:novel supercontig:LSalAtl2s:LSalAtl2s313:249800:265584:-1 gene:EMLSAG00000005816 transcript:EMLSAT00000005816 description:"maker-LSalAtl2s313-snap-gene-2.6")

HSP 1 Score: 377.096 bits (967), Expect = 7.249e-120
Identity = 202/359 (56.27%), Postives = 257/359 (71.59%), Query Frame = 0

Query:  148 HREVAALMKRLSFSSFRQILPSLPGDIFVESMPHSLPILEALYAKLYMSSDRELILDRSSMGLSNLRPEAVVWQLVKFFASQQEEAKATGERWAFCGPFISSCKRLLNILLQAEPKLKRVVLDRKRALMKAIESLGQHGMVGTSDEKLMNLHDALKLEFQKVQKTYGEALTKLETMSLVGSHPVVNKSNGTISGRLSRAPPIAQSHQRQLSLKANEIQLRLIKNKTLLNAIEPALENTALEVLLGILQKRIELDKECLFQFTQVKRESKLQGDDTQS----VAPILMRYQRGCQQVLDLMKEVSATERIEDEVEENLSDISGGYHSDSESCVMTSGNSPFISKEARYNFLSRSIRLGSK 502
            HRE A+ ++RLS  +FR +L  LP D F+ESMP SLP+LE++Y+K++++         S        PE +VWQ++KFFA+Q E       R  FCGP++S+CKRLL++LL  +P++KRVV +R++AL +AIE LGQHGMVGTSDE LMNLHDALK++F+KVQKTYG+AL KL ++SLV      + +          +PP+AQSHQRQLSLKA+EIQ RLIKNKTLLN +EPAL N +LEVLLGILQ+RIELDKE LFQFTQ+K+E        +S    VAP+LM++QRGCQQVLDLMKEVS  E  E    +       GYHSDS+S +M SGNSPF+SK ARYNFLSRS R   +
Sbjct:    2 HREAASFIRRLSLPTFRSLLSDLPLDYFLESMPQSLPLLESIYSKIHITGS-------SQFKEGKFSPEIIVWQIIKFFAAQDES------RGDFCGPWVSTCKRLLSVLLSTQPRIKRVVHERRKALTRAIEGLGQHGMVGTSDESLMNLHDALKVQFEKVQKTYGDALDKLTSLSLVPKSGSSSST----------SPPVAQSHQRQLSLKAHEIQERLIKNKTLLNVVEPALGNHSLEVLLGILQRRIELDKEVLFQFTQLKKELLKLLGKGRSHNPGVAPLLMKFQRGCQQVLDLMKEVSEEEEYETSTSD-----YSGYHSDSDSAIMMSGNSPFVSKSARYNFLSRSGRYAQR 332

HSP 2 Score: 72.4034 bits (176), Expect = 2.412e-13
Identity = 34/87 (39.08%), Postives = 55/87 (63.22%), Query Frame = 0

Query:  600 RDSLRRILQLPPTCLSIGKKDDDLEMMDLARKDIEEALSLYLRRAVDNFDLTKNVEEVCDQIWATLYDYPCLKSCGAIIKYVKECLK 686
            R+++R+ILQLP   +S         M +    ++E A+  YLR++ + +DL K++E+V  QIWATLYDYPCLK    +  Y++ C++
Sbjct:  567 RENVRKILQLPTPNVS---------MTNQVVLEMEYAVQTYLRKSHNTYDLGKSLEDVSAQIWATLYDYPCLKGSKGLQSYIESCIR 644

[Close]

BLAST of EMLSAG00000006930 vs. Select Arthropod Genomes
Match: EEB10211.1 (hypothetical protein Phum_PHUM025060 [Pediculus humanus corporis])

HSP 1 Score: 384.8 bits (987), Expect = 2.467e-122
Identity = 205/386 (53.11%), Postives = 275/386 (71.24%), Query Frame = 0

Query:  125 AMAIPD-SPKAALQRLLVLYENGHHREVAALMKRLSFSSFRQILPSLPGDIFVESMPHSLPILEALYAKLYMSSDRELILDRSSMGLSNLRPEAVVWQLVKFFASQQEEAKATGERWAFCGPFISSCKRLLNILLQAEPKLKRVVLDRKRALMKAIESLGQHGMVGTSDEKLMNLHDALKLEFQKVQKTYGEALTKLETMSLVGSHPVVNKSNGTISGRLSRAPPIAQSHQRQLSLKANEIQLRLIKNKTLLNAIEPALENTALEVLLGILQKRIELDKECLFQFTQVKRESKLQGDDTQSVAPILMRYQRGCQQVLDLMKEVSATERIEDEVEENLSDISGGYHSDSESCVMTSGNSPFISKEARYNFLSRSIRLGSKHNFRSSI 509
            +M I D SP+ A++R+++LYEN  +RE A  + RLS  +F+ IL  LP D FVESMPHSL ILEALYAK+++S       D  +  +  LRPEAVV Q+VKFF++   +     ++W  CGPF+ SCK+LL +++ ++ KLK++V  RKR+L KAIE LGQHG+VGT+DE L NLHDALK+EFQ+V +TY  AL KLE +SL          N TI G      P+  SHQRQLSLK  EIQ RLIKNKTLLN +EP L N +L++LLGILQ+RIE DKE LFQFTQ+K+E+ +  +   ++AP+L+++  GC++VLDLMKEV+     +DE +   SDIS GYHS+S+S +M SGNSP++SK ARYNFL+RS+R  SK++ R S+
Sbjct:   29 SMTIADVSPRVAVKRIILLYENFQYREAANFINRLSHGTFKVILNDLPIDFFVESMPHSLSILEALYAKVFLS-------DGLNFSMKLLRPEAVVMQMVKFFSTG--DLDKNSDKWDLCGPFVCSCKKLLKVIVLSDHKLKKMVQARKRSLDKAIEGLGQHGLVGTTDETLTNLHDALKVEFQRVVETYKGALQKLEELSLSSGK---KDMNSTIRG----PAPVQASHQRQLSLKQPEIQERLIKNKTLLNVVEPTLGNHSLDILLGILQRRIEYDKEVLFQFTQLKKEANII-EPNAAIAPVLIKFSSGCEKVLDLMKEVA-----DDEADS--SDIS-GYHSESDSAIMMSGNSPYVSKRARYNFLTRSVRSCSKNSLRPSV 389

HSP 2 Score: 78.5666 bits (192), Expect = 3.614e-14
Identity = 30/56 (53.57%), Postives = 46/56 (82.14%), Query Frame = 0

Query:  631 KDIEEALSLYLRRAVDNFDLTKNVEEVCDQIWATLYDYPCLKSCGAIIKYVKECLK 686
            +++E+++S YLR+ +D FDLTK + +V +QIWATLYDYPCLKSC  + +YVK+ ++
Sbjct:  662 QELEKSVSTYLRKTIDKFDLTKCINDVSNQIWATLYDYPCLKSCAGLNQYVKDSVR 717

[Close]

BLAST of EMLSAG00000006930 vs. Select Arthropod Genomes
Match: gb|KFM72477.1| (hypothetical protein X975_07934, partial [Stegodyphus mimosarum])

HSP 1 Score: 315.079 bits (806), Expect = 5.171e-100
Identity = 173/367 (47.14%), Postives = 241/367 (65.67%), Query Frame = 0

Query:  125 AMAIPD-SPKAALQRLLVLYENGHHREVAALMKRLSFSSFRQILPSLPGDIFVESMPHSLPILEALYAKLYMSSDRELILDRSSMGLSNLRPEAVVWQLVKFFASQQEEAKATGERWAFCGPFISSCKRLLNILLQAEPKLKRVVLDRKRALMKAIESLGQHGMVGTSDEKLMNLHDALKLEFQKVQKTYGEALTKLETMSLVGSHPVVNKSNGTISGRLSRAP-PIAQSHQRQLSLKANEIQLRLIKNKTLLNAIEPALENTALEVLLGILQKRIELDKECLFQFTQVKRESKLQGDDTQSVAPILMRYQRGCQQVLDLMKEVSATERIEDEVEENLSDISGGYHSDSESCVMTSGNSPFISKEAR 489
            +M I D SP  A++R+L+LYEN  +RE A  + RL++S+F+ IL  LP ++FV+++PH+L ILEALYA+++++   E+        L  LRP++VV Q+VK FA QQEE+           P ++SCK+LL +++ +EP++K+++  RKRAL K+I+ LGQHGMVGTSD  LMNLH+ALKLEF++V   Y  A+ KL+ +SL    PV           +S  P PI  SHQRQLSL+  EIQ RLIKNKTLLN IEP L N ++  LL ILQ+RIE DK+ LFQFTQ+++E K    +   VA  LMR+ +GCQQ+L+L+KE    +       ++ S    GYHSDS+S +  SG+SP  S   R
Sbjct:   63 SMTIADVSPGVAIRRVLLLYENQQYREAANFINRLNYSTFKAILGELPVELFVDNIPHTLAILEALYARVFLADGLEI-------SLKLLRPDSVVMQMVKIFAMQQEESPVNSLALDPKHPVVASCKKLLKVIVLSEPRMKKLISSRKRALDKSIKGLGQHGMVGTSDNTLMNLHEALKLEFERVIHRYKNAVQKLDELSLAPKQPVTRS--------ISHGPAPIKASHQRQLSLRQEEIQERLIKNKTLLNVIEPTLNNQSMNTLLNILQRRIETDKDALFQFTQLRKEVKDMSPNA-VVASALMRFSQGCQQILELIKEFGDDD------HDDSSTDISGYHSDSDSAIALSGSSPVGSTTNR 407

[Close]

BLAST of EMLSAG00000006930 vs. Select Arthropod Genomes
Match: gb|KFM70978.1| (hypothetical protein X975_05165, partial [Stegodyphus mimosarum])

HSP 1 Score: 268.855 bits (686), Expect = 1.142e-78
Identity = 164/361 (45.43%), Postives = 233/361 (64.54%), Query Frame = 0

Query:  124 SAMAIPD-SPKAALQRLLVLYENGHHREVAALMKRLSFSSFRQILPSLPGDIFVESMPHSLPILEALYAKLYMSSDRELILDRSSMGLSNLRPEAVVWQLVKFFASQ-----QEEAKATGERWAFCGPFISSCKRLLNILLQAEPKLKRVVLDRKRALMKAIESLGQHGMVGTSDEKLMNLHDALKLEFQKVQKTYGEALTKLETMSLVGSHPVVNKSNGTISGRLSRAP-PIAQSHQRQLSLKANEIQLRLIKNKTLLNAIEPALENTALEVLLGILQKRIELDKECLFQFTQVKRESKLQGDDTQSVAPILMRYQRGCQQVLDLMKEVSATERIEDEVEENLSDISGGYHSDSESCVMT 477
            S+M I D SP  A++R+++LYEN  +RE A  + RL  S F+ IL  LP D+FVE+MP SLPILEALYAK+++S       D  +  L  LRPE+V+ Q+ K F+ +     QE  +          P + SCK+L+ +++ +EP+LK+ ++ RKRAL KA+E LGQHG+VGTSD+ LMNLH+ALK+EF++    Y  A+ KL+ + L     +V +S       LS  P P   SHQRQLSL+ +EIQ RLIKNK+LLN IEP L + +L++LL IL+KR+E+DK+ +FQFTQ+K+E K    D   VA ILM+Y +GC +VL++MKE+      +    +       GYHSDS+S + +
Sbjct:   77 SSMTIADVSPTVAMRRVILLYENQQYREAANFINRLHRSIFKSILEDLPVDMFVEAMPQSLPILEALYAKVFLS-------DGLNFPLRLLRPESVIMQMAKLFSHREIFEGQENVQ---------NPIVLSCKKLIKVIVLSEPRLKKQMISRKRALEKAVEGLGQHGLVGTSDKTLMNLHEALKVEFERAIHQYKIAVQKLDELCL-APRQLVTRS-------LSYGPAPTKASHQRQLSLRQDEIQERLIKNKSLLNVIEPTLTDHSLKLLLKILRKRVEIDKDIIFQFTQLKKEVKDVSPDA-VVAAILMKYSKGCSRVLEIMKELGDDADDDTSSSD-----ISGYHSDSDSAIAS 407

HSP 2 Score: 85.8853 bits (211), Expect = 2.234e-16
Identity = 36/65 (55.38%), Postives = 48/65 (73.85%), Query Frame = 0

Query:  622 DLEMMDLARKDIEEALSLYLRRAVDNFDLTKNVEEVCDQIWATLYDYPCLKSCGAIIKYVKECLK 686
            D E  D A KD+E  + +YLRR  D F+L++NV EVC QI+ATLYDYPCLK+C  +  YVK+C++
Sbjct:  629 DAEDGDTALKDLENEIDVYLRRKSDIFNLSRNVNEVCSQIYATLYDYPCLKTCTGLANYVKDCVR 693

[Close]

BLAST of EMLSAG00000006930 vs. Select Arthropod Genomes
Match: gb|KPM04742.1| (hypothetical protein QR98_0031960 [Sarcoptes scabiei])

HSP 1 Score: 227.639 bits (579), Expect = 6.695e-64
Identity = 129/290 (44.48%), Postives = 185/290 (63.79%), Query Frame = 0

Query:  131 SPKAALQRLLVLYENGHHREVAALMKRLSFSSFRQILPSLPGDIFVESMPHSLPILEALYAKLYMSSDRELILDRSSMGLSNLRPEAVVWQLVKFFASQQEEAKATGERWAFCGPFISSCKRLLNILLQAEPKLKRVVLDRKRALMKAIESLGQHGMVGTSDEKLMNLHDALKLEFQKVQKTYGEALTKLETMSLVGSHPVVNKSNGTISGRLSRAP-PIAQSHQRQLSLKANEIQLRLIKNKTLLNAIEPALE-NTALEVLLGILQKRIELDKECLFQFTQVKRESKLQ 418
            S    ++RLL LY+ G   E A ++ RL +S FR ++  LP D+FVE++P SLPIL+ALYAK++ S  R+++    + G   L PE VV  L+K FA     +  T          IS CK+LL I+L A+P L++ +L +K  + +A+E +G HG+VGTS++ LMNLH+ALKLEF++V + Y  A+ K++ +S+  +   + K  G I+  LS+ P P   SHQR LSLK  EIQ RL KN++LL A+EP    N +L++LL ILQKRI+ DKE LFQF Q+ +E   Q
Sbjct:   82 SSTLTIRRLLQLYDLGEFHEAAQIITRLPYSIFRSVVLDLPIDLFVEAIPSSLPILDALYAKVFFSG-RDIL----AFGFKFLHPENVVSHLIKMFAICDVHSHPTSYES------ISICKKLLKIILIADPSLRKQLLIKKALIDRAVEGMGHHGLVGTSNDALMNLHEALKLEFERVIQQYKSAIAKIDELSMTNA---IIKDGGPITRSLSQGPAPTFSSHQRLLSLKQEEIQDRLNKNRSLLCALEPCFRTNHSLQILLAILQKRIDYDKETLFQFCQLSKEYSCQ 357

[Close]

BLAST of EMLSAG00000006930 vs. Select Arthropod Genomes
Match: gb|EEC01665.1| (hypothetical protein IscW_ISCW001706, partial [Ixodes scapularis])

HSP 1 Score: 197.593 bits (501), Expect = 3.666e-53
Identity = 116/290 (40.00%), Postives = 180/290 (62.07%), Query Frame = 0

Query:  124 SAMAIPD-SPKAALQRLLVLYENGHHREVAALMKRLSFSSFRQILPSLPGDIFVESMPHSLPILEALYAKLYMSSDRELILDRSSMGLSNLRPEAVVWQLVKFFASQQE----EAKATGERWAFCGPFISSCKRLLNILLQAEPKLKRVVLDRKRALMKAIESLGQHGMVGTSDEKLMNLHDALKLEFQKVQKTYGEALTKLETMSLVGSHPVVNKSNGTISGRLSRAP-PIAQSHQRQLSLKANEIQLRLIKNKTLLNAIEPALENTALEVLLGILQKRIELDKECLFQ 407
            ++M I D SP  A +R+++L E   +RE A L+ RL  ++F+ ILP LP ++F++++P SL +LEALYAK+++S       +  +  L  L+PEA+V+Q+V+ FA   +    E   T  R+      +SSCK+LL +++  EP+++  +  RK+AL +A+E LGQHG+VG S   L++LHDAL+ E   +      +  KL+ ++  G   V           LS  P P   SHQRQLS++  ++Q RLIKNKTLLNA+E +++   LE LL +L++RI+LDK+ LFQ
Sbjct:   16 ASMTIADMSPALASRRVVLLCERQQYREAANLVTRLGQATFKAILPELPVEVFLDAVPQSLHLLEALYAKVFLS-------EGLNFSLKLLKPEALVFQMVRLFAQHADDSGFEQDYTRNRFVAAPVMLSSCKKLLKVIVLTEPRMRHQLSGRKKALERALEGLGQHGLVGASGGVLVHLHDALRAELDLLLHQLKVSAQKLDALAAQGPQRV----------SLSHGPAPTTASHQRQLSMRQGQVQERLIKNKTLLNALE-SVDQAGLEGLLAVLRRRIQLDKDVLFQ 287

HSP 2 Score: 63.929 bits (154), Expect = 1.274e-9
Identity = 24/45 (53.33%), Postives = 31/45 (68.89%), Query Frame = 0

Query:  642 RRAVDNFDLTKNVEEVCDQIWATLYDYPCLKSCGAIIKYVKECLK 686
            RR    F L    +EVC QIWATLYDYPCLK C  + +YV++C++
Sbjct:  620 RRLTCLFALAGRAQEVCAQIWATLYDYPCLKGCQGLARYVRDCVR 664

HSP 3 Score: 62.003 bits (149), Expect = 6.088e-9
Identity = 32/66 (48.48%), Postives = 44/66 (66.67%), Query Frame = 0

Query:  407 QFTQVKRESKLQGDDTQSVAPILMRYQRGCQQVLDLMKEVSATERIEDEVEENLSDISGGYHSDSE 472
            QFTQ+++ES    D+   VAP+L+RY  GC  VLDLM++V A        +E+ SD+S GYHSDS+
Sbjct:  459 QFTQLRKESP-DLDEGTVVAPVLLRYSTGCHHVLDLMRDVGAD-------DEDDSDLSAGYHSDSD 516

[Close]

BLAST of EMLSAG00000006930 vs. Select Arthropod Genomes
Match: XP_016772027.1 (PREDICTED: uncharacterized protein LOC100577656 [Apis mellifera])

HSP 1 Score: 178.718 bits (452), Expect = 2.134e-47
Identity = 125/353 (35.41%), Postives = 195/353 (55.24%), Query Frame = 0

Query:  131 SPKAALQRLLVLYENGHHREVAALMKRLSFSSFRQILPSLPGDIFVESMPHSLPILEALYAKLYMSSDRELILDRSSMGLSNLRPEAVVWQLVKFFASQQEEAKATGERWAFCGPFISSCKRLLNILLQAEPKLKRVVLDRKRALMKAIESLGQHGMVGTSDEK-----LMNLHDALKLEFQKVQKTYGEALTKLETMSLVGSHPVVNKSNGTISGRLSRAPPIAQSHQRQLSLKANEIQLRLIKNKTLLNAIEPALENTALEVLLGILQKRIELDKECLFQFTQVKRESKLQGDDTQ-SVAPILMRYQRGCQQVLDLMKEVSATERIEDEVEENLSDISGGYHSDSESCVMT 477
            +P+ AL+R L LYE   +RE A  + +L   + +  LP +P D+ +E++PHSL +LEALY++L      EL ++   M    LR E V+W++V   +  Q+  ++      +C   +S     LN L    P    ++  RKRAL +A+E LG+HG+V +  E      L+ L  ALK + +   + Y  A+ K+E+    G HP  ++++  +          A SHQRQLSLK +EIQ RLI N++LLN +E A +  +LE LL  L++R+E DKE L Q+T ++R ++  G+     +A  L+++ RGC+  L+LM + S       E  E  S  S GYH+D E C +T
Sbjct:   51 NPRMALRRFLRLYEGRQYREAAGFLAKLPHYTLKATLPDIPVDLLIETLPHSLSLLEALYSRLL-----ELNVNDGKM----LRVEQVLWRIVHLISLSQDHFRSR----VWCKLLVS-----LNGL---APNAGGMLAARKRALERAVEGLGKHGLVASCLENGGPPNLVPLPFALKEQLENRIEAYKLAVHKIESF---GKHPRTHRADQGVQ---------AASHQRQLSLKYSEIQQRLIDNQSLLNTLEKAGDPASLETLLSELKRRVEQDKEALRQWTALRRSTQSGGNAKNPPLAATLLQFSRGCELALELMTDNSPQGFEGGEDYEEESSSSAGYHTD-EGCSLT 369

[Close]

BLAST of EMLSAG00000006930 vs. Select Arthropod Genomes
Match: XP_016772026.1 (PREDICTED: uncharacterized protein LOC100577656 [Apis mellifera])

HSP 1 Score: 178.718 bits (452), Expect = 2.134e-47
Identity = 125/353 (35.41%), Postives = 195/353 (55.24%), Query Frame = 0

Query:  131 SPKAALQRLLVLYENGHHREVAALMKRLSFSSFRQILPSLPGDIFVESMPHSLPILEALYAKLYMSSDRELILDRSSMGLSNLRPEAVVWQLVKFFASQQEEAKATGERWAFCGPFISSCKRLLNILLQAEPKLKRVVLDRKRALMKAIESLGQHGMVGTSDEK-----LMNLHDALKLEFQKVQKTYGEALTKLETMSLVGSHPVVNKSNGTISGRLSRAPPIAQSHQRQLSLKANEIQLRLIKNKTLLNAIEPALENTALEVLLGILQKRIELDKECLFQFTQVKRESKLQGDDTQ-SVAPILMRYQRGCQQVLDLMKEVSATERIEDEVEENLSDISGGYHSDSESCVMT 477
            +P+ AL+R L LYE   +RE A  + +L   + +  LP +P D+ +E++PHSL +LEALY++L      EL ++   M    LR E V+W++V   +  Q+  ++      +C   +S     LN L    P    ++  RKRAL +A+E LG+HG+V +  E      L+ L  ALK + +   + Y  A+ K+E+    G HP  ++++  +          A SHQRQLSLK +EIQ RLI N++LLN +E A +  +LE LL  L++R+E DKE L Q+T ++R ++  G+     +A  L+++ RGC+  L+LM + S       E  E  S  S GYH+D E C +T
Sbjct:   51 NPRMALRRFLRLYEGRQYREAAGFLAKLPHYTLKATLPDIPVDLLIETLPHSLSLLEALYSRLL-----ELNVNDGKM----LRVEQVLWRIVHLISLSQDHFRSR----VWCKLLVS-----LNGL---APNAGGMLAARKRALERAVEGLGKHGLVASCLENGGPPNLVPLPFALKEQLENRIEAYKLAVHKIESF---GKHPRTHRADQGVQ---------AASHQRQLSLKYSEIQQRLIDNQSLLNTLEKAGDPASLETLLSELKRRVEQDKEALRQWTALRRSTQSGGNAKNPPLAATLLQFSRGCELALELMTDNSPQGFEGGEDYEEESSSSAGYHTD-EGCSLT 369

[Close]

BLAST of EMLSAG00000006930 vs. Select Arthropod Genomes
Match: EAA00981.5 (AGAP001625-PA [Anopheles gambiae str. PEST])

HSP 1 Score: 165.622 bits (418), Expect = 4.651e-43
Identity = 117/347 (33.72%), Postives = 174/347 (50.14%), Query Frame = 0

Query:  131 SPKAALQRLLVLYENGHHREVAALMKRLSFSSFRQILPSLPGDIFVESMPHSLPILEALYAKLYMSSDRELILDRSSMGLSNLRP----EAVVWQLVKFFASQQEEAKATGERWAFCGPFISSCKRLLNILLQAEPKLKRVVLDRKRALMKAIESLGQHGMVGTSDEKLMNLHDALKLEFQKVQKTYGEALTKLETMSLVGSHPVVNKSNGTISGRLSRAPPIAQSHQRQLSLKANEIQLRLIKNKTLLNAIE-PALENTALEVLLGILQKRIELDKECLFQFTQVKRESKLQGDDTQSVAPILMRYQRGCQQVLDLMKEVSATERIEDEVEENLSDISGGYHSDSE 472
            SP+  L+RL++L E   +RE A ++ RL  S  R ++  LP DI +E++PHS  +LE+ + +L             +  ++  RP    EA++W LVK F++  E    TG R          C +L   +   +P L+  +L R++ L +AI+ LG HG+       L++LH ALK E Q+   TY  A+ KLE +S V +H                  P   SHQR L++   +IQ RLI NKTLL  ++ PAL+   L  L+  L +R++ DKE LF   Q++R       + +  A +LM Y RGC  VL LM  ++             S  S GYHSDS+
Sbjct:   21 SPRQVLRRLMLLSEGRQYREAATVVGRLGPSVLRSVVAELPMDILIEALPHSTYLLESFFNRL-------------NAVVATPRPDVPCEAIMWHLVKLFSNPHE----TGLR--------QRCMKLAQAIGIWQPSLRESLLARRKQLDQAIQGLGVHGLTADQTGSLISLHVALKNELQRHIDTYKAAIHKLEELSPVTAH----------------QDPAQSSHQRLLAIGYGDIQQRLIDNKTLLTMLDKPALKQ--LAQLVENLSQRVQNDKEVLFCVGQIRRTDATANTEERPAAGLLMNYSRGCDTVLGLMGPIATLPPSSPTSNGCSSGGSDGYHSDSD 324

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BLAST of EMLSAG00000006930 vs. Select Arthropod Genomes
Match: gb|EFA09543.2| (hypothetical protein TcasGA2_TC011651 [Tribolium castaneum])

HSP 1 Score: 155.221 bits (391), Expect = 1.141e-39
Identity = 116/345 (33.62%), Postives = 171/345 (49.57%), Query Frame = 0

Query:  129 PDSPKAALQRLLVLYENGHHREVAALMKRLSFSSFRQILPSLPGDIFVESMPHSLPILEALYAKLYMSSDRELILDRSSMGLSNLRPEAVVWQLVKFFASQQEEAKATGERWAFCGPFISSCKRLLNILLQAEPKLKRVVLDRKRALMKAIESLGQHGMVGTSDEKLMNLHDALKLEFQKVQKTYGEALTKLETMSLVGSHPVVNKSNGTISGRLSRAPPIAQSHQRQLSLKANEIQLRLIKNKTLLNAIE-PALENTALEVLLGILQKRIELDKECLFQFTQVKRESKLQGDDTQSVAPILMRYQRGCQQVLDLMKEVSATERIEDEVEENLSDISGGYHSDSE 472
            P S +  L+R+LVL E    RE AA++++L+ +S   +   LP D   E +PHS  +LE L+ KL  S  R            N+  E V+WQLVK FAS ++    T               RL  IL+  +P+  R++  +K+AL  AI+ LG HG+   +   L +LH A+K E  +    Y  AL +L+ + L  ++                  P+  SHQR L+L  +E+Q RLI NKTLL  ++ P L+   L  L+  L  R++ DKE LF  +Q+KR       + + VA +LM + RGC  +L+LM+            E   S  S GYHS+SE
Sbjct:   15 PTSSRTVLRRVLVLSEGRQFREAAAVLQKLNCNSVAAVAADLPLDFLAEGLPHSAQLLETLFNKLITSGQR-----------PNVNAEQVLWQLVKLFASHEDPTLKT------------KVARLTQILVDYQPEFYRILATKKKALEHAIQGLGCHGLTPDA-SGLTHLHVAIKAELHRHIDAYKNALHRLDELGLAAANS---------------KKPVDASHQRLLALHHSEVQQRLIDNKTLLTILDKPDLKQ--LRPLVDTLATRVQNDKEALFCVSQLKRLHP--SCEEKPVAALLMAFARGCGALLELMQ----------TPESPCS--SDGYHSESE 304

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BLAST of EMLSAG00000006930 vs. Select Arthropod Genomes
Match: AAF57014.3 (uncharacterized protein Dmel_CG11498, isoform B [Drosophila melanogaster])

HSP 1 Score: 140.584 bits (353), Expect = 1.964e-34
Identity = 109/314 (34.71%), Postives = 166/314 (52.87%), Query Frame = 0

Query:  131 SPKAALQRLLVLYENGHHREVAALMKRLSFSSFRQILPSLPGDIFVESMPHSLPILEALYAKLYMSSDRELILDRSSMGLSNLRPEAVVWQLVKFFASQQEEAKATGERWAFCGPFISSCKRLLNILLQAEPKLKRVVLDRKRALMKAIESLGQHGMVGTSDEKLMNLHDALKLEFQKVQKTYGEALTKLETMSLVGSHPVVNKSNGTISGRLSRAPPIAQSHQRQLSLKANEIQLRLIKNKTLLNAIE-PALENTALEVLLGILQKRIELDKECLFQFTQVKRESKLQGDDTQSVAPILMRYQRGCQQVLDLM 443
            SP+  L+RL++L E   +RE A ++ RL  S  R ++  LP D+ +E +PHS  +LE+ + +L   +         +    ++  E V WQLV+ FA+  E    +G R          C RLL  L Q EP L++ + +R+R+   A++ LG HG+   +  +L++LH ALK E Q+   TY  A+ KLE +S+V     VN+             P   SHQR L++   +IQ RLI NKTLL  ++ PAL+   L+ L+  L  R+E DKE L    QV+R       + +  A +LM + RGC+ VL +M
Sbjct:   21 SPRQVLRRLMLLSEGRQYREAAGVVGRLGPSVLRSVIAELPLDLLLEHLPHSAYLLESFFTRLTTLN---------TTPKPDVPSETVAWQLVRLFANPHE----SGLR--------QRCTRLLQALAQYEPGLRQTLRERRRSFDNAVQGLGVHGLTTDASGQLISLHVALKTELQRHVDTYKMAIHKLEELSMV----TVNQD------------PAHSSHQRLLAINYGDIQQRLIDNKTLLTMLDKPALKQ--LQTLVENLSTRVENDKEVLTCVGQVRRLDAQALVEKRPAAGLLMNFSRGCEVVLHMM 295

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BLAST of EMLSAG00000006930 vs. nr
Match: gi|646722617|gb|KDR23548.1| (hypothetical protein L798_12370 [Zootermopsis nevadensis])

HSP 1 Score: 443.736 bits (1140), Expect = 4.047e-145
Identity = 254/569 (44.64%), Postives = 349/569 (61.34%), Query Frame = 0

Query:  126 MAIPD-SPKAALQRLLVLYENGHHREVAALMKRLSFSSFRQILPSLPGDIFVESMPHSLPILEALYAKLYMSSDRELILDRSSMGLSNLRPEAVVWQLVKFFASQQEEAKATGERWAFCGPFISSCKRLLNILLQAEPKLKRVVLDRKRALMKAIESLGQHGMVGTSDEKLMNLHDALKLEFQKVQKTYGEALTKLETMSLVGSHPVVNKSNGTISGRLSRAPPIAQSHQRQLSLKANEIQLRLIKNKTLLNAIEPALENTALEVLLGILQKRIELDKECLFQFTQVKRESKLQGDDTQSVAPILMRYQRG--------CQQVLDLMKEVSATERIEDEVEENLSDISGGYHSDSESCVMTSGNSPFISKEARYNFLSRSIRLGSKHNFRSSIIASSICQDNLSIRSSSIGSVLDKEDEYEEEEEEEEEEGSTNRHLVIHSSSGISSGSSDGGNEEEGIPEDLSIAGDESTICSPSICSIQSKRDSLRRILQLPPTCLSIGKKDDDLEMMDLARKDIEEALSLYLRRAVDNFDLTKNVEEVCDQIWATLYDYPCLKSCGAIIKYVKECL 685
            M I D SP+ A++R+++LYEN  +RE A  + RLS  +F+ IL  LP D+FVESMPHSL ILEALYAK+++S       D  +  +  LRPE V+ Q+VKFF+SQ+   K   + W  CGPFI SCK+LL +++ ++PK+K+V+  R+R L KAIE LGQHG+VGT+DE LMNLHDALK+EFQ+V +TY  AL KLE +SL  +       NG   G      P+  SHQRQLSL+  EIQ RLIKNKTLLN +EP L N +L++LLGILQ+RIE DK+ LFQFTQ+++E K   +    VAP+LMR+  G          QVL+LMKEV+       E E++ SDIS GYHSDS+S +M SGNSP++SK ARYNFLSRS    +  N    ++    C  NL   +++    LD  D     ++ +E +      +V+                       L+    +S +          K+D +RRIL + P  +S     + +        ++E ++++YLR+ VD FDL K++EEVC QIWATLYDYPCLKSC  +++YVK+ +
Sbjct:    1 MTIADVSPRFAVKRIILLYENFQYREAANFINRLSHGTFKVILNDLPIDLFVESMPHSLSILEALYAKVFLS-------DGLNFSMKLLRPEGVIMQMVKFFSSQESIDKTGDKNWELCGPFICSCKKLLKVIVLSDPKIKKVLQQRRRTLDKAIEGLGQHGLVGTTDETLMNLHDALKMEFQRVVETYKGALQKLEDLSLASN------KNGVTRG----PAPVQASHQRQLSLRQPEIQERLIKNKTLLNVVEPTLGNHSLDILLGILQRRIEFDKDVLFQFTQLRKEMKDLVEANAVVAPVLMRFSHGFVFYIWFFTFQVLELMKEVA-------EDEDDSSDIS-GYHSDSDSAIMMSGNSPYVSKRARYNFLSRSAPSDANSNMGEHLVR---CYGNL--YAAARVDALDSLDNLPALKDADELKSKILFSVVV-----------------------LAFRSAQSLLA--------LKKDHVRRILHIQPPTVSSATPPEPVA------AELERSVAIYLRKTVDKFDLAKSIEEVCCQIWATLYDYPCLKSCPGLVQYVKDAV 502

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BLAST of EMLSAG00000006930 vs. nr
Match: gi|926631187|ref|XP_013781314.1| (PREDICTED: uncharacterized protein LOC106465625 [Limulus polyphemus])

HSP 1 Score: 387.111 bits (993), Expect = 4.508e-121
Identity = 252/641 (39.31%), Postives = 366/641 (57.10%), Query Frame = 0

Query:  123 ASAMAIPD-SPKAALQRLLVLYENGHHREVAALMKRLSFSSFRQILPSLPGDIFVESMPHSLPILEALYAKLYMSSDRELILDRSSMGLSNLRPEAVVWQLVKFFASQQEEAKATG--ERWAFCGPFISSCKRLLNILLQAEPKLKRVVLDRKRALMKAIESLGQHGMVGTSDEKLMNLHDALKLEFQKVQKTYGEALTKLETMSLVGSHPVVNKSNGTISGRLSRAP-PIAQSHQRQLSLKANEIQLRLIKNKTLLNAIEPALENTALEVLLGILQKRIELDKECLFQFTQVKRESKLQGDDTQSVAPILMRYQRGCQQVLDLMKEVSATERIEDEVEENLSDISGGYHSDSESC-VMTSGNSPFISKEARYN-----------------------FLSRSIRLGSKHNFRSSIIASSICQ---DNLS--------------IRS------SSIGSVLDKE----DEYEEEEEEEEEEG--------STNRHLVIHSSSG--ISSGSSDGGNEEEGIPEDLSIAGDE------STICSPSICSIQSK----RDSLRRILQLPPTCLSIGKKDDDLEMMDLARK--DIEEALSLYLRRAVDNFDLTKNVEEVCDQIWATLYDYPCLKSCGAIIKYVKECLK 686
             ++M I D SP  A+QR++ LY+N  +RE A  + RL++S+F+ IL  LP D+FV+++PHSLP+LEALYAK+++S       D  +  +  LRP+ VV Q+VK FA  ++   ++          P++SSCK+LL +++ +EP  K+ +  RKRAL KAI  LGQHGMVGTSD+ LMNLHDALK+EF++V   Y  A+ KL+ +SL    PV           LS  P P   SHQRQLSL+ +EIQ RLIKNK+LLN IEP L N +LE+LL +LQKRIE DK+ LFQFTQ+++E K   + +  VAP+LMR+  GC++VLDLMKEV+  +       ++ S    GYHSDS+S  VM SGNSP+ S   +YN                       F SR+I   S+ + +++I  +S+     +NLS              +RS       +I ++ ++E    D   E+ ++  + G          NR + +    G   +    D  +  + +PE     GDE       ++   S  S+Q      + S+R ILQ+P           +L   D+ R+  D+E +++ YLR + D FDL K+VEEVC QIWATLYDYPCLK+C  +I+YV++C++
Sbjct:   67 VASMTIADVSPGVAIQRVIFLYDNFQYREAANFINRLNYSTFKAILAELPIDVFVDAVPHSLPVLEALYAKVFLS-------DGLNFTVKLLRPQGVVMQMVKLFAQHEDTQNSSSIPVELDVSHPYVSSCKKLLKVIVLSEPHTKKQLHGRKRALDKAIAGLGQHGMVGTSDDTLMNLHDALKMEFERVIHQYKIAVQKLDELSLAPKQPVARS--------LSHGPAPTKASHQRQLSLRQDEIQERLIKNKSLLNVIEPTLTNHSLEMLLNVLQKRIEFDKDVLFQFTQLRKEIK-DVNLSSIVAPVLMRFSHGCKEVLDLMKEVADDD-------DDDSSDISGYHSDSDSAIVMMSGNSPYASGNRQYNIFNRSVKASTNTNSRTRYLLTLQFSSRNILCRSQASTKTNISTTSVNNSEVENLSDPWEVHSLRKEVDFLRSELSKARQTIAALEEREKTMKDRLTEQAQKLLDRGVRFEEVCLKENRPVALVRRYGNLYAQARVDTLDALDSLPELRD--GDELKSKLLFSVVVLSFRSVQKTLLEIKASIRHILQIP-----------ELPSHDVNRESGDVELSINNYLRSSSDRFDLRKHVEEVCSQIWATLYDYPCLKNCEGLIEYVRDCIR 671

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BLAST of EMLSAG00000006930 vs. nr
Match: gi|942327705|gb|JAN45785.1| (putative Beta-1,3-glucosyltransferase beta3glc-t beta-3-glycosyltransferase [Daphnia magna])

HSP 1 Score: 385.185 bits (988), Expect = 5.735e-121
Identity = 208/406 (51.23%), Postives = 286/406 (70.44%), Query Frame = 0

Query:  124 SAMAIPD-SPKAALQRLLVLYENGHHREVAALMKRLSFSSFRQILPSLPGDIFVESMPHSLPILEALYAKLYMSSDRELILDRSSMGLSNLRPEAVVWQLVKFFASQQEE--AKATGE---------RWAFCGPFISSCKRLLNILLQAEPKLKRVVLDRKRALMKAIESLGQHGMVGTSDEKLMNLHDALKLEFQKVQKTYGEALTKLETMSLVGSHPVVNKSNGTISGRLSRAPPIAQSHQRQLSLKANEIQLRLIKNKTLLNAIEPALENTALEVLLGILQKRIELDKECLFQFTQVKRESKLQ-GDDTQS--VAPILMRYQRGCQQVLDLMKEVSATERIEDEVEENLSDISGGYHSDSESCVMTSGNSPFISKEARYNFLSRSIRLGSKHNFRSSIIASSI 514
            ++M I D SP+ A +++++L EN  +RE A  + RLS  +F  I+  LP D F+ESMP SLPI+E+LY K+++S      + R+S+    LRPE VV Q+VK+FA Q++     + G          RW +CGPFISSCK+LL +++  EPK+++ +  ++RAL KAIE LGQHG+VGTSDE LMNLHDAL+ EF +V ++Y  AL K+  + L         +N T+S   +   PIA SHQR LSLK +EIQ RLIKNKTLLN +EP L N +L++ LGILQ+RIELDKE LFQF+Q+KR+   + G+ TQ   VAPILM+Y  GCQQVL+LM+EVS+ +  +++  E+ SD+S GYHSDS+S VM SGNSPF+SK ARYNFLSRS+RLGS+ + R+S++ +S+
Sbjct:  249 ASMTIADVSPRFAFKKIMMLSENKQYRESANFINRLSGGTFGVIVHDLPVDQFIESMPQSLPIIESLYTKVFLSDG----MTRNSIQF--LRPENVVQQMVKYFAHQEDHPPTPSGGSASAWPPNVWRWDYCGPFISSCKKLLRVIVLTEPKIRKSLFQKRRALGKAIEGLGQHGLVGTSDENLMNLHDALQDEFNRVVQSYKSALDKMVELELAQK----KGANRTVS---NGPAPIAASHQRLLSLKQSEIQERLIKNKTLLNVVEPTLTNHSLDLFLGILQRRIELDKEALFQFSQLKRDQPAKTGEATQHIVVAPILMKYSHGCQQVLELMREVSSDQNPQEDDLEDSSDVS-GYHSDSDSAVMMSGNSPFVSKSARYNFLSRSVRLGSRASIRASLLVNSL 640

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BLAST of EMLSAG00000006930 vs. nr
Match: gi|242004040|ref|XP_002422949.1| (hypothetical protein Phum_PHUM025060 [Pediculus humanus corporis] >gi|212505865|gb|EEB10211.1| hypothetical protein Phum_PHUM025060 [Pediculus humanus corporis])

HSP 1 Score: 384.8 bits (987), Expect = 1.207e-119
Identity = 205/386 (53.11%), Postives = 275/386 (71.24%), Query Frame = 0

Query:  125 AMAIPD-SPKAALQRLLVLYENGHHREVAALMKRLSFSSFRQILPSLPGDIFVESMPHSLPILEALYAKLYMSSDRELILDRSSMGLSNLRPEAVVWQLVKFFASQQEEAKATGERWAFCGPFISSCKRLLNILLQAEPKLKRVVLDRKRALMKAIESLGQHGMVGTSDEKLMNLHDALKLEFQKVQKTYGEALTKLETMSLVGSHPVVNKSNGTISGRLSRAPPIAQSHQRQLSLKANEIQLRLIKNKTLLNAIEPALENTALEVLLGILQKRIELDKECLFQFTQVKRESKLQGDDTQSVAPILMRYQRGCQQVLDLMKEVSATERIEDEVEENLSDISGGYHSDSESCVMTSGNSPFISKEARYNFLSRSIRLGSKHNFRSSI 509
            +M I D SP+ A++R+++LYEN  +RE A  + RLS  +F+ IL  LP D FVESMPHSL ILEALYAK+++S       D  +  +  LRPEAVV Q+VKFF++   +     ++W  CGPF+ SCK+LL +++ ++ KLK++V  RKR+L KAIE LGQHG+VGT+DE L NLHDALK+EFQ+V +TY  AL KLE +SL          N TI G      P+  SHQRQLSLK  EIQ RLIKNKTLLN +EP L N +L++LLGILQ+RIE DKE LFQFTQ+K+E+ +  +   ++AP+L+++  GC++VLDLMKEV+     +DE +   SDIS GYHS+S+S +M SGNSP++SK ARYNFL+RS+R  SK++ R S+
Sbjct:   29 SMTIADVSPRVAVKRIILLYENFQYREAANFINRLSHGTFKVILNDLPIDFFVESMPHSLSILEALYAKVFLS-------DGLNFSMKLLRPEAVVMQMVKFFSTG--DLDKNSDKWDLCGPFVCSCKKLLKVIVLSDHKLKKMVQARKRSLDKAIEGLGQHGLVGTTDETLTNLHDALKVEFQRVVETYKGALQKLEELSLSSGK---KDMNSTIRG----PAPVQASHQRQLSLKQPEIQERLIKNKTLLNVVEPTLGNHSLDILLGILQRRIEYDKEVLFQFTQLKKEANII-EPNAAIAPVLIKFSSGCEKVLDLMKEVA-----DDEADS--SDIS-GYHSESDSAIMMSGNSPYVSKRARYNFLTRSVRSCSKNSLRPSV 389

HSP 2 Score: 78.5666 bits (192), Expect = 1.768e-11
Identity = 30/56 (53.57%), Postives = 46/56 (82.14%), Query Frame = 0

Query:  631 KDIEEALSLYLRRAVDNFDLTKNVEEVCDQIWATLYDYPCLKSCGAIIKYVKECLK 686
            +++E+++S YLR+ +D FDLTK + +V +QIWATLYDYPCLKSC  + +YVK+ ++
Sbjct:  662 QELEKSVSTYLRKTIDKFDLTKCINDVSNQIWATLYDYPCLKSCAGLNQYVKDSVR 717

[Close]

BLAST of EMLSAG00000006930 vs. nr
Match: gi|942367181|gb|JAN65520.1| (Beta-1,3-glucosyltransferase beta3glc-t beta-3-glycosyltransferase [Daphnia magna])

HSP 1 Score: 385.185 bits (988), Expect = 8.933e-119
Identity = 210/409 (51.34%), Postives = 287/409 (70.17%), Query Frame = 0

Query:  124 SAMAIPD-SPKAALQRLLVLYENGHHREVAALMKRLSFSSFRQILPSLPGDIFVESMPHSLPILEALYAKLYMSSDRELILDRSSMGLSNLRPEAVVWQLVKFFASQQEE------AKATGE-----RWAFCGPFISSCKRLLNILLQAEPKLKRVVLDRKRALMKAIESLGQHGMVGTSDEKLMNLHDALKLEFQKVQKTYGEALTKLETMSLV---GSHPVVNKSNGTISGRLSRAPPIAQSHQRQLSLKANEIQLRLIKNKTLLNAIEPALENTALEVLLGILQKRIELDKECLFQFTQVKRESKLQ-GDDTQS--VAPILMRYQRGCQQVLDLMKEVSATERIEDEVEENLSDISGGYHSDSESCVMTSGNSPFISKEARYNFLSRSIRLGSKHNFRSSIIASSI 514
            ++M I D SP+ A +++++L EN  +RE A  + RLS  +F  I+  LP D F+ESMP SLPI+E+LY K+++S      + R+S+    LRPE VV Q+VK+FA Q++         A+       RW +CGPFISSCK+LL +++  EPK+++ +  ++RAL KAIE LGQHG+VGTSDE LMNLHDAL+ EF +V ++Y  AL K+  + L    G++  V  SNG          PIA SHQR LSLK +EIQ RLIKNKTLLN +EP L N +L++ LGILQ+RIELDKE LFQF+Q+KR+   + G+ TQ   VAPILM+Y  GCQQVL+LM+EVS+ +  +++  E+ SD+S GYHSDS+S VM SGNSPF+SK ARYNFLSRS+RLGS+ + R+S++ +S+
Sbjct:   81 ASMTIADVSPRFAFKKIMMLSENKQYRESANFINRLSGGTFGVIVHDLPVDQFIESMPQSLPIIESLYTKVFLSDG----MTRNSIQF--LRPENVVQQMVKYFAHQEDHPPTPSGGSASAWPPNVWRWDYCGPFISSCKKLLRVIVLTEPKIRKSLFQKRRALGKAIEGLGQHGLVGTSDENLMNLHDALQDEFNRVVQSYKSALDKMVELELAQKKGANRTV--SNG--------PAPIAASHQRLLSLKQSEIQERLIKNKTLLNVVEPTLTNHSLDLFLGILQRRIELDKEALFQFSQLKRDQPAKTGEATQHIVVAPILMKYSHGCQQVLELMREVSSDQNPQEDDLEDSSDVS-GYHSDSDSAVMMSGNSPFVSKSARYNFLSRSVRLGSRASIRASLLVNSL 472

HSP 2 Score: 86.6557 bits (213), Expect = 7.221e-14
Identity = 32/55 (58.18%), Postives = 47/55 (85.45%), Query Frame = 0

Query:  632 DIEEALSLYLRRAVDNFDLTKNVEEVCDQIWATLYDYPCLKSCGAIIKYVKECLK 686
            ++E+A++ YLR +V  FDLTKN E+VC+QIWATLYDYPCL+SC  ++KY+K+ ++
Sbjct:  761 EVEQAVAHYLRESVATFDLTKNTEDVCNQIWATLYDYPCLRSCDPLVKYIKDSVR 815

[Close]

BLAST of EMLSAG00000006930 vs. nr
Match: gi|942357523|gb|JAN60691.1| (Beta-1,3-glucosyltransferase beta3glc-t beta-3-glycosyltransferase [Daphnia magna])

HSP 1 Score: 385.571 bits (989), Expect = 2.798e-118
Identity = 210/409 (51.34%), Postives = 287/409 (70.17%), Query Frame = 0

Query:  124 SAMAIPD-SPKAALQRLLVLYENGHHREVAALMKRLSFSSFRQILPSLPGDIFVESMPHSLPILEALYAKLYMSSDRELILDRSSMGLSNLRPEAVVWQLVKFFASQQEE--AKATGE---------RWAFCGPFISSCKRLLNILLQAEPKLKRVVLDRKRALMKAIESLGQHGMVGTSDEKLMNLHDALKLEFQKVQKTYGEALTKLETMSLV---GSHPVVNKSNGTISGRLSRAPPIAQSHQRQLSLKANEIQLRLIKNKTLLNAIEPALENTALEVLLGILQKRIELDKECLFQFTQVKRESKLQ-GDDTQS--VAPILMRYQRGCQQVLDLMKEVSATERIEDEVEENLSDISGGYHSDSESCVMTSGNSPFISKEARYNFLSRSIRLGSKHNFRSSIIASSI 514
            ++M I D SP+ A +++++L EN  +RE A  + RLS  +F  I+  LP D F+ESMP SLPI+E+LY K+++S      + R+S+    LRPE VV Q+VK+FA Q++     + G          RW +CGPFISSCK+LL +++  EPK+++ +  ++RAL KAIE LGQHG+VGTSDE LMNLHDAL+ EF +V ++Y  AL K+  + L    G++  V  SNG          PIA SHQR LSLK +EIQ RLIKNKTLLN +EP L N +L++ LGILQ+RIELDKE LFQF+Q+KR+   + G+ TQ   VAPILM+Y  GCQQVL+LM+EVS+ +  +++  E+ SD+S GYHSDS+S VM SGNSPF+SK ARYNFLSRS+RLGS+ + R+S++ +S+
Sbjct:  249 ASMTIADVSPRFAFKKIMMLSENKQYRESANFINRLSGGTFGVIVHDLPVDQFIESMPQSLPIIESLYTKVFLSDG----MTRNSIQF--LRPENVVQQMVKYFAHQEDHPPTPSGGSASAWPPNVWRWDYCGPFISSCKKLLRVIVLTEPKIRKSLFQKRRALGKAIEGLGQHGLVGTSDENLMNLHDALQDEFNRVVQSYKSALDKMVELELAQKKGANRTV--SNG--------PAPIAASHQRLLSLKQSEIQERLIKNKTLLNVVEPTLTNHSLDLFLGILQRRIELDKEALFQFSQLKRDQPAKTGEATQHIVVAPILMKYSHGCQQVLELMREVSSDQNPQEDDLEDSSDVS-GYHSDSDSAVMMSGNSPFVSKSARYNFLSRSVRLGSRASIRASLLVNSL 640

[Close]

BLAST of EMLSAG00000006930 vs. nr
Match: gi|942303835|gb|JAN33850.1| (Beta-1,3-glucosyltransferase beta3glc-t beta-3-glycosyltransferase [Daphnia magna])

HSP 1 Score: 387.111 bits (993), Expect = 8.477e-118
Identity = 210/406 (51.72%), Postives = 287/406 (70.69%), Query Frame = 0

Query:  124 SAMAIPD-SPKAALQRLLVLYENGHHREVAALMKRLSFSSFRQILPSLPGDIFVESMPHSLPILEALYAKLYMSSDRELILDRSSMGLSNLRPEAVVWQLVKFFASQQE--------EAKA---TGERWAFCGPFISSCKRLLNILLQAEPKLKRVVLDRKRALMKAIESLGQHGMVGTSDEKLMNLHDALKLEFQKVQKTYGEALTKLETMSLVGSHPVVNKSNGTISGRLSRAPPIAQSHQRQLSLKANEIQLRLIKNKTLLNAIEPALENTALEVLLGILQKRIELDKECLFQFTQVKRESKLQ-GDDTQS--VAPILMRYQRGCQQVLDLMKEVSATERIEDEVEENLSDISGGYHSDSESCVMTSGNSPFISKEARYNFLSRSIRLGSKHNFRSSIIASSI 514
            ++M I D SP+ A +++++L EN  +RE A  + RLS  +F  I+  LP D F+ESMP SLPI+E+LY K+++S      + R+S+    LRPE VV Q+VK+FA Q++         A A   T  RW +CGPFISSCK+LL +++  EPK+++ +  ++RAL KAIE LGQHG+VGTSDE LMNLHDAL+ EF +V ++Y  AL K+  + L         +N T+S   +   PIA SHQR LSLK +EIQ RLIKNKTLLN +EP L N +L++ LGILQ+RIELDKE LFQF+Q+KR+   + G+ TQ   VAPILM+Y  GCQQVL+LM+EVS+ +  +++  E+ SD+S GYHSDS+S VM SGNSPF+SK ARYNFLSRS+RLGS+ + R+S++ +S+
Sbjct:  249 ASMTIADVSPRFAFKKIMMLSENKQYRESANFINRLSGGTFGVIVHDLPVDQFIESMPQSLPIIESLYTKVFLSDG----MTRNSIQF--LRPENVVQQMVKYFAHQEDHPPTPSGGSASAWPPTVWRWDYCGPFISSCKKLLRVIVLTEPKIRKSLFQKRRALGKAIEGLGQHGLVGTSDENLMNLHDALQDEFNRVVQSYKSALDKMVELELAQK----KGANRTVS---NGPAPIAASHQRLLSLKQSEIQERLIKNKTLLNVVEPTLTNHSLDLFLGILQRRIELDKEALFQFSQLKRDQPAKTGEATQHIVVAPILMKYSHGCQQVLELMREVSSDQNPQEDDLEDSSDVS-GYHSDSDSAVMMSGNSPFVSKSARYNFLSRSVRLGSRASIRASLLVNSL 640

HSP 2 Score: 87.0409 bits (214), Expect = 6.174e-14
Identity = 32/55 (58.18%), Postives = 47/55 (85.45%), Query Frame = 0

Query:  632 DIEEALSLYLRRAVDNFDLTKNVEEVCDQIWATLYDYPCLKSCGAIIKYVKECLK 686
            ++E+A++ YLR +V  FDLTKN E+VC+QIWATLYDYPCL+SC  ++KY+K+ ++
Sbjct:  929 EVEQAVAHYLRESVATFDLTKNTEDVCNQIWATLYDYPCLRSCDPLVKYIKDSVR 983

[Close]

BLAST of EMLSAG00000006930 vs. nr
Match: gi|942322087|gb|JAN42976.1| (Beta-1,3-glucosyltransferase beta3glc-t beta-3-glycosyltransferase [Daphnia magna] >gi|942334313|gb|JAN49089.1| Beta-1,3-glucosyltransferase beta3glc-t beta-3-glycosyltransferase [Daphnia magna] >gi|942338497|gb|JAN51181.1| Beta-1,3-glucosyltransferase beta3glc-t beta-3-glycosyltransferase [Daphnia magna] >gi|942343415|gb|JAN53639.1| Beta-1,3-glucosyltransferase beta3glc-t beta-3-glycosyltransferase [Daphnia magna] >gi|942359709|gb|JAN61784.1| Beta-1,3-glucosyltransferase beta3glc-t beta-3-glycosyltransferase [Daphnia magna] >gi|942364101|gb|JAN63980.1| Beta-1,3-glucosyltransferase beta3glc-t beta-3-glycosyltransferase [Daphnia magna] >gi|942367183|gb|JAN65521.1| Beta-1,3-glucosyltransferase beta3glc-t beta-3-glycosyltransferase [Daphnia magna])

HSP 1 Score: 385.571 bits (989), Expect = 3.265e-117
Identity = 208/406 (51.23%), Postives = 286/406 (70.44%), Query Frame = 0

Query:  124 SAMAIPD-SPKAALQRLLVLYENGHHREVAALMKRLSFSSFRQILPSLPGDIFVESMPHSLPILEALYAKLYMSSDRELILDRSSMGLSNLRPEAVVWQLVKFFASQQEE------AKATGE-----RWAFCGPFISSCKRLLNILLQAEPKLKRVVLDRKRALMKAIESLGQHGMVGTSDEKLMNLHDALKLEFQKVQKTYGEALTKLETMSLVGSHPVVNKSNGTISGRLSRAPPIAQSHQRQLSLKANEIQLRLIKNKTLLNAIEPALENTALEVLLGILQKRIELDKECLFQFTQVKRESKLQ-GDDTQS--VAPILMRYQRGCQQVLDLMKEVSATERIEDEVEENLSDISGGYHSDSESCVMTSGNSPFISKEARYNFLSRSIRLGSKHNFRSSIIASSI 514
            ++M I D SP+ A +++++L EN  +RE A  + RLS  +F  I+  LP D F+ESMP SLPI+E+LY K+++S      + R+S+    LRPE VV Q+VK+FA Q++         A+       RW +CGPFISSCK+LL +++  EPK+++ +  ++RAL KAIE LGQHG+VGTSDE LMNLHDAL+ EF +V ++Y  AL K+  + L         +N T+S   +   PIA SHQR LSLK +EIQ RLIKNKTLLN +EP L N +L++ LGILQ+RIELDKE LFQF+Q+KR+   + G+ TQ   VAPILM+Y  GCQQVL+LM+EVS+ +  +++  E+ SD+S GYHSDS+S VM SGNSPF+SK ARYNFLSRS+RLGS+ + R+S++ +S+
Sbjct:  249 ASMTIADVSPRFAFKKIMMLSENKQYRESANFINRLSGGTFGVIVHDLPVDQFIESMPQSLPIIESLYTKVFLSDG----MTRNSIQF--LRPENVVQQMVKYFAHQEDHPPTPSGGSASAWPPNVWRWDYCGPFISSCKKLLRVIVLTEPKIRKSLFQKRRALGKAIEGLGQHGLVGTSDENLMNLHDALQDEFNRVVQSYKSALDKMVELELAQK----KGANRTVS---NGPAPIAASHQRLLSLKQSEIQERLIKNKTLLNVVEPTLTNHSLDLFLGILQRRIELDKEALFQFSQLKRDQPAKTGEATQHIVVAPILMKYSHGCQQVLELMREVSSDQNPQEDDLEDSSDVS-GYHSDSDSAVMMSGNSPFVSKSARYNFLSRSVRLGSRASIRASLLVNSL 640

HSP 2 Score: 86.6557 bits (213), Expect = 6.227e-14
Identity = 32/55 (58.18%), Postives = 47/55 (85.45%), Query Frame = 0

Query:  632 DIEEALSLYLRRAVDNFDLTKNVEEVCDQIWATLYDYPCLKSCGAIIKYVKECLK 686
            ++E+A++ YLR +V  FDLTKN E+VC+QIWATLYDYPCL+SC  ++KY+K+ ++
Sbjct:  929 EVEQAVAHYLRESVATFDLTKNTEDVCNQIWATLYDYPCLRSCDPLVKYIKDSVR 983

[Close]

BLAST of EMLSAG00000006930 vs. nr
Match: gi|1022771250|gb|KZS15588.1| (Uncharacterized protein APZ42_018788 [Daphnia magna])

HSP 1 Score: 385.571 bits (989), Expect = 3.333e-117
Identity = 208/406 (51.23%), Postives = 286/406 (70.44%), Query Frame = 0

Query:  124 SAMAIPD-SPKAALQRLLVLYENGHHREVAALMKRLSFSSFRQILPSLPGDIFVESMPHSLPILEALYAKLYMSSDRELILDRSSMGLSNLRPEAVVWQLVKFFASQQEE------AKATGE-----RWAFCGPFISSCKRLLNILLQAEPKLKRVVLDRKRALMKAIESLGQHGMVGTSDEKLMNLHDALKLEFQKVQKTYGEALTKLETMSLVGSHPVVNKSNGTISGRLSRAPPIAQSHQRQLSLKANEIQLRLIKNKTLLNAIEPALENTALEVLLGILQKRIELDKECLFQFTQVKRESKLQ-GDDTQS--VAPILMRYQRGCQQVLDLMKEVSATERIEDEVEENLSDISGGYHSDSESCVMTSGNSPFISKEARYNFLSRSIRLGSKHNFRSSIIASSI 514
            ++M I D SP+ A +++++L EN  +RE A  + RLS  +F  I+  LP D F+ESMP SLPI+E+LY K+++S      + R+S+    LRPE VV Q+VK+FA Q++         A+       RW +CGPFISSCK+LL +++  EPK+++ +  ++RAL KAIE LGQHG+VGTSDE LMNLHDAL+ EF +V ++Y  AL K+  + L         +N T+S   +   PIA SHQR LSLK +EIQ RLIKNKTLLN +EP L N +L++ LGILQ+RIELDKE LFQF+Q+KR+   + G+ TQ   VAPILM+Y  GCQQVL+LM+EVS+ +  +++  E+ SD+S GYHSDS+S VM SGNSPF+SK ARYNFLSRS+RLGS+ + R+S++ +S+
Sbjct:  249 ASMTIADVSPRFAFKKIMMLSENKQYRESANFINRLSGGTFGVIVHDLPVDQFIESMPQSLPIIESLYTKVFLSDG----MTRNSIQF--LRPENVVQQMVKYFAHQEDHPPTPSGGSASAWPPNVWRWDYCGPFISSCKKLLRVIVLTEPKIRKSLFQKRRALGKAIEGLGQHGLVGTSDENLMNLHDALQDEFNRVVQSYKSALDKMVELELAQK----KGANRTVS---NGPAPIAASHQRLLSLKQSEIQERLIKNKTLLNVVEPTLTNHSLDLFLGILQRRIELDKEALFQFSQLKRDQPAKTGEATQHIVVAPILMKYSHGCQQVLELMREVSSDQNPQEDDLEDSSDVS-GYHSDSDSAVMMSGNSPFVSKSARYNFLSRSVRLGSRASIRASLLVNSL 640

HSP 2 Score: 87.0409 bits (214), Expect = 6.174e-14
Identity = 32/55 (58.18%), Postives = 47/55 (85.45%), Query Frame = 0

Query:  632 DIEEALSLYLRRAVDNFDLTKNVEEVCDQIWATLYDYPCLKSCGAIIKYVKECLK 686
            ++E+A++ YLR +V  FDLTKN E+VC+QIWATLYDYPCL+SC  ++KY+K+ ++
Sbjct:  929 EVEQAVAHYLRESVATFDLTKNTEDVCNQIWATLYDYPCLRSCDPLVKYIKDSVR 983

[Close]

BLAST of EMLSAG00000006930 vs. nr
Match: gi|942364099|gb|JAN63979.1| (Beta-1,3-glucosyltransferase beta3glc-t beta-3-glycosyltransferase [Daphnia magna])

HSP 1 Score: 385.571 bits (989), Expect = 3.463e-117
Identity = 208/406 (51.23%), Postives = 286/406 (70.44%), Query Frame = 0

Query:  124 SAMAIPD-SPKAALQRLLVLYENGHHREVAALMKRLSFSSFRQILPSLPGDIFVESMPHSLPILEALYAKLYMSSDRELILDRSSMGLSNLRPEAVVWQLVKFFASQQEE------AKATGE-----RWAFCGPFISSCKRLLNILLQAEPKLKRVVLDRKRALMKAIESLGQHGMVGTSDEKLMNLHDALKLEFQKVQKTYGEALTKLETMSLVGSHPVVNKSNGTISGRLSRAPPIAQSHQRQLSLKANEIQLRLIKNKTLLNAIEPALENTALEVLLGILQKRIELDKECLFQFTQVKRESKLQ-GDDTQS--VAPILMRYQRGCQQVLDLMKEVSATERIEDEVEENLSDISGGYHSDSESCVMTSGNSPFISKEARYNFLSRSIRLGSKHNFRSSIIASSI 514
            ++M I D SP+ A +++++L EN  +RE A  + RLS  +F  I+  LP D F+ESMP SLPI+E+LY K+++S      + R+S+    LRPE VV Q+VK+FA Q++         A+       RW +CGPFISSCK+LL +++  EPK+++ +  ++RAL KAIE LGQHG+VGTSDE LMNLHDAL+ EF +V ++Y  AL K+  + L         +N T+S   +   PIA SHQR LSLK +EIQ RLIKNKTLLN +EP L N +L++ LGILQ+RIELDKE LFQF+Q+KR+   + G+ TQ   VAPILM+Y  GCQQVL+LM+EVS+ +  +++  E+ SD+S GYHSDS+S VM SGNSPF+SK ARYNFLSRS+RLGS+ + R+S++ +S+
Sbjct:  252 ASMTIADVSPRFAFKKIMMLSENKQYRESANFINRLSGGTFGVIVHDLPVDQFIESMPQSLPIIESLYTKVFLSDG----MTRNSIQF--LRPENVVQQMVKYFAHQEDHPPTPSGGSASAWPPNVWRWDYCGPFISSCKKLLRVIVLTEPKIRKSLFQKRRALGKAIEGLGQHGLVGTSDENLMNLHDALQDEFNRVVQSYKSALDKMVELELAQK----KGANRTVS---NGPAPIAASHQRLLSLKQSEIQERLIKNKTLLNVVEPTLTNHSLDLFLGILQRRIELDKEALFQFSQLKRDQPAKTGEATQHIVVAPILMKYSHGCQQVLELMREVSSDQNPQEDDLEDSSDVS-GYHSDSDSAVMMSGNSPFVSKSARYNFLSRSVRLGSRASIRASLLVNSL 643

HSP 2 Score: 86.6557 bits (213), Expect = 6.236e-14
Identity = 32/55 (58.18%), Postives = 47/55 (85.45%), Query Frame = 0

Query:  632 DIEEALSLYLRRAVDNFDLTKNVEEVCDQIWATLYDYPCLKSCGAIIKYVKECLK 686
            ++E+A++ YLR +V  FDLTKN E+VC+QIWATLYDYPCL+SC  ++KY+K+ ++
Sbjct:  932 EVEQAVAHYLRESVATFDLTKNTEDVCNQIWATLYDYPCLRSCDPLVKYIKDSVR 986

[Close]

BLAST of EMLSAG00000006930 vs. Tigriopus kingsejongenis genes
Match: snap_masked-scaffold747_size103044-processed-gene-0.11 (protein:Tk12102 transcript:snap_masked-scaffold747_size103044-processed-gene-0.11-mRNA-1 annotation:"hypothetical protein L798_12370")

HSP 1 Score: 440.269 bits (1131), Expect = 7.964e-149
Identity = 263/495 (53.13%), Postives = 321/495 (64.85%), Query Frame = 0

Query:    2 MNRLDRYYNMPHG-----SGAPPLPRKGILMVXPPPPPFIHRPPPVTHQHQ------WPYQTN-----PHMIAGPTVLVPTTTNPHGHHHHHHHVLPQYGHPSQQFVQQPIPKRVPVLRAGRK------DYSD-------------HGSIISNNNLASAMAIPD-SPKAALQRLLVLYENGHHREVAALMKRLSFSSFRQILPSLPGDIFVESMPHSLPILEALYAKLYMSSDRELILDRSSMGLSNLRPEAVVWQLVKFFASQQEEAKATGERWAFCGPFISSCKRLLNILLQAEPKLKRVVLDRKRALMKAIESLGQHGMVGTSDEKLMNLHDALKLEFQKVQKTYGEALTKLETMSLVGSHPVVNKSN-GTISGRLSRAPPIAQSHQRQLSLKANEIQLRLIKNKTLLNAIEPALENTALEVLLGILQKRIELDKECLFQFTQVKRE--SKLQG------------------DDTQSVAPILMRYQRGCQQV 439
            M+RLD+YY +P G      G PPLPRKGILM+           PP+  Q Q      W  Q       PH +  P ++     N           L +   P +   ++PIP     + AG +      DY +              GS++ + NLASAM +PD SP+ ALQ++L LYENG HRE A  M+RLSF +FRQILP +P DIF+ESMPHSLPILEALYAKL+++ D +L+ +  S     LRPEAV+WQLVKFFA+Q +   A   RW FCGPFISSCKRLL +LL AEP+LKR+V +RK+ALMKAIE LGQHG+VGTSDE+LMNLH ALKLEF K QKTY E L KLE +SL     + NK+N GTI+G   ++ PIAQSHQRQLSLKA EIQ RLIKNK+LLN +EP+LENT+LEVLLGILQKRIELDKECLFQ+TQ++++  SK  G                   + QSVAPILMRYQRGCQQV
Sbjct:    1 MSRLDKYY-LPPGMPMKPGGGPPLPRKGILMMP-----PPPPIPPMVSQSQRLMNGNWGLQAQNGGQPPHSLPPPQMMA---GNTFVMQQAPVFRLNEKIRPERPTNRRPIPT---TMVAGSRRALVNGDYEELHLIPTQQALQHGKGSVLDSQNLASAMLLPDASPRMALQKILTLYENGDHREAATFMRRLSFHTFRQILPQIPADIFIESMPHSLPILEALYAKLFLAGDSKLLGNAQS-----LRPEAVIWQLVKFFANQDDGLAAGQMRWEFCGPFISSCKRLLQVLLSAEPRLKRLVSERKKALMKAIEGLGQHGLVGTSDEQLMNLHKALKLEFDKSQKTYSEGLLKLEQLSL-----IQNKTNKGTING---KSAPIAQSHQRQLSLKAGEIQERLIKNKSLLNVVEPSLENTSLEVLLGILQKRIELDKECLFQYTQIRKDNLSKHPGLTAKTGNIPNATKPTPIIPENQSVAPILMRYQRGCQQV 470

[Close]

BLAST of EMLSAG00000006930 vs. Tigriopus kingsejongenis genes
Match: snap_masked-scaffold106_size358372-processed-gene-2.12 (protein:Tk03550 transcript:snap_masked-scaffold106_size358372-processed-gene-2.12-mRNA-1 annotation:"hypothetical protein Phum_PHUM025060")

HSP 1 Score: 429.098 bits (1102), Expect = 1.273e-140
Identity = 221/399 (55.39%), Postives = 286/399 (71.68%), Query Frame = 0

Query:  119 NNNLASAMAIPDSPKAALQRLLVLYENGHHREVAALMKRLSFSSFRQILPSLPGDIFVESMPHSLPILEALYAKLYMSSDRELILDRSSMGLSNLRPEAVVWQLVKFFASQQE-EAKATGE--RWAFCGPFISSCKRLLNILLQAEPKLKRVVLDRKRALMKAIESLGQHGMVGTSDEKLMNLHDALKLEFQKVQKTYGEALTKLETMSLVGSHPVVNKSNGTISGRLSRAPPIAQSHQRQLSLKANEIQLRLIKNKTLLNAIEPALENTALEVLLGILQKRIELDKECLFQFTQVKRESKLQG----DDTQSVAPILMRYQRGCQQVLDLMKEV-SATERIEDEVEENLSDISGGYHSDSESCVMTSGNSPFISKEARYNFLSRSIRLGSKHNFRSSI 509
            N  LAS      SPK A QR+L+LYE G HRE AA ++R+S  +FRQI+  LP D F+E+MP S+PILE++YAKLY++S     +           PE VVWQ+V+FFA   +   + TG   R A CGP++S+CKRLL +LL AEP++KRV+ +R++AL KAIE LGQHGMVGTSDE +MNLHDAL+LEF++V K+Y EAL KL+ ++L G +P             S+ PP+AQSHQRQLSLK  EIQ RLIKNK+LLN +EP LEN  LEVLLGILQ+RIELDKE +FQFTQ+K++ +L G        SVAP+LM++Q+GCQQ+LDLM+EV    ++    +EE+ +    GYHSDS+S VM SGNSPFISK+ARY+FL RS+R GSKHN  ++I
Sbjct:  115 NKRLASLTIADMSPKLARQRILLLYEKGDHREAAAFIRRVSPGTFRQIVNELPIDRFLEAMPGSMPILESIYAKLYLASGSGSNMMAFGKLDERFSPECVVWQIVRFFACMDDITPQTTGSVVRMAMCGPWVSTCKRLLLVLLSAEPRIKRVIAERRKALTKAIEGLGQHGMVGTSDESIMNLHDALRLEFERVHKSYSEALAKLDHLALTGKNP-------------SKVPPVAQSHQRQLSLKMEEIQERLIKNKSLLNVMEPTLENHGLEVLLGILQRRIELDKEVMFQFTQLKKDKRLLGALGCGRNPSVAPVLMKFQKGCQQILDLMREVHEDIQKNPGHMEEDSNSDYSGYHSDSDSTVMMSGNSPFISKDARYSFLQRSVRSGSKHNLLTAI 500

[Close]

BLAST of EMLSAG00000006930 vs. Tigriopus kingsejongenis genes
Match: maker-scaffold747_size103044-snap-gene-0.17 (protein:Tk12099 transcript:maker-scaffold747_size103044-snap-gene-0.17-mRNA-1 annotation:"spermatogenesis-associated protein 18-like protein")

HSP 1 Score: 120.168 bits (300), Expect = 3.223e-29
Identity = 56/93 (60.22%), Postives = 67/93 (72.04%), Query Frame = 0

Query:  594 CSIQSKRDSLRRILQLPPTCLSIGKKDDDLEMMDLARKDIEEALSLYLRRAVDNFDLTKNVEEVCDQIWATLYDYPCLKSCGAIIKYVKECLK 686
             SIQ+KR+ +RRILQLPP         +     D A  DIE A+S YLRRA +NFDL+KNVEEVC QIWATLYDYPCLK+   II+YVKEC++
Sbjct:  290 ASIQTKREQIRRILQLPPPPFDTQTTSE----ADPAANDIETAISTYLRRATENFDLSKNVEEVCSQIWATLYDYPCLKTSDGIIRYVKECVR 378

[Close]

BLAST of EMLSAG00000006930 vs. Tigriopus kingsejongenis genes
Match: maker-scaffold747_size103044-snap-gene-0.18 (protein:Tk12104 transcript:maker-scaffold747_size103044-snap-gene-0.18-mRNA-1 annotation:"transcriptional regulator")

HSP 1 Score: 79.7221 bits (195), Expect = 4.859e-18
Identity = 44/59 (74.58%), Postives = 48/59 (81.36%), Query Frame = 0

Query:  439 VLDLMKEVSATERIEDEVEE-NLSDISGGYHSDSESCVMTSGNSPFISKEARYNFLSRS 496
            +L+L+KEV      +D  EE N SDISG YHSDSESCVMTSGNSPFISKEARYNFLSRS
Sbjct:   63 ILELIKEVVEDGMDKDGEEEGNTSDISG-YHSDSESCVMTSGNSPFISKEARYNFLSRS 120

The following BLAST results are available for this feature:

BLAST of EMLSAG00000006930 vs. GO
BLAST of EMLSAG00000006930 vs. C. finmarchicus
BLAST of EMLSAG00000006930 vs. L. salmonis peptides
BLAST of EMLSAG00000006930 vs. SwissProt
BLAST of EMLSAG00000006930 vs. Select Arthropod Genomes
BLAST of EMLSAG00000006930 vs. nr
BLAST of EMLSAG00000006930 vs. Tigriopus kingsejongenis genes

BLAST of EMLSAG00000006930 vs. GO
Analysis Date: 2014-04-02 (Blast vs. GO)
Total hits: 0


Match Name	E-value	Identity	Description

BLAST of EMLSAG00000006930 vs. C. finmarchicus
Analysis Date: 2014-05-09 (TblastN vs C. finmarchicus TSA)
Total hits: 8


Match Name	E-value	Identity	Description
gi\|592888049\|gb\|GAXK01070326.1\|	9.840e-170	55.64	TSA: Calanus finmarchicus comp215429_c0_seq1 trans...	[more]
gi\|592836267\|gb\|GAXK01121277.1\|	3.629e-140	56.04	TSA: Calanus finmarchicus comp232030_c1_seq6 trans...	[more]
gi\|592836268\|gb\|GAXK01121276.1\|	3.849e-140	56.04	TSA: Calanus finmarchicus comp232030_c1_seq5 trans...	[more]
gi\|592836269\|gb\|GAXK01121275.1\|	7.556e-140	56.04	TSA: Calanus finmarchicus comp232030_c1_seq4 trans...	[more]
gi\|592836270\|gb\|GAXK01121274.1\|	9.651e-138	56.31	TSA: Calanus finmarchicus comp232030_c1_seq3 trans...	[more]
gi\|592836271\|gb\|GAXK01121273.1\|	1.001e-137	56.31	TSA: Calanus finmarchicus comp232030_c1_seq2 trans...	[more]
gi\|592836272\|gb\|GAXK01121272.1\|	1.502e-137	56.31	TSA: Calanus finmarchicus comp232030_c1_seq1 trans...	[more]
gi\|592935263\|gb\|GAXK01023290.1\|	1.978e+0	28.57	TSA: Calanus finmarchicus comp114080_c3_seq8 trans...	[more]

BLAST of EMLSAG00000006930 vs. L. salmonis peptides
Analysis Date: 2014-05-10 (Blastp vs. self)
Total hits: 2


Match Name	E-value	Identity	Description
EMLSAP00000006930	0.000e+0	100.00	pep:novel supercontig:LSalAtl2s:LSalAtl2s393:32903...	[more]
EMLSAP00000005816	7.249e-120	56.27	pep:novel supercontig:LSalAtl2s:LSalAtl2s313:24980...	[more]

BLAST of EMLSAG00000006930 vs. SwissProt
Analysis Date: 2017-02-10 (Blastp vs. SwissProt)
Total hits: 0


Match Name	E-value	Identity	Description

BLAST of EMLSAG00000006930 vs. Select Arthropod Genomes
Analysis Date: 2017-02-20 (Blastp vs. Selected Arthropods)
Total hits: 12


Match Name	E-value	Identity	Description
EEB10211.1	2.467e-122	53.11	hypothetical protein Phum_PHUM025060 [Pediculus hu...	[more]
gb\|KFM72477.1\|	5.171e-100	47.14	hypothetical protein X975_07934, partial [Stegodyp...	[more]
gb\|KFM70978.1\|	1.142e-78	45.43	hypothetical protein X975_05165, partial [Stegodyp...	[more]
gb\|KPM04742.1\|	6.695e-64	44.48	hypothetical protein QR98_0031960 [Sarcoptes scabi...	[more]
gb\|EEC01665.1\|	3.666e-53	40.00	hypothetical protein IscW_ISCW001706, partial [Ixo...	[more]
XP_016772027.1	2.134e-47	35.41	PREDICTED: uncharacterized protein LOC100577656 [A...	[more]
XP_016772026.1	2.134e-47	35.41	PREDICTED: uncharacterized protein LOC100577656 [A...	[more]
EAA00981.5	4.651e-43	33.72	AGAP001625-PA [Anopheles gambiae str. PEST]	[more]
gb\|EFA09543.2\|	1.141e-39	33.62	hypothetical protein TcasGA2_TC011651 [Tribolium c...	[more]
AAF57014.3	1.964e-34	34.71	uncharacterized protein Dmel_CG11498, isoform B [D...	[more]

Pages

BLAST of EMLSAG00000006930 vs. nr
Analysis Date: 2017-02-20 (Blastp vs. NR (2/2017))
Total hits: 25


Match Name	E-value	Identity	Description
gi\|646722617\|gb\|KDR23548.1\|	4.047e-145	44.64	hypothetical protein L798_12370 [Zootermopsis neva...	[more]
gi\|926631187\|ref\|XP_013781314.1\|	4.508e-121	39.31	PREDICTED: uncharacterized protein LOC106465625 [L...	[more]
gi\|942327705\|gb\|JAN45785.1\|	5.735e-121	51.23	putative Beta-1,3-glucosyltransferase beta3glc-t b...	[more]
gi\|242004040\|ref\|XP_002422949.1\|	1.207e-119	53.11	hypothetical protein Phum_PHUM025060 [Pediculus hu...	[more]
gi\|942367181\|gb\|JAN65520.1\|	8.933e-119	51.34	Beta-1,3-glucosyltransferase beta3glc-t beta-3-gly...	[more]
gi\|942357523\|gb\|JAN60691.1\|	2.798e-118	51.34	Beta-1,3-glucosyltransferase beta3glc-t beta-3-gly...	[more]
gi\|942303835\|gb\|JAN33850.1\|	8.477e-118	51.72	Beta-1,3-glucosyltransferase beta3glc-t beta-3-gly...	[more]
gi\|942322087\|gb\|JAN42976.1\|	3.265e-117	51.23	Beta-1,3-glucosyltransferase beta3glc-t beta-3-gly...	[more]
gi\|1022771250\|gb\|KZS15588.1\|	3.333e-117	51.23	Uncharacterized protein APZ42_018788 [Daphnia magn...	[more]
gi\|942364099\|gb\|JAN63979.1\|	3.463e-117	51.23	Beta-1,3-glucosyltransferase beta3glc-t beta-3-gly...	[more]

Pages

BLAST of EMLSAG00000006930 vs. Tigriopus kingsejongenis genes
Analysis Date: 2018-04-18 (Blastp vs. Tigriopus kingsejongensis proteins)
Total hits: 4


Match Name	E-value	Identity	Description
snap_masked-scaffold747_size103044-processed-gene-0.11	7.964e-149	53.13	protein:Tk12102 transcript:snap_masked-scaffold747...	[more]
snap_masked-scaffold106_size358372-processed-gene-2.12	1.273e-140	55.39	protein:Tk03550 transcript:snap_masked-scaffold106...	[more]
maker-scaffold747_size103044-snap-gene-0.17	3.223e-29	60.22	protein:Tk12099 transcript:maker-scaffold747_size1...	[more]
maker-scaffold747_size103044-snap-gene-0.18	4.859e-18	74.58	protein:Tk12104 transcript:maker-scaffold747_size1...	[more]

Alignments

The following features are aligned


Aligned Feature	Feature Type	Alignment Location
LSalAtl2s393	supercontig	LSalAtl2s393:329036..406860 +

Analyses

This gene is derived from or has results from the following analyses


Analysis Name	Date Performed
ensembl	2013-09-26 .965016
Blast vs. GO	2014-04-02
TblastN vs C. finmarchicus TSA	2014-05-09
Blastp vs. self	2014-05-10
Blastp vs. SwissProt	2017-02-10
Blastp vs. Selected Arthropods	2017-02-20
Blastp vs. NR (2/2017)	2017-02-20
Blastp vs. Tigriopus kingsejongensis proteins	2018-04-18

Properties


Property Name	Value
Logic name	ensemblgenomes
Description	maker-LSalAtl2s393-snap-gene-4.12
Biotype	protein_coding
Evidence	IEA
Note	hypothetical protein L798_12370 [Zootermopsis nevadensis]

Cross References

External references for this gene


Database	Accession
Ensembl Metazoa (gene)	EMLSAG00000006930 (primary cross-reference)

Relationships

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


Feature Name	Unique Name	Species	Type
EMLSAT00000006930	EMLSAT00000006930-702777	Lepeophtheirus salmonis	mRNA

Sequences

The following sequences are available for this feature:

gene from alignment at LSalAtl2s393:329036..406860+

gene from alignment at LSalAtl2s393:329036..406860+

Legend: mRNA

Hold the cursor over a type above to highlight its positions in the sequence below.

>EMLSAG00000006930-689696 ID=EMLSAG00000006930-689696|Name=EMLSAG00000006930|organism=Lepeophtheirus salmonis|type=gene|length=77825bp|location=Sequence derived from alignment at LSalAtl2s393:329036..406860+ (Lepeophtheirus salmonis)
CTTTTTTATATGTCAGTTTGTAAAATCATCCTGTGTGCGTCACAAATGTG
CTAAGTGTATTTTTTTTTTCAACGACTCCCCTGAATAGATTTTAAAAGAT
TTAGCCCTTCTTATGATGAATCGTTTAGATCGATACTACAATATGCCTCA
TGGCTCAGGGGCCCCACCACTTCCACGAAAGGGGATTCTTATGGTTGSTC
CKCCTCCGCCCCCATTTATTCATCGTCCTCCTCCGGTTACTCATCAGCAT
CAATGGCCTTACCAAACCAACCCTCATATGATTGCAGGTCCAACAGTCCT
TGTTCCAACAACTACTAATCCGCATGGACATCATCATCATCATCACCACG
TTTTGCCACAGTATGGACATCCATCACAACAATTTGTGCARCAGCCAATC
CCTAAGCGAGTGCCGGTTCTTCGTGCAGGACGAAAGGACTATTCGGATCA
CGGATCCATTATTTCTAATAATAATCTAGCATCAGCTATGGCTATTCCTG
ACTCACCAAAAGCAGCGTTACAACGGCTTTTAGTACTGTATGAAAATGGG
CATCATAGAGAAGTTGCTGCTCTAATGAAACGACTATCATTCTCTTCTTT
TCGACAAATTCTGCCCTCTCTTCCTGGAGATATATTTGTCGAGTCCATGC
CACATTCATTACCAATCCTGGAAGCTCTTTACGCAAAGTTATATATGTCT
TCGGATAGAGAGCTAATTTTAGATCGTTCATCCATGGGCCTGTCAAATTT
GAGGCCTGAAGCTGTAGTTTGGCAATTAGTCAAATTTTTTGCCTCTCAAC
AAGAAGAGGCTAAAGCCACAGGAGAACGATGGGCATTTTGTGGCCCTTTT
ATTTCTTCATGTAAGAGGCTCCTAAATATACTTTTACAGGCTGAGCCAAA
ATTAAAGAGAGTTGTTTTGGACCGTAAAAGAGCTCTGATGAAAGCTATAG
AGAGTCTAGGTCAACATGGAATGGTGGGCACATCTGACGAAAAATTAATG
AATCTTCACGATGCCCTAAAGCTAGAGTTTCAAAAAGTTCAGAAAACATA
TGGGGAGGCTCTTACAAAATTGGAAACCATGTCATTGGTGGGTTCACACC
CTGTCGTTAATAAATCAAATGGTACAATCAGTGGGCGTCTAAGTAGAGCA
CCACCAATTGCTCAATCACATCAGAGACAATTATCCCTCAAGGCAAACGA
AATTCAATTACGACTGATAAAAAATAAAACACTATTGAATGCAATAGAGC
CTGCACTAGAGAACACGGCTCTTGAAGTTTTACTTGGAATCCTACAAAAA
AGAATTGAATTGGATAAAGAGTGCTTATTTCAATTCACACAAGTTAAGAG
AGAGTCAAAGCTTCAGGGAGATGACACACAAAGTGTGGCGCCTATCCTTA
TGAGGTACCAGCGTGGATGCCAACAGGTAAGATAATCATTTTGAACTACA
AACTTCCATAAAATTTGTATATATAATATTTTAATGAATAAATGAACCAG
TCATGCAAATACGTTTTCCAACACTTTCTCGTCAGTGCATCATCAGGATG
CTCAATGGAATGAGGGAGTAGTTTGGTATATGGGCCTTTATAAGGCGCAA
ACAATTCCAAACAAGTTTCTTTTCCTCGTATTTTTTAGAATGAAATATCT
TCCTACAGTTTCTAATACTATCCAAAATTAATTATATTTAACTAATATGT
ATTTTTTAATTGAGGCTAAGAGAAATTTCACCTAATACAATTAAGCTTCT
AATTGTATCGAAATTTCTTTTGAAGAATTTAAAAAAAGCTTATATCTTAA
CAATGAATCTATGGGGAGACTCTTCATTTCAATTTTCCCCTTCAGCATCT
GACCCCCCCCCCCCTCCAGTATTTATAGGGGACTAAAAGGGAAATTTTCA
TATTATCATGATTGATTATGACTCCCTTCTCGACAACCAGGTCCTTTATT
CATTAGTACTCAGACATATTTGGTTKAAWAAYAAATCAAGKAAMGGGGAA
MGAGGCATTGTATGTAAAGAMGGAGCTATTTTYAAGCCATATTATTCTGT
AAAGAGCCTATTTTGTACACTATAGTAATATATATATATATATATATTTA
CTCAAAGTAAAATTTTATAACGCAAAAAAAATGATTTTCTATTTCAATGT
ATCGAAAAATATCACATTAAGTAGAAAATAATNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNCAAAAAAAATGATTTTCTA
TTTCAATGTATCGAAAAATATCACATTAAGTAGATAAAGTAATTAATAAA
TGTATTCTTTTTGATAAATGTTTAACAAATCATTACTTTTTATCGCATAT
AATCTAGGATATTTAAATCTATCTTCTTGATGGTTTCAACTGAAAAAGGA
GATTTTTTAGTGCATCTGAGAAAGATATTATAATGATGGGGTTTTCTATA
GATGGTTGATATATATTAAATGAATAATATAAACATTTCTAATGCAAATT
AGAGTTCAAATGCCTACAAATATATTACCCGTTAATATTCAAATCAAAAT
GGAACTATACTATTTAGTAACTAATATTGTTGTTGATATAATGAAATATG
AGTAAAAAAATGCAATTTGTACAATCTGCTTGTATACATTATAACTTGTA
AGTGCCTAACAACAAATATTCACTTTTTAGGGGAAAATTATCCATGAGGT
TACGCCAAATTGATGATTCATTTTGGTAATATAGATTAACATATAGTTAT
TTTCCAAACTATATAACGCTATAATATGCAAACCAAAATAAACAATAATT
ACAAGGTCCGTCTTTATTATCGTTACTTCATTTTAATCAATTATTACACC
TAATTGTGGTGGATAATGTTAATTTTTATGATGTCATCCTCAGTTTACTC
ATATAAAAGGTTCTCTGATCGATTTTGGTGACATTTTTGAAGAAAGATGT
CTGAGCAAGAGAGATCCCGATGGCTTTGAGTTGAACGAAACAAAAGGGAT
CGATCGTCAAATTCTTTTATGACAAGTAGCTTTTTAGGGGAAATCCTTCC
CATAACAGTCGAAACGATTGTTTCTTTGCTCAAAAGAAGGATGACGTCAT
CCTAGTTACGAAGACGAAATTTGCAGCTTCAATAATGGTCCTTGGGATTA
TTTCCAGCCATGAGAAAAAATGCCTCCCCAATTCCCCATGTGAATGGCTC
AAAAGTCAACGCAGATATATATATATACGGGTACTCAAGGACGTTGTAAA
GAGCTGGATAAGGACCCATACTATCCTAGTGACCGAAGTCACCGATGGTA
TCTTAACAATTTCTAAAACTTCTGGTACAAATAGAAATGGGCCCATCCTC
TTTCGATTTTTATTTTTGGGGATAAATAGAAACGAGGCTTAGGACATCAT
GAGATTCAAATAGCAATGCCCTCAAGGCTGCAATTTTGGAAAAAATGGGC
CCAAATTCCCCAGATCCAATAGCTAGACCATGGCGAAACTTCCGAGCCTT
TTCGAAAAATACATCATTGGAGCAAGCAGATATTTTGAATAATTAATTAT
CCATCAATGATATTAATAAATATCTTAATTAATTATCATATTCGAAAAAA
CAAAGTTACGATAAAAAGTAGCACCCTTTATCAAGTCTACTTCTTTCTAA
ATTTTAATTTAACTCATTTTCTATTAAATATTTTTTTAATAATTATAATA
ATTGAAAATAAATACACATTTACAAAAAAATTTTTTTTTTTAAGAATTTG
AGAAAAATCTTTTAAGTTTTATTTTCCTTTGAATTTTCAAAGACACAATT
TATGAATATACTTTTTATTTATTTGATATTAATATATTTGTTAATTTTAT
ACATGTATAGATTCAAATTAACAGTTTTTCATTTCATTTCGAGTAAGGAA
AATCATTTATTTAAAGATGAATATCTTCAGGATTAGAAATTCAATTACAA
TATGTACATATAAAAAAAATTGATAAGATAAAAATAAATGATTATTTTTT
TTTCTTTTCAAAAGTGGATTCGTTTATTTATATATATGTATTCCCATCTT
GATTTTGTAAATGAATTATACTAAATTAATAAGATAAGTTATTTAAGGAA
ATTATACTGTGTACGCAATTGACAAATATAAGTAAACTAAATACTTATTA
TGAAAACGCAGTTTTCTTACTAAATGACCTACTCATTTTATTGTTTGTAT
ACAATATCAATACAGATGTAATAAATATGGCCTCAAAAGAGTACGGAGCT
TTTCGTAGTTGCAACCTGAATAAAGTCTTTATTTTTATTTTACAAAGCTG
TAGTGATTCTTGATGGACATATGCTTATGAATGACTGAGGATAACTCTGA
AAATTAGATGGGAATGTAATAAGTACTAGTAGAATTCATGATTGACATCA
GAGTAGTTCCTGTATATTTCCTTAACAGACACAGAGTAGGATTTGTGTGG
GGGGGGGGGGGGNCTTCCTCTCACAGCTACTTGTAGCTAATTAAATTAAA
GCAGTAGTTATACAAAATATTCTTCCATTTGTCAAGGATACCATGTCATT
TTTTGGTTTTTTTAACATACCGGTAAGTCATATTTTTTACAACTCTAAAT
ATATATATCAATTTCTATGCAACGTATATATTTATAAAAAAAAGTATAAT
ATATTATTCATAATTTGCATTAACTTTTCTTTATAAGACTTTTCATCTGC
CGAAATGAGATTAAAATATGAACTGATTTTGAGAGTAAATTCGTGGTTCA
ATTTTTACATCATATAAAAACACTTGATAACAACTAATTAGTAAATGTAG
GCCGTCGACTATCTTGTGCTAAATTGAGTTTGGATTAAATTTGTATTGTT
CAACTAATTATTTTCTATTTACAGTGATGATAAAATATTTTTAATAACCT
TTTGGAGCCAATTACTTGTCATTTATAAAAAATAATTCGATATATTATAA
TTGAAATCTCAAAGCGGTGTCAAATAAAATATCATAGATCAAATGAATGT
TGTAAACTATATTAAACATTAATTAGGATGAAAATTCATCCATGATATTT
AAATTCAAATCCCACAATTGAACAAATTATTGTCCTGCATTTATTTGAAT
TTCTCTTTTTCTTGATTTTTATTCAAAATGGATTTTTTATTGACGCACCA
CATATAAGCTAATGGTCTACTATATCAAAGTGTTGGTCATAAAAAGAGGC
AAATAAACTCATTGCTCTGAATTACCTAACAACGATGAATGATTGATAGT
TACTTCTAGTCTGCGGATAATTTAAAAAAAAAAACTGTCAAAAAAATAAG
TGACAAGAAAATGGGAAAACTATTAAAGCTTCTACTTCTTAAAAAAACAT
TTATCCCTTTTATCATGACATGAATAGTCTTCTTTTTTTTATTCTCAACA
TCAATTCTTCTTACTTTGTAAGAGTTGTTTTTGTAAATGTATGTATGAAC
ATTGAGACGTACCTGTATTATGTCTTAAAAGAAAAATAGCATATTACTCC
ATGGTAAATACGTACTGATATTTAAAACAAATATCAAACGTTGCTTGTTG
ACTTACAGGATTCTTTCTCGTCACAATTTATCACTCTGTTTTTATTTCCC
TTCTTATTATTTAATACTTCAACTAACAACCCAATATTTTTATGCAGAGG
TGTTTATCCGATTCTAGAAATAAGAAAGTAAAATAATTTTAAAAAATAGT
ATAATAATTTATTTTTATTTTCTTTAGCCTTGAAAATTGGTGAAAAATTG
GATTTTTTGTTTTATTTTTTGGAAAATAAAAAAGATAATATTAAACTAAC
ACAAATAATCAAAAGATTTATTGGGTTCAACCAAAAATAATCTTGAACAA
AATCAAGAAAATGAGAACTCTTTTAATCATATATACATTTTATATAAATA
TTTCGATCACCCATAGACTTTCTTTACAAATTTATTGGATTACTTGAGTC
ATCAAAAGTAAGGATTGTAATTTGAACCAGATATGGCCTTTAAAGTAATA
TTTATCAATTTATAATTAATTAATTGATACAATTAGTTTTTAATAATTAA
ACTGCTATTTGCAGCGTTTTTCAAATGATTAGTCAGAACGATTTAGTGAT
TGAAGTTGGCGGTGATTTATCAGAAAATACATATGTAATTCAGACTCAAA
ATCATTTATGCTTACTTTTGTGTGGTCGGGCCACAAATATACTTCCTGGA
TCCGTTTCATATCTTGCCACATATGTAAGTAGTCTGAAATTGTTAAAAGT
AAATATAGAATTACTGTTACCATGATACTCAAAAGAATTAATATGTTATG
AATATTGTAAGTTTTTTTAACAATTTAAAATGTAGACACACAGGAAACCC
TGTACAAGCTGTACATGCCCAAAAAGCCTGAAGGAATTATTCCAAAAAAG
GTATAATAAAGAAAATGTATAATAATAAATGTTTTTACACCTTCTTCAAT
TTTCACTTTTATTACCTAAATGTATTCATACCATATTAATAAAAACTATA
TAAGGCATTTAAATTATAATAATTGACTATCAATTAAATTTACAAGTCAT
GAATAAAGCTTAACATATATTTTGAATTATGTTATTCCCATGTGCAAAAA
GACGAGAAAACATTAAAATTACATACGAATTTATTATATGATATTTCTAA
TTTTCCGGTAAAATGTTTTTAAATGAGAATCCCTTTAGAATTTATTATTA
TATTTTATTAAGAAATAATGAGTCATGAATACTCAATTCTCATGTTTTTC
ATTTTTCTAAATTATCCCCAACAGTACACAGGTTGTTATTAGAGTACATG
GGATTAACTTTCTGAATATCGTAGCTCAATCCGACTCGAAAAAAAAATTA
ATAATAATAACTGATCAAAAAGCTAATTTTTGTGGATATTGTATAATTAC
AGGAAACTTATATTAATAAATAATTTATTCCTGGTTTCTCCGGTCATTTC
CCGTAAGTTTTTAAGCAACAAAAAATACAAAAAAATGAAGATCCCGAGAG
ATAAACCCTAATACAAATTATATAATAAATTGTTCGTATATGAATAAATA
TTGTTATATATGATTTATCAATAATTATTAATCTAATAAACTTCAGCTTA
CTTTGTTTTTTTGAAGAGATTTATAACTATAGATACATTAGGATGTTCCA
AAGAATAAGCAGGAAGTATGTTTTACTTCAGAAAAAGTTTTTAAAATTAT
CGTTCACGGATATATATCTTTGAAAATTACGTTTTGCTCAATTACTTAGA
GATGATTCCGATAAGACATATCCAAGCAAAAAAAAAAAAATTCATTTATA
TGAAAAAAGGTATTATAGAAAAAAACAATTATGACATTTGAGACAAATAG
TGATAAATAAAATTACTCGAATATAACATATTTAAACTTTTTTTAAATTA
TTGAAAAAGGTGACTTCAAATTCACGGCTATAAAATAAAAAATTATAACT
AAATTGTAAAAATAATCAAGTTCCTATTAATTTTCAGAAAAATAAAATTA
AATAACTAAAAGTAATTTACTAAATATAAGAAATTGATTCATGTCTGTAA
TTTATAATTGAGAATGGAATGTATTTGTCCCCTTCAAATCACAGATCAAG
TTTAGATTAAAGTCTATATGGATTATCATTGTTATATAGCAAAAATATAT
ATATATTTGTGTAGCTGAGATAAATAATTTACTTGTATTGTAAAAAAAAA
AATTACTTTAATTTTTTAGGACACCCTAATATACATATGTGACTATGAAG
AAACATGTTTTGATCATATTTACACATTATACACACACATTTAAACACCC
ACAATATTGTCAGATCATCCATTATCAATTATTCAAACTAAGCTTCAGTT
GAATAAAGGCGACCTAATAAGATTTTATTTTGAAACAGAGTGTATCATCA
ACAATCTGTTCTAGTTTCAAAAGAAAACATTAATCCTCATTTCTTGAGTG
GATGATTTTGGGTATTTTTTATCAAGATAAAAGTTATAATGAATTCAGTA
ATTACTCAACATTTTTGTATTGTTTTGTTTTGAAATTGTATATTCATATA
AACAAATATAGAAAAATATTGGGAAGTTGCGCAAATTTAATGGAAATTAG
GCTATTTATTTCATCAGGGGTTCAATATTTGTATGACATAATTAACATTA
TTAGAAAAACGTTAGGCAACAAGTTTTTTGTAGAGCACACACGGAAGATT
TATCAAGTAACTCTCTCTCTCTTTCTGGTGACGTCGTTGGGTGCATTTTG
TGGGTCAATATAATACCTAAAGAAAGAAAAAATGTACTAATTTAAGTTTG
TTTGTTCCACTAATTCCTTATTATTACCACTATATTTAAGTTACTTAACC
ATTCCTCTATTTGGGTTCTAACGACGTCATCTGATATACTAGTAAATTTT
CAGTAAAACTGAAAATCGTTTCTTACTAACCTTGTTATAATAACATTGTA
CGTAATGGCGTTGCATATATCGGTTCAAATACACATTTATAATAGTACTG
TTTTAAATGCATCCGTGGTCCGGTACTACTATGGTGCCGGGATATTGAGC
AACATCATATTCGACATAAATAATAAATAAATTAGNTTGCCTTGAACTGT
CAAATCCAATAACTATCAAATAGTGAGTTTGATTTGTACTTTACAAAAGT
GATACAAAATATGTCACAACTGCATGGTGATAAGTAACACGCATTTATCA
CCTCAAGATAAAAAATGTGCCCCCCCCCCTTTATACATAGATCCATTTAA
AGTTGATAGTTTGACAATAATACAATAAGTATAAGGCTGAGTTTCGAAGA
CATTTTACATTTGTAATTTAAAGTACACAAATAAAATCGTGATTTATTCT
AATTGAACAATGTATATATCAATTTCTTGTGTAATAATTGTTTAATGTAG
TAAGATCTAAAACAATTGGAACACAATTGATACTGTATAAATATATGTAA
AGCACTTACATAGAAGCCTTGCGTATTATTTGGAAAATACTATTATAGTT
TAACACTTTATTTTATTGCAAATTATATAGTGTATGAGGGTTTATTTGTA
GAGAAAATTTTTATTCTATATTATATTTTGTTATAGTGAACTACAAATAA
TTATCAAACTTTAATATACATTCGAATCAACATCAAAAGCTTTTTTCATA
TAATATATTTACAGGGTAGTAAAGTTATATGAGCAGTGAAAATAATTTTT
TTTWAKKAAAAAAAAAAAAAGTTGCTTATATGCCTACGTTTGCCCTAGAG
AGCGTATCATAGCTTTGTCACCCTGTATATAAACATAAATTAGAACNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNGGGTTTGTTTTTTAAAAATAAT
AAATTTNNNNNNTAATATAGAATTATTTAGAAAAAACAATGTTTATAAGA
CGGCATTTTTCAGTGGAAAAGTCATAAAAAGACCATGGTCATATAAAATT
CCCATTTTTTCACTAAATGAAACGTATTTTCAAAATTAAATATTATCAGC
CTAATCGTTGGATTATGATAGGCTAAGGAAATGAAGAAGGGATCATGAGC
TAAATTTAAATCAACTTCAATTGACGTTATTTTGGACATAAAAGTATTAT
TTTTTGCTAAATAATTATAATATATACTTTATTGCAAATTTATTAAAATC
AATTTATTAATTTAAAAAAAAAAAAATAATAATTTTAAGTATATGAAAAG
TATTCAAACAAATAATCTATTTTTGCTTCAAAAATGTAAATTTTCAAAAG
TTTTCTTACTTTTCTCAAAAAAAAAAATTTGTACAATTACAAATAAACTT
ATTACTTTTCCAAAAATGGAAATAATTTTCATCCCAATATATATATGTAA
TGATGATTTTTTTAAAGAATTCTAGAAACAGGTGTACAAATACTACACCT
TTAATAACTTTTTAAATGAAAATGCAAAGATTGATTTAATTTATGTACAA
AAAAAAATAAGGAAAATGCCAATTAAGATTGAATCAAAAAATCTATGCGT
ACATATAAAAATGACCTTCTTTAAGTCATCGTTGCATTTGAAACCTTGGA
GCATATAGTAAAATGATTATTATCATATCAATATTGCTTACACAATGATC
GTGATGTTTTAAACAACTTATTTAATTTACATATAAAATACCACTGATTG
AATATTCTTTGTATTTATTTTTTTATCGGGAAAAAAAGGAATCGATTGGT
TGATTTAATTATTGTAATATGTTTAACAATTATGGCGTTCATTCAATAAA
ATTTGAATTACCTCTAAAGCGTTTTTATGTGACGTAGGTTTTTTTATGTT
GCCATTTTGGTGAAAAAACGTTCAAGTTTTATCAGAGTATAAAACCATTA
TTTATTCCTATAAAGAAAAATGGGGAACTTTTACCGGGTATTTAGACGTC
AAAATAAGACTGATATATTTAACGTTTATTAAAAATTTATAAATTTTAAG
TCTAGGATTATTATAAATCAGGCCTTAATATGCATTAAAAATTTATTCTT
CCAAGGTTATACAATCTTATTTTCCGTTCAAGGACACTTTGCGAAGACCT
AATTATCTTTTGCCACATTGACGAAAAAAATATACTTGAAAATGATTTAT
TTTTTAACAATTTCATAAAAATAAAATGATAAATTATTTGCTACGACTTT
CAATAAATAATTGATTTATTTCATTATGAGGATGCATCAATAGTTGACTT
TAGTTTCTATTAAAGCCCCTATAACAAAAAGCCTGACAAAAGATTCATAA
ATAAATAAATGAATGAGATAAAAAATGTTGAAAGAAGAGAAAGAGTTTAT
CAATCAATCAATAATTAAGATTTGAGGCTCAATGGACAATGCAAATGAAT
CAATCGCTTGGATCAAATGTGTTGAAGCTCTTATGTATTTGGTCAAGTCC
TAAACTACATGTTTCTAGCCCAAGGTCATCTTAGGTTCTATAATTATCAG
CGAGAGTTTTTCATGGCAATAGTTTAGTTAAATAGTATTGTAGCATGATA
ATATATTTTTATTTTTTTTCGACGAAGTGGTTTTCATTATTTAGGTTTTC
GGCACAGTGTTGCAAGAACCTTTATTTTCGTAAAGTAGAAAAAATAATTT
AACAACTATAATAGCTAGAATAATAAATTTATTTTCAAATTAATTCTTAT
GTTTTTCTTTTTGAATCGATCCAAAACAAAATTTATTGTATAAATTAAGC
CCTTGGGAAATTTAATTATTCATTACTTTGATTATTGTATTGGTTTGATT
TTAAACTTTAAATTTTGATTTTTTTTTATGGTGTTTAATCAAGATTAAAT
AGAAATTTGTTCATTTTATTTAGTAAAAAAAATCAATTTTCAGCCCCAAA
ATGGCTTTGTTTTAAAAAATAATGCAATTTGTGAGGTATGTGAAAACACT
TAATAAGATTTTAAACTACTGCGTATACTTTACGTACAAATAACAAAAAT
AATGTATTTTATTCTTTGAATCAATAAATGATTATATAAATGCATATATT
TATGTAGAGATAAATCTGTTTCTAAAGAAAGAACAAAGTTAGTGAGTGCC
AATTGAAAGGGATTTTTTTAGACAAAATTATAACATATGTTGTCCTAGAA
ACAGGTAAAAAAATGAAGATACTTTTAACTACTAAGATAAATTATGTAAG
TTAATACATGTTTGGATATTTTCCCCTACTTTTTTAGCTATTAGTATTAC
GAAACTAAATAAGTAAATCTGACGCTTTAATTATCTTCGAATGAAATGAC
ATTAAAAAAGATTTAATGTGTTTGAAACAAAATAGTGTGAAAAAAATACC
GTTTAAAAATATATATTTATAAATAAGGAATTGATTATATAATTTTGATG
AATAGTTCTTATATAATGTTCATTTGTGTTGTCATTATTCATTTCTTTTG
AACGTAAATGTGAGGTGTAGGTACGTTGTAGGTTCATAAAATCTAAAGCA
CGTCCGTCGGTTTTCATTAAATATAGATCGTCAAAAACACGGTGAAAAAG
AGAAATGAAATCTAATAAATATATATTTCATTTGACTTTACTTAAGTCGT
CATTAATTTACGTTACTTTGACCGCAAATGGAAATTAATTTGACCCCCAT
TGGTAGAAATTAATTGTTTTTTTTAATAACTTAAATTTCATGCATCAATA
AACTAATTAATCTATGGTTGAAATACAAAAAAATATTAGGCATTGGTTTA
TTTGAAAATTTATCAAATTAACTGTGAATTAGAAAATTAAACTTCCTTTA
CAAAAACAAAAATATTTAAAAAAAAATAACAAATAAAAAAAAAATGAGAA
AGTTTTTTTTTTTAGGTTGTGTTTCAGGGTACGAACTTTATATGTATATA
TATGAACATTGTTTGTTTATTTATGGTTGAATTCGTCAAACCATACTTTT
GGTTGTTTGTTTATATCAATGTTGTGTATGATTTGCGTTTTGTACAATTT
GTAACTTGGATTAGCGGATTGTACAAGTTCAATTAGTACCTTCCATAATT
ATTATATTTAAATTCAACATTAGTCATTTTAATAACTAATGTTGAATTTA
TGCTATCATAGGCAAAGAAGAGGGATATTAATTAACGTATCCTAATGTAT
GCCAATGTAGTAATATTCGGACAATTATAAATTGCATAAAAAATGTCTTA
AGTGTTTTGATTAAAAATCCTAATATGCCAACAAAATAAGCTGCCTACTA
AAAGTGTATCCTTTCCTCCTTCTTTCAAATCATTTACTAATTACATTCTT
CTATTTACGAGCAAAATCACTCTTGGCATTTGAACCTAAAAATATGTAAC
ATAATACTTAACATTGAGTAATTTTCACTAAAAAAGAAAATACATATTTA
AATATATTTATCATATAATAAATATTCATTTTAATGTATTATCTACATAT
ATTATTTTGTCAGTCCCTATTTATTTGTTCCAATCCTAGTCTGGTTTTAG
GACTTGTAAAATCAATTCTTGGGCGGTCATTAAGGCCGTTTGTCCTTTGA
ACTGTCAGTACTAGACTAAGTGGATAAAAAAGAAGAAAAAATAAAGTTGA
ATGACTTGATAAAATACTAAATTTTAAAAGTTTTAGTACGGATATAACTG
GACCGGAGAGACGCTGAACTGTACAGGACTGATGTTTTTTATCTTAAATA
AGGACTAACACAACATTATTTTCAAATATTTAATTTTTTTCGTTGCTAGG
GTGTGAATTTAATTATCACACAAATTTTGTTTTTAATCCWCAAAAAGAAT
ATATTATTGATTGAAGCTATATTATTTTGACGATGTCAATACATTCAGAT
CATCTCCTTAAATTAAATGTCATTTTATTCAAGATACGTTTACTTCCTTA
AACACTTTCCATAATATGGTATTGGCTCACGGTATGCCTAAGATCTGTTT
GCAAATTTCTTATGGCGTTATTTGGAAATGCACATAATTGCTATTTTTAT
TTTTTTAAATTTGTAAATTGGGAATAACAAGATCTGAAAACTCGTTATGG
AAGGAACTTTTGGATTGCAATTTATAATCTGAAAAATCATTTAAAATTTT
TTTTATAACTAAATTTAAACCATGTAAACTTATTAGTACCGTCTTTTGGT
TGCAACTTGTACGGTCTGCTTATTCAAGTTACAACTTGTACAAATTGTAT
TTTGTATACTACGTACATATATATATCATTATTAACTGTGCATTTTCTTC
CGAAAGACTCTCATAGAGTTACCGCTGCAATCCATGACTTGCTTTGCATA
AATTTATGTACCAAATATATTTGCATTTATTAAGGCATATGCATATTGAT
TTGTGCTCTTATAAATAATAATCTTTTAANNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNCATATGCATATTGATTTGTGCTCTTATAAATAATAATCTTTTAA
GTAAGCAGGTTTCAATTTTCATTGGTAAATTCATATGATAATAATAAAAC
TAGCATTCTATGAAGTGGGAGGGGGGGGGGGGGGATYTAWAAATTTTCAC
CGTCCTACATTATTGTCCAAACCCACTTTATGTTTTAATTAAGTATGAGT
ATTTGACCAAGTATTCATAAAAAGACAAAGGCATGAATTTAAATCAAACT
TTTAGAAATTTGGTTGTAGACTACAAGCAATTTATACAACAAAGAATATC
TACTGATTGAAATTTATTTTCAGCTTTAAACTCTTTAAAAAGAACCATAG
TTTAACTTAGTAGAGATTGTATTTTATTTGTTAACCCTAAAACGCCATAT
GTATCATATTTTGATACTCATGGATGCATTGCAAATATAAAATCAATCGA
TCATTACATTTAAAAAAATGGAAATATCCTACCTTTAGGTGTTGCAAAAT
GTATTGCCTCATCCAAAAAGTACAAAGACTGCGTCTTTATTATAAAAATT
TATAATCTAACTTTGGGTGCAATATACTGTGCACGACTATCGTTTAACAA
CAAAATGTAATGGAATGCACTTCTAGGACGTTGTTTGTTGTTTTGGTAAC
TAGCTAGAAGTGTTTGGCTCCAGTTAGAAAAAAACATGAATCAACAAAAT
TATCAATGTGGATTCCTCTCGGCCGCCACCAAAACCAAGTGCTTGATGCG
CTGAATCTAATTCTTGAGGCAGTTGAAGATTGGCAAATACTCACTAAGAT
ATTTTTCTGAGACTATTTCTTTTTACCATTGGTACCCACAGCAATAGGAG
GAATGACAGGTGGATCACTAAGAGAAAGACTGGGATTGTCCCAAAGCAGA
AAAGGTTGAGCCTCGTATTCATCATATTCATTGGCGTTGTTTTGAGAGTG
TGCGGCTTGTCCCAGCTTTCTTAGACGTAGAAACCTGGCCTCTGCTCCAG
CTCTCCCAACATGATATCTTGGGCTTTACGTCTAACGAAGTTATAGACAA
ATACTTGTGCTAAGTCTCATCCCTTGTGTTGGCCTTAAAGCCAAGAAGCT
GGATCCTGCTTATTCCAGCTTCAGGTACAGGAAACGTGCATGGAAGTTAT
TACATTTTATATATCAATCAATGTTTCTTTAATTGATTTTGATAAAAAAT
ATACTATCGAGTCAATTTCTGTATGATTGATTGCTAAAAGAAAATATTTT
GTAACACATGACATAATACTTTATTAGGTCAACCAATTTTGTATTTATAC
AATACATATGTATAAGGTAAAAAAAGGGCAAATTTTTATAGATGATTTAT
TATTTTAAAAGGGACTCCAAAAATAGATGAAACTAATTGTAATAGTTTTA
CTTCCAAATTAAAGAGATTCTTGAATTGTTTAGTTTTTGTTTTTAGTGAT
AAAATATTTCCCCGTTTAAAACTTTCCTTTCATGTAGAGAAGTAAAGTCA
AGAATCATTAAATTCATTGTTTTGAGTTACACATTATTTGTTAGAAAATG
ATTCTTCGTGATTCATATATTCATGGCTGTATTTATCCTTAATATGGAAC
ATAAAATCGATACTGTAATTGTTATCAGCCTTGAAAAACATTCTATGATT
TAAAAGTTTTATAAATGACATCATTATCACCATATCTACTTTCAATTAAA
GCAAATACGGCAACATTGAAGTCTTTTAGTAAAATCTCAAGTTTAATTCA
TGCATGATAATAGTTTGCCACTATTCTTCTTAATTGAGGCTTGTTTAAAG
TATTTATCATTCTTTAATCAAAAAAATAATCACTAAACCTTCTGTTATTA
GTGAGAAAATTAAAATTGATTAAGAGTCCATGTTTTACTGTTTGGTGGGA
AAGGAACAAGAAACACATTCAGAATGGGTAAAATATACTAAGTTGGTATG
TTACGGTTTTTAAATATACTTCAAAATGGGCTTAAACATATTTAATTCCT
GTGATATTAAATTGTAAGTTTATTAACTTCCTCATTATAAATTTTTTAAT
ATCTTTTTAACCCCTGCTATTTTATATCCCATTATATCCAAACGAAAATC
AATTGCAAAATACTCCCTTCTAATATCATTAACTTTTCGTAAAAGTTTAC
CTTCAGTAACGATATATCCATATTCCAAAATGTATGATTGGGCATCTACA
TTCATATTTATGTAATAACATATTTTATGGTTCTTAATTACTTTCTGTGT
ACATGCTTGGTTTTTTTTGTTACATATAGGAGCGTTTTTAAAGGAACCCA
TGAACTTTTGATCTAGTGCTTTTTTTTCTTATTTCACGTTTTGGAAGTAT
GACATGAAAAAAGGCAAAAATTTAATTTTTGTTTTTGATGTTGTAACATA
TTTCTAAAGTCTTCAATATTATTTTAAAAGTGTTCAAAGCCATATTACTT
TTATTACTTTATGACAGTGAGACATCAAAGTGTGATACAATTATTGTTTG
ACAATTGAACTTTGTTCATTTTTCATGAACATTAAAATAATTTTATTATA
AAATATAGAGTCAATTTAATATTTACATCCCCATAAAAATGATTAATCGG
GCCATTACGAATATCAAGCTTTTCATAGTGTCTTTACATTGTACATAGAT
ATTATGAATGTTTTCATTTGATTGCATGTAGGTACATGTCAAATGGTAAG
CCTTGAAATGTATGAAGTCAAATTAAATTCAACACTCCTTTAGAAGAAGT
GTTTCTTGATATCTTCCTATCCCAAAAAAACCATTTTGATTTAGTATCAC
CGATTTGATTTTATTACTTAAATTACACCACTTTTTTTATTATACATATT
TATACTGTCATGATTTGTTGAGGAAATAAAAGTCAGCTTTTTATTCTGAA
AGTTTAATTGAACATATTTAAATAAATACGTTTAATTTATATATAAAAGC
ATCATATAGTCATATTCTCAAACTTTTCTTGAAAATCAATTAAGTCAACT
ATTGTTAATCTTCCGTTATTTCATTAGTACAATATGGAAAGACATCAAAT
GCAAATATTTACTCATTCAGCTACTGGATTATATGGCATTACACATTGGC
ATTGTGTCTCGAATTTTTTTTATGATTAATTAATTTTTATCAAAACTTTT
AATAAACAGTTATTTCCCTTGGGGTGTTACTTTTCTCTTTTTTTATTCAG
TTCTAGTACTAACAGTTCGAAAGATCTGAAGGACCAGTCCTACGACTAGA
CTGGACCAAATAATTAAGGACCGACATAACACTATTAATTTAATAGATGT
GTACAAATTTCAATGGGTGGAGTTTCCTTTAACCCTTTGATTCGATACAA
CTACAGTTAACACTTTTGCTTATTATAAAAAAATTTTAATTAAATAGGTT
GGTGAATTGAATTGGTTAGGTTTTGATTGTTTAAATTTTACAGCATTGAA
ATGACCAGATTAAAAATCAAGTAAACACCCTAATAAGTTTAAATTTTACA
AGTATTTTGTCTGGTATTCAGTATTTTAAATCATTCCTCATGAATAACAT
GTTTTATTTCTCATAACTATACTAAAAATAAAAGAAAAATAGTAAGAAGT
GGGCTCTAAAAAAAGGTTATGGGGTGTTTACTTAAAAAAAGAAGTCCCTC
TACAGTGTAGAGCACAGGTTTTTAATGTACCCAAAACTGCGATAAGCGAA
GTTCCCTTGTATATGTAAAGTATGATAGTAAAAAAGTATTTAATTTTTTC
ATTGATGATTATAGTATTATATGTAATAACTACTAAGGGAAAATAAATTA
ATATATTACTGAAATACGCATTTGAATGTTGCAAAATACTCACGTTATGT
TTTGATGGGAATTATGTGAGGTTAAATAAAAAATATTCACATCTTCAGTA
ATGTACAAGCATAGATTGGAAATATTAATTCTCAGTAACATGWAAAAGCA
ATTTATTTTGTTTTCATTMAAGCCATATGTAGAAAGAAAATAACTCTGTC
GATATGTGCCTATGTTTCGTTAACACTTTCTTCTCGATTTGGCTTCCAAA
TAAAGAGATTTTTATGGTTTCATTCAAAAAATAGTTTTATTTTTATTTTC
TTCTCATGTCGAGTTTGTTAAAACTCTAGTCAGGCTTAAATATTTAAATT
GAATAACCTATTTTTGTAAATTAAATAATTTACTTATTTATATAAATATC
TTTTTTAGATTTATTTATTAAAGCCATAAGTTTCAATTAATATAATACCT
ATATATAGAATTTGTCATTATGACATAAATTTGATTTTTTTTCTTCTTAT
TTTACAGGTAAGATAAAAGGCATTGAAACACAAGTCAACAAACTTTTACT
TTTTGGAAATTCAATAGGTTTGATATATGATTATAATACTACTTATGTAC
ATGACGTGCTCATTTCGAATCTAAAATTATTTTTCGCATCTGATGTCAAA
GGATTTTCTTTAATTATTTTTATTGTTATGATATATTTGAAACATATTTT
GAGCAAGGCAAAAATACAGGAATAAACTTTAAGCCCCTTATCTTCTGTAA
ATTTAATTTTTGATTATAAATCTATAGAGTTGGTTTCGAGTATAGCTCAA
ACTTAAAAAATATTCAACAAAATTAAAGACGAAAGTTTTTTTCTAAATTC
CTCGATCTTGTCCAAATTATCATTTGAAAAACTGGACATATTTAGAGCTC
GAACTATGGAAACTGGAAATATTAAAATGAGTCTCGAGTAATCAAATATC
TAGTTGTTGTTTTTTTCGATATCATATTGATTAATAACTATACAAATTAA
AGTATACTGATGGCGCCCAATCTAAAATTATTTTTATTAATAATTATTCC
TAACAAAGAATTAGAATGGCGCCATAACCTACAAGTTAGAACTATTTCTA
AGGCCGCACACTCCTACAGTTTATAGCTAAGAGTTAAAACTGCAATGGCT
AAGGGCTACGTAATATTTTTATGGTATCAAAGTTCTCTTTTATTTAAGAA
TATAATAAATATTTTGTCGCCCTTGGATCTTGGAGTTATTTCTTGATAGC
AAACTGGAACATGATTTAAGATACTTCGAGTAAAATATGAGTATCATCAT
CTCACTCAAACTTATAGGTTTAACTCGAATCCAACTCTAAAAATATAGGT
ATATATTTTATAATTGTAAACAAATTCTCAGAAGAGACAGTAAAAAATGT
TTTAATCTGGGAGGAATAACATCTTAGTCCAGAAAGGTCCAACCTTTTAA
TATAATGTGCTGTATTGCCACTTAAATATTTTACGTGGCCAAAGAACCTA
TTAAATTCAATTTCATGAAGAATGGCTTTATAAAACAAAAACTATTAAAT
ACAAATTTATTTTAATTTTTGGCCAAATAATAAATAAAACCAATCTGGCA
ACCCCATTAGAGTCTAAAAACATTTGAAGGGACGTCAAATATTTTTCAAT
TTTTGTACGTATTATACACTTTTTTATGATATTATATCTATTTTGCTACA
AAATACTACAAGAAGAGAGAATGAGTAGGGCGCACCTAAACATGAGGCGG
GCCGCAATGTGGCCCACATATCAACGTTTGGACATTTCTTCCTCCGTCTT
TCATATGTGTGGGAGTAAAATGAATCAGTTATAATAATTCAATTACAACT
ATAATCAGTTATGATAACTTTTAAATATTTTTTGGTGTAAGTAACGCTTA
GAAGTCCAAAATTATTTTACTTAGATATAAGTAGAATGATTATAGACAGT
AAAACATTTAATTTGATATTTAAATGTCATTTGACGAANAATGTATTCAG
TTGTTATTTATTTTATAAGAATGGAAAAAAAKCAGATATATACTAAAGAA
AAATGCCTAAATKAAATGRAAWAAWTAAYTAAACAAAATTAAAGTAATGT
AACTTCCTTATTGGATTTTTTTCTTTCTTGTTATAGAATTTCAAGCACTA
TAACCTTTTTTTATCCCTTCTAAATATTTAAACCTTCGTTACTTCCCTGG
GGGTATTAATCCTCATAAGAGAATAACATATTTTACATTTTTCAAATTTT
CATGGTACTTTCTTTATAAATTATTCTTTTTTTTTTGCAACTTTATATAT
CTTCTTCTTTTTTCTTTTTTTTTGAGATGGTCCTGTATTAGAATAATTTT
GAAATCAATTGTCGTGGTCTCAAAGAATAGTTTCTATGCGTTTTATCATT
TATAGCCCAATGATGAATGTGAAAATGAGAGATTGGAGGGGAGTGACAGC
TTCCTTAGTCTGTATAAAACATGACTTGTTAAATAGCTATTTGTTAATTT
ATAAATCCTTTCTCTCACACTATATTATTAAGAAAATAAGGAACTATATT
CCCAGACTTCTATTTTAGATTATGAATTTATGGGAATTAAATATTGTGAT
GCAAAATTGTTTAATTTATCAACTGATACTTATAGAATCATAACAACTAC
TAAGATCAAATCACATTTTATTATGCAAAAATATAAATTTGAGTGTTGGA
CTAGCTATACACTTCAATGAACTACTCAGATTAGGATTGAATGTGTAGAA
ATATACAAGATAATTCATTTTCCAACATCAGTCTTCTATAATGAAAAGAA
TTTTCTAAAAGTAAAGAGTTTAAAAATTTGTTAAATATCTACCATATTTA
TATAAAGACAGACAATACATATTTATATATATCTAAATATATTTATGTAG
CCGGTTAATCATTATCAGTTGCCTCTAATCATTCCTTTGTGTCTCTTTAA
AAAAATAATAAGCGGAAATATTTGTGGGTTTATTTCTAGGTAGTTTGTAT
TCGTTTGTCCTCAGACAATCAGGTATCCTTGAGAAAAAAGGATATAATAA
TAGGTACAACATGGGTTTGAAAGCGTATAAGAAACATTCACGATTATTTC
AACTAATATAATAGTAATCTACCTATAATATATGTGCTCTGTTTCACAAA
GTAAAAATAAACCTCCAAATATTTCACATTGTGCAAATTTGAAATCGCAT
TAATAACAAAGATTTGAAACGAAAATAATTAATCTCATTTTTTTATAGAA
TGTAAATGTTTACTTTATTTATAGATCAATAAATAAACAATGGTGCATTA
TTTTATTGATTATACAAGAACTCAAAATATTTTTGAATATCTTGCAGCGT
TTTCTTGGTAACAATTTTTTTTTTTTGCCTTTTATTTATTCTATTGTTTC
AGTACAGGCAAGAATATAAGATTAGAAAACATTTTCTGGCTTAAGGCAAA
TATCAAATAATAATGTGAATCATTATATGATATTATATTATTTTGCTTAA
AGAAAAAATAAATTGGATACAATTTAGGAAAATCATTAGATTCTTAACGT
TAAGTGTTTTTTTTTAAATTTTGTGATTTAAAAATAGTTTCTTTCATTTT
TTGAAAAACAAAACAAATTGATTTTAATCTTTTTACTATAAAAAATTAAA
TTTCCTTGTTTTGGGGGTATTGCTTTTTTCCATGCGCAAAATTATTTTTT
GCTAATATGAAGCTATTTTTTGTATAGTACAGGTTATTTTATTTTGTAAA
AAATGGATTTTTGTGTCGAAATGTTCCCTTGTTTAGCATCTTGCACCATG
CCAAATATGATATTATGAGTCCAAAAATATTGTGCACTTTGTTTTAATCA
TTTAAGAGGTATAAATTATGCTCAATAATTTGTATTTTCCCTGTTTTAAT
ATACTTTTAAATAAATAAAAATATGATTAGAGAGATCTCCAACAATACCG
ATGTAACTTTTTGATTTTTCCTGACAGAAAAGGTATTTTTGCATATCTAC
CCAAAAATGGAATACATTAAGGTTATATCTATCAATATTTGCTTATTCAG
AATAATTAAAAAGCTCAATAATAATTACAAATTAGACACCATATCCGATT
AATAATAAAAAAGGCCAATTTATCATCTTCTCCATATATGTTGATATAAA
CATGTAAGTAAATTGATTAATATACTAGTAGGAATTTAAAAAAATAAAAA
TTATTTCATTTAATAGTCATAGGTTGAGTTCACTTCTAATTTAGACATTC
CAAACATATTTAATACTACTTTCCAATTATTTATTTGATTTATATATTTG
AATACATATATATTATTATGCTTATAGTCAAAAAATTTATTGCAGTTTAT
TTATTGATAAAACATATTCTATATATGTATAACGAAAGGAAAAGGTCAAA
TGTAAATTTGATAGTTTTTATTTAGAGGAAAGATCGGGCACAGTTTCAAC
ACAGTATGGTTGCAATAATCTTCTTCTTTTTTTTTCGAAGATAAAAAAAG
TTATAAAACGCACGTAAAAATTTTATAATATAATCCAGATTATTATGAAA
AAAATATTAATTTGACACCTATTCTATTTTTTATAATTAAACTGTTTTGG
GGGATAAGAAGTTGTGTTTTTTTAGGACAATTATTTTTTAAATAATGCAT
TCACTTATTATTATTAAATAATTAAATAATCATATCAAACTTCCACCAAA
ACTGAGGCCTATAAATTTTTTGATACTTAAATTCTCCACATTGTAGCATA
GATCTGAGATTTATAATACATATCTTATTATAGATTAACCTACAACAATA
TATAGAAATGTATTCATTCAATGTTATAAATAGTCTATTTACTTATTCCT
TCAAAAATATTAAATTGTCAAATATCTTTATTTCCCGCTCAATTTTAATT
TTCTTAAAAATATTGCAACTGTCCCCATAGCTAGGGACCGTTGCAGCATT
TGAAAAGTAGCATTCAAATATAATTTAACTATTAGTCCCTAGTATGTATT
TGAACCCAAAACAAAGAACGTTACAGCTTTTCCAAATTTATTTAATCTCT
CCTATGATATTTCAATCCTTTTTTGAGAAATCATTAAGTTCTTCTTTTTT
CGAGCTAAGTGCTGAATTTGAATATTGTCCAAGAACTTAATACATTTGAA
AATAGTTGTTTATTTCAGTTGAATCCAAAAGATACTCAAACAAATTAAAT
CTATACATGACACAATAAAATGAATATTCATTTACGTAACTGCAAATATA
TTATTGTATATACAGCTTTTGATATGACATCTATTTATTTTTTAAGGAAA
ATAAATTAATCAAATATAATCTTTAATTCGATTTTAATTTCAGATTGAAG
TTAAGTGCATCATTTTTCCCCTTATTAAAATAATTTTAAAAAAATCAATA
TATTTGTAATTAAAAGTTGTCAAAATGGGAAAAGAAAAAAACAATGATAC
ATTAAAGTATTTGAATTTAAAAATGAGCTATATTTTATGATAACATTTTA
TAAAAAAAGTTTTACTATTCATTTAATATAAAAAAAAATATGCGTAATTT
CTGTTCTACATTTAAGTGTAATATATTTATTTTTCTTCGTATTAATAAAA
TATCATGATCTGGCTGAATGGAAAGTTGTTTGTTCTTATGAAAAATAAAA
GTGAAAATATAGGAAATTATAATTACCCAAAAAAAGGATTCTAAAAATAT
TTTTTTCTCAGAAAAAGATTGTTACATAAATATTATTTTACCAAAATAAA
ATCAAGTAATTATGTAATTCAGCACAATAATTAATATTTTTCTTATTTAC
GCAGCAATAAGTTTTTAAATATATATATGCTCTTTTAAAAAACTTTTAAA
GTTGCAAAATTTACATAATATGTTAGGATTATATTTTCTTTGTGTATTAA
TGGATATTATAGTCAATTTATACACGATGAAAATCAGTGTTGCCAAAGGT
CCATCACAACATATAACTAAATTCTAAAATAATTTTCAATATCCATTACG
TTACATTAAATATCCCTCTTGGAAAAATAACCAAAGCATTTCATAAATCC
TTCAACTCAAATCTAAAATGACATATTACAATATAATATATATATTTGTT
CTTGAAATTTCAAATCAGTTTTAGTACTATAAAAATAATTAAGAATCAAA
ATTGATATTATTAGTAGGGGGCGATCGAGGACAGTTACAACGCTTTTTGC
GTTTGGTTAATTTGCTCAGAGTTGATTTGACTTACTAAATAAAATAGTTT
AATTCCTTAAAATCCATTTTTGTCCAATGTCTCTGAGAAAAGTTGAAAAA
ACTTATTAATTATTCTTCCATGATATGTTCTATTATAATGCAAATTCTGT
GACAATAATTTTTTTATGCTCGAGACAAAATAGCCTATTGTAACCGTATT
ACAACAATTCCCTGTCTTTTCTACTTTTGATAATTTTAGTATATACTTAT
GTGTAAAAATTGGGTAATGTAACATATGCTTGTATAATTTATGCAATTTC
ATTTAAAAAGGACTGTCATAAAAGTTTTAAATAATTTCGTAAATGCATAT
TTAAAAACAAAATCATTATTTGAAATAGTCTAATGCATCCCTTTTAATTA
AATTCGTATTTATGTACTTTTTTGTCGTGCACAACAATTGTAGAACAGTT
TATAATGACCATATTGAACGAAAAATCACAAACTCTTATAGCATATTTAA
TTAACCAGATTCTAATCCAATCTTTATGTACGTATATAGTAACAATCTAT
TTTTTTTAAACTGAATGAGTCCGTGATTCATAAATTAATATTCGTGCAAA
TTTGTGATAGCACCTCTATAAAAGGACTGAAATTAAATGAAAAAAATAAC
TAAATCAATTTGGCAATTCACTTCTTCTTTGAATCAAATCTCCATATATT
GATATCCGTAAATACATTTACAATTAATGGTTTATTTTTTTATAAATCAA
AATCAACATACTTTAAAATATTTAAGGTCAAAAACTAAAGCCATGATTAT
TTTCTTTTTCTTTTTGTAACACAAAAATTAAAAAAGTTATAACATGGCAA
TTTGATGCAATTTATTTTTCAATGATATATTGAATATATGCCTATTATTG
CTTTGGTTTACGATAAAACATTAATCAAAATTTTAATATCTTTATATTAA
CAAATCACATAACTGAAAGTTGGGTTATTTTACGGGTTCAATATATATTT
ACGAGTAAGACTACAAGGAATAATGCTTACCCAACTTTTGTCATATCAAT
TTCCTTGTAAGAAAAATTATCATGGAGTAACTTTTATATGTTATTTAAAG
AAAAAGGTTACTTGTTTTCTAATAAAAGTACAAATTTATCCATAATTTTA
ATAAAAGTATGCATGAGTTATTGGAATCTGTGCCAATATATTTGCATAAT
TGTGGTCTTAGAACGGTCAATTAACCTACATATATCTATGCTTACTTGAT
ATCTTGGATACGTAGGAGTTAAAATGGATATGTCTAAAAAATTATTCGAC
TATCATTGAAATGATAAAATATGTAAATAGTTTTGGCATTATTGAAGCAG
ATTCAGTTTAATTTTGCAATCTAATCTATAATGTATATTAAGAATTTGTA
AAATTTTTGAATAAAAAAGTAATATAAAAAACATATTTTTGGAATGAACA
TCTGTTAAAACATCATATGTATAGAGTTGNNATCTATTTATTTTGAATGT
GGATATAGATAGAGAAATTTAAAACCAACTATAAATCAGAAAACGAATAA
TGTAATACTATTTCATTGATAATAATCACTTGACTGATTAACTTAAAGAG
TGTGTTTGTGCAATTATTCCTGTAAAATTAATATTACAAACTTTTATTCT
TATTGTAACCACTAACCATATATAACATGTATATTAATAAGTAATAGGCT
TGAATCGGTCCTTAATATGGTACCTAAAATCGATTCTGTCCATGTTATCA
GTCTTTGAACAAAAATGTAATTTTCATTTTTCCCCCAGATAATTTAGTAT
CTTTACATACGACGTATTTTTCATCCTTAAGATTTATGAGGAGAGGCCAA
AATAATTTTGGTCTTATTAAATCCCTTACAATTAATTTTCAGCAAGAATT
TCGTTTGATTGACTGCAAGTAGAGAGCAGTTCAATGAGCTAACGTGATTT
CAATGTGTTTTTAAAGTTGTTTAACTATGAGTAACTTTTGATGTGTACCA
ATATATTTTTGAGTGTACAGCATAAAATTCTAATTATCAATAAATTTATT
TTCATAAACTTCACATTACTTTAGTTAACTATATGCTAGCGTTGAGTAAA
CTGCTTGTAGGAAGTTTACGTCTAGGTATCCACATATAATATAAAGTATG
CAAATTTCTGAATAGTTTTTGAATTCGTGTGTTCATTTTCCCGCGTACAT
TACCAATACATATATACATTAACTTCAATATTTATGTTTATTTAGTTTTA
TTTATGAACGTCAATGAATAATGATGAATTATGACCGGTCTTAATGATGA
AAATACATACATTTATAAACTGGCTATATATACAATGGAAGTACTACCAC
ACCTAAAAAAACTCTCTTTCCTGAATGCATGCATGTACATGCCATCAACG
AGATTTCAAAAAGGTATTATTGAGAATTTATTTTGTAGACAAACTTCTCC
TTGAGACCTCTCCACACCAAAATTATAATAAAAAGCGAACAAAACGTTTC
TATTGATACATTCAACATGAATACATTAAAATATTTTCATTTTTATGCAA
AAATGTACCAAAGTAAGTAAATTAACTTTTACTTTCTCAAACACTACCTC
CTTTTTTTCTTAATCCCCATTTTATTATTTATATTTCTGTGCTGTTTGAG
GCAGCCAAGGTTAGTTCAATCTATGCCAAGCCCCTAGGTATGGGTATTAT
AATTATTACTGCATAAATTTGTATGTAATAAATAACTACCTAGATTGATG
ATATTCGTGTTTTAAGTTCTTTTTTAAGATATTTTGTTAGAAAATATTCA
TTTGCCAAGGCTTTTTTTGTTTCTTTGGTTTTCCTTTTTATTCCTAGGTT
TTTCGTAGGATTTAGTGCTCAATAATTATTTTAGGTATACCTCTCGTAAT
CTACAAGAGATGCATTGATGAAATCATCTTGATATTGATTGGTACAGACG
AAGAATTCCAGACCTTCACGCAGAAGATCCATAATCTTCGCCCCACAATA
AAATTAACTTGCTCATATGACTTTCAGAACAAATCCTCAACTTTCCTTGA
CACTACTGTCTCCAACAAAAAAGGCCACTTGACTTGTACATATAAGAATG
TGATAGAGTTCAGTAGCTGATTCTTTCTTCCTCGCATCCCGCTAATGTCA
CTAAAAATATCCCTTACAGTCTGGCCCTCAGAATTGTTAGGATATGCAGT
GACTCTAAACAAAGAAAACAAAGGATGATGGAACTCAAGTAGATGTTGAT
GAGTAGAAGTTATTCTGGAAGAGTTTTTGAAGACGGTCTGAGCAGAGCGA
TGGTCATACCAAGAGAAGAAGCACTCCAACCCAGTATCAAAGTGGAATGT
AACTGAGTTGTATTTCCTATCACATTTTACCAGAGTTACGAAGTGTTTCC
AGATTATTAAAAAAACACTGAAACACATTAATAAGGGATCCCACAATGAA
ACAAATCTTCCCATTTCTACCAATGATTGCATTTAAATAACCAGAAAATC
TCTAACCCATTATCTACAAGGTCAAAGTTCCGGCACATTCATGTCATACA
CCTACCAGGGTAAATGTGTTGCTCAAAAAAGGGAAAAAGAACAAATGCAA
TTTCTGCCCATTTCTTGATAATAATAAAGAAGTATGTGTAACTCAATCAA
AAACGATTGTACAAATTCGTCATTTGTTTGACCGTGAGACAACTGGAGTA
ATATATTGCATTACTTGCTCAAAACCTAAACTGTGGAGCCCAATATATAT
AGGACAAACAGAAAGAAGATTAATTGACCGATTGAGAGAACAAATAGATT
ACATCAATAAAGGAGAAGATGCTACTGGATTACATTTTGTTCATACTTAC
TCAAAAATTGTTAGTAAGTGCTTAATTATGGTACAAATACTCAAAAACCA
GATTTGATAAAAAAAATAGTTTATTCATAATCAAAGTGTCATATATTACT
AAAATGACATAAGGAAACTTTTTTTGGACAGTTTTATTCATCATAATTAA
TATACTCTTGGGGTTTCGAGATTTTTACAATTCTCTGAGACTTTTTATAA
TAAAAAATAAATACTAATMCTTCCATAAATAGCTAATGATTATTTGCCAA
AAGATCTTTCCAGCTAAACAAGACTCCACTACATAAATGGAGTACTGATT
GAAAAAATTATACATACCCATTATAAAGAATATTAATAATACTTGTTTGT
TCAATTTTATTTTTTTCTCCAAATTTGGGCGGTTTTTTATCCTCAAAGTA
CACGCATAAAAGTAACAACACATAATCGTCCCCTAAAACAAACAATGAAG
CCTTTTAAATTATTAAAATACAGATATTTAAGACAAGATCACTGTTGTAA
TGGCCAAAATCAAATATTTACATATGTAGNACGCATAAAAGTAAACAACA
CATAATCGTCCCCTAAAACAAACAATGAAGCCTTTTAAATTATTAAAATA
CAGATATTTAAGACAAGATCACTGTTGTAATGGCCAAAATCAAATATTTA
CATATGTAGATTGAGTTTATCTTTTTCAATATAACTTTTGGTTTCTTATC
AATCGATGAAAATTGTTGACAGAAGTTTCATGCGTAAATTTATTAGGCCT
CGTTATGTCCCATTACATGTAAATATCCCTCACATCAACAAGTCTCAAAT
ACTGTATAAATCTTATTATTTTATTTTGTGAATAAGAACACTTCTGAAAT
ATAAAAATAACGTGATATTCATGTTCCTTATATAGCCTACAATTATATAT
ACTATTCTATTTTAGGTATTTATTTGTAGATAGCAAATTTGTAAGGAGAG
TATAGGTTGCATACCATGTGTTATAGAAAATGTGAGATCTTTAAAATATC
ATTTACACATGGATTAATCCATGGATGTATTTATTTATACTGTCAAAAAT
ATATTTACGTACATATGTATATGCTAATACCAGATCACTTTAATAACTTT
TAGCTTTTTCTGAATGACATATTTTGGCGTATTTAGATTACAAATAGAAG
ATTACAAAATTAATGGAAAACTATTTATAGCTAAATACAAAAATAAGGAA
ATTCATTAGTGTTCCTATGAATCAAAAAAAATGTGATTTCATGATTCTGT
ATTTTGTTCTATTTGTAATAAACTTTTTTTCCTCCTACCATTTATCAACT
TTGACACTTCAAGCACATTGTTAAGAATTTGAATATGAAAGAAAGCTATC
AGTTCATGAATACAAATATCAACTACTTAAAGTACAAATTAATAAATCCA
TTATATTTCATACATACATATACTCGTAGAATTGAAAAAATATTATCTTT
ACTGGTTAATAATATAATTTGATGAGAAAATGAATTATGTAGTTGTGAAT
GGAACATACAAACATATTTTATAGCCTTATTTCATTAATATATTCGTATC
GAAATAGCAGCTTTCATTACTCGATTTATGTGTTGAATGAGATTAGATGT
GATTATAATATTATTACTTGTATATGTATTTTAAATTTTCTCCCATACAA
TATTGAGTTCATTTTTTTTTTTAAGATTTATCTGGGTTTTACACATCCGA
GAAAAAAAAATTATTCAAAAGTGCTTCATAATTTTAAGTTTCCTTCATGA
TAATAAAAAGTTGTATACATATTGAAGATACATTATGAGATAATGTTTAA
ATAGTTTATGTCATGCATCGAGAAACATGGTGCCAAATTAAGCACTTATA
ACTAACCTACAAATGAAAATGTAATTATAACATCCCCATCTAATATAATA
TTTTTTAAACTTTCCAAAAAAAGATCCTACCGAAATTGTGTATTAAGGAA
GTACGCCATCTCTTAAAAAGTTTGAAACCCACTTACATAGGTATAAGAAT
TAATTTAATAAATGTGTATAATTGGTTTTTCATTGTAATCCCTTTAAAAT
ATACTCCATTTTTTTTAAAGTATTGACTGAAACCATGTTGTACAATGTAC
GCCGTATCTACTCGATATGCTTTGAATACATGAAATGTGAAATATTCTTA
TTATTGTTTCATAAATATTATTATTTTTAGAAACAAAACCATATTCAATG
GAGGTACTAGAACATAGTTAACTACATATATGCATTAAAAATCAAATTAA
CATAATTAGATGTGTAATAATGATCTTTTTTTCCTGTCTCCACCCAAAAA
AATATATGTACCTATGTATATCGATCTTGAAACTCAAAGGATGCTAAGAT
CTATTCTTTGCCTTCATTATGGCTTGACTCGAATAGAAAGTTTTTTATTG
GTAAAAAAAAGTATATGCATGTATCATTCGAAGGTGAAAAGAACGGAGTG
AGGGGGGCTAAACGTTTTTGTGGTCAAACGTGATTTTATATTTATTTTTT
AAATGGACTTACATAAATTAAGTTTAACTAGCTCTTTATTGATTTATTCA
TAAGTCTGAAGGCACAAGTCATACGGAAAAAATTCCTTCCTTTACCTTTT
TGACACAAAAAAAAACTAATCATTAACATTTCATTTTAGGAAACAAAAAG
GAATTTCACATCTGAATGAAACTATATACATATTAGAATATCATAAATGA
ATGTTTTTAAAGGACCACACAAAGGTATACGATATTTGAACCTACCTTTT
CTTTTTCCCAAGACTTGCCCCATAAAATGTTTTTTATTATTATTATTGCT
GTTGTTTGAGTTAAAATATGTGGTGAATAAATATGTATTTTATTTACTAC
AATTGTGGTAAAAAGTTTAACTGTGTACTTACATAAAATATAGATGATAA
GTTATGTAGTATAATGTTGTAACCGAACTTTGCATATTATAACCTATAAA
CTTAAAAAATTATCTATTTCAAAATAAAGGGTTCTATTTTATAAAATATG
TCTTGGCTTGTTTTGAGGAGAGAGAAAATGAAAAACTAATAAAATTTAAT
GTATCTTAGCATATTCACCTTTACAATCACTAACTATTTTTAATCACGGA
GCCTATCATTTTGGAAAGTGAAAATTGTTGAGGTTTGAAGATTATAATTT
GCAAAAATTTTAGAATTGAAATAATTGTACAAGCATAATACATGTGATAA
TCCATATTGAACTCTAAAACTAAGACAAATTATTTTAAAGACGAATATTC
AACATGCATTCGAGTGAAAAACAGTAGTCAAAATGCATTGGACCAAACTG
GAACGCTGTTTTATTAAAAACACGATTCAAGATCAGCTTTTAAATTAAAT
TGGTACAAAAGCAATGTATGGTGTAATCATTTCAGGTCTCTTATGATGAT
TTTACCCATCTATCAATTCTGTGAAACTCATTAAGTGTTTGAAGAATACT
TAAAAATACAATTTAATACAATTTAAACATAATAATTTTTACTCTTCAAA
ATTAAGAGTGGTTTAAAAGGGTTCTTTTTCTTAGGAGAGAAAATGCAACG
AAAAAATAAATTTGTTGACCACGACGTAACTTCACAAAAATTAAGGTATA
TTTTGTTGTCAGCTGTCGACTTTTCTACTTATTTTTCCTACAAATTTCTT
CAAACCTTTCAAAACTTAACACTATCATATGTCTAGGTAAAGTTTGTCCA
TCTTTGGAAAGGTAGTTTATAGATATATACTTATTCGCATAAAAATCCCT
AAGCTAAATCGATATTTTATTGTTGTTTTAAAGTGTTGTTTTGGGCACTA
TTTTCAATATCGACTAATTCCTTATTTAAGGAGTAATAGTATTTGCTTTA
CTCATTCCTTTAAAGGAATCCATATAAATACATAGATTTTAGTCGTAAAT
AATTGATTTTTAAGCTCTTGGTCAGTTATAAATTGAATTAAATACAATCA
GTTATTACTCGTAATCCAAAATATTGCCGTACTACGTACCTACAAAAATT
AAATACTTCAATTTAATTTAAATACTTTACCCAGTATGATAATTCTCATA
ACGATAAGGAAACTACTTCCTAAAAAAAACCTCCTGAGTTTGTAACTTGA
TGTTTAAAAATATAAAAATACATTATATACAAAATTTGAAAGATTATGTC
AATGCTTACTGATATTTTGTTTTTATCATTCAAATGTGCAAATTTTTAGA
GTAAAAAAATTAATTTGCCCATTTGTCGTGGGCTGAACACTACATATTTA
CAACATACCTAGTGGATTACATGTAATAAAGAAATGTAGGTCAATGGGGT
ATGAAAGTGCGTTGTTTTGTTTCATTGTGTCAAAATGTATCCCCCCCCCC
CCCTAAAAAAAAGTATGGAAAAGTATCTATGAAAGAAAATGTCAATGTGC
ATTTTAAATACTTTACAACCAACGCATTTGATTCCTTTCAGCATTTATTA
ATATATAATAACCATAATAAAAATATTTCTAAATTAAATCCCTACTTAGT
TAGTTCGAGAAAATTCCTTTATGTGGCCAACCAAAGAGAGAGAGAGAAAC
GGCTACACACACTTACTCACAGGTAAAACGAGTTCCTCTTTTTTAAAACT
TATCACACAGACATACTACATATTATATTMTATTTTATATGTACCTCTAC
TATGATATAGGTATATAATATGTAGGTACTAGAGTGTCTCATTTCCCGGG
AAACTAACGTTGAACGGCATCCCGGGGAAATAACGGAATCCCGTAATTAA
ATAATAAAATCTATGACATTTATGTATTTATTTTTATACAATTATCATTG
TATCCTAATCAGTAGTAGTACATGGGTTAGTTGTTTATGAAGCTTTTATA
AGTAATCTATTATTATGCATATAGTGAATCCTTTCCAAAGGAATACAACG
TAATAACTTTAAACCCAATTATTTTCATGTGTGTTTCCGAATCATTACAA
TGAGTCAGTATAAAGTTTGAAGTAGAGCTCGTTTTGGGATATCTGAAGTA
CCCCTAGTAAACGATAGAAGGACAAAGTTATAATTAATAATATCACTTAG
TTTAATGAAGCTTATATTATAACATAATTAAATGCCTCATTTCTTTGATA
TCCCGGGATTTCGAAAGATAAATCCTAGTAGATACTTATATATATATATA
TATATAGACAATGATGAGGAATTGAAGAAGAAGAAGGTATCCCCCATAAA
TACAAAAAGAGAAAATCCCAACAACTGAAAATAAGTACCATTATCGTTAT
TAAAAAGAAATATTTTTTCTTGTCTAGATAATGTGTACATGTTTGTGTAT
CGTTTGTTTGTATGTAGGGGCAATAAATATAGGAAGTTGCTTTAATCATC
ACAATGAGACTATAGGCATATCATCACAAAGGTATTTAATTTGCGTTACT
CATATTGTATGTAATAAATAAATACAAGTATTCAGAGTCGAATAGCGCAA
TACTATTTTTTTTTTTCTTCTTCAAAAAGTGAAACTTTGATCATCAAAGT
AATTACATATCTAGGTAGTAATTTTGTGAATGGGGAGCTTTTAAATTACC
TAAAATATTTATCTCAAGCTCAATTCTTTTTTGCTATGCAATTTGAAGAA
GAAAGGTAAAAATTTTTACACACAATATATTTTTTTGGGTTGGGAAGATT
CGTAGGACATACTTACCTTACTAGATAGGCAGTAGGCTATTATCTAATTA
TATTGTAAATTTTAAGCTATTTTTAGAGTGCAACCTTTGTTTTTCACATT
CTCAACAGTGTTTTGTAATTTTTTTATGTCCAAAAACTCACTGGATACAA
TTAAAAAATATAAAATCAACAAATAAGTAAATAGATAAAAAATCCACATT
TTTAAAAAAATTGTTTGTTTTTAAAAGTGGATAAAGATTCAAAAAAACAG
ATTCCTTAAAATTCTGACTACTCATTTATTTTTAGAGCATAGTGGTGTTC
AGAAGCTCTTATTTATAAATTTGTCTGGTATAATTTGTCTAGTAGATTTA
CTGCTTTGTTCAATCGCGTATCTCTCTCATAGCAATCTTGGGTTAATGAT
AATTTTGGCATAAAAGTGATAATAAAGATGTGTTGTGTTCAAACTATTTT
TCAAAAAATAAATGATTTTTACAATCAACTCATTCATATTTAGTTATCAA
ACAAGTGAAATGCTTATAATTAATTCATAGTGAGTATCACATTTACGTCT
AGATATAAGATAGATCAAAGCACGCTTCATTTATTTAGTTTACTATGCTA
TACATAATAAAAAGTGAATGAATGACATAATTTTTTGCTCTTATTGTCTT
ATTAACAATTACAGTTGGGTCATTTACCAAAAAAAACGAAAGTTTTCACG
GGATATGATGCAACTGACCCATACTTCATATATTTTATTCAAAGATTTAT
AAAAGCATCTCGATTTTTTTACTTTTTAAGTGTAATTTGTTTTCCCATCA
AAGGGGTAATCAGAATAATATAATGATACAAATTAACGACAATTCATCAA
AGAATACAAAAGTAATCCACTCTCTATTTTAAGAAAAATCATTCTTACTT
GCTTTTGTGTTGACGACCAACATATAAAATGAAGAAAAAAGTGAAAATTG
AAAACGACAAAAGGTTAAACTATCTTCCTATGTTGTATACATGTTACATT
TACTAATAGCCAGTCTGCTTTGTAAATATTTTTAAGAACAGTTATTCATT
TATGTAGTCATGTGTAGTAACGACAAGGAGATTGCGTAGAAAATCAGTTT
TTTTATAAAAGCTATTGAACAAATCAAAACATAGTATAAAATGTTACAAC
ATTAATTAAAGGACTTCCATTGGCTAACAAAATTAATTTTGATTACAATG
AATTATATCTTAATATTTAAGCCTCAAAATTATCCTTATTAAATAGATGG
GGTATACCCTTATTTTTTATTTATCGAATATATATTTTTCTGAAATGGGA
AGAATGGTCTCCTGGAAATAGTTCTTGGACTACATATTTACCTAAAAATA
CGTATAATAGAATATAATCATGTATTTTAATTTAATTTGTAATTATATTA
CAGGGTTTATCTTATGTAGTGGTACACATTTAATCTTTTTCAATTTTTCA
AAATAAAATTTAAACAAAAGATMTTGGGAGGACATTTATATAACAAAATT
ATCTGAAAATTTGTGCTCTGCACAAATTTTATTCAATATGTGAGCCATCA
GTCTAATAATTGTCGAAATACAAGGCCTAAATCCCTTGCAGACCATGACT
GGACACGCCTGTGAGAAGTAGCCCAGAATCTCTCCCTCAGACGCGCCTAG
ATGAAGTAGGCCAAAGGGTTAGTGTCTGGAAAATAGGGTGGCACATGTTA
AGGTGGCAAAAGTACGGAAAGTTCGAGAAGTTCGATGAAAGCATCAGCAT
TGAACTGCTCCTCTCTCTTCACAAAAATGGAGGGCAGGCCCCACAATGGC
CAAGATCACTGTTTCCACTTGTTTTTTGTTTTTTTGTTCTGAAACATGTC
TCACTGAAGCCCAGGCATTGTCTGGATGTTTGGTTGTAATATAGAAGCTG
TTTTGCTAATTCACAGTGGCATCTAATGTGAAAAAAATTTGATCAGCAAA
GATCGAAACTTTATGCCATTTTTGGTTGGCGTAGGAAAAAATTAGAATCT
TCTTTGCTTTTTACAACCGTCTCAGCTTGCTCTTTCCAGAGGTAAGATCT
TGTTGTCCTTCTCCGTCGTTTAAAACCTACTTATATCATTCTGGATTGAA
AATACCATAAGATAAGATCAACTCTAATATTGCAGTCCACTATAGTTTAC
TCTAGGTAGGATGTTAACACCTGACTAATAACCCATTTTTCCCCACCCAC
ATACCCAAATAGTTACTTAAATAACAATAAGATTTGGCCGTCTTGCTTCT
ATAATTAATTATCATTAATGGATATAAGTAATAAATAATATTACTATACA
AAAGAAGGCAAAAAGAGTTTAAAAAACTATTTATTAAATATCATTTTATA
AATTAGTAAAATATGTATATATATACAATGTATTTTTATTAGGTGAATTG
TTCGTTTACGAAATTAAATACAACTAACAATTGCCTATTGATCTTAAAAA
CTATAGGCCTAATTTTTCAAAACTATCAGACAATCTAGTCCAATAGGTTT
TTAATGCAATTCTGCTCTTTTGAGACCCTTGTTACAAGTGTAAAAAAATG
CAATAATTCTTATTATTATCAATTATTTATATAACATCAAGAGATAAAGT
TACTAAGTATATATTAAAAAATATCTTGTGCGCATCGTATTTTTCTCCAC
CTTCAATAAAATTCTTAATTTATTACACTCATTATATTTTGCAATTGTAT
TTATTTAGTGTCTGAATTATTAGGACATTCTGAAATTAGTTATCGAGGTT
TCAAAGAATGTTTTGATGGATTCTTATTATTTATCTACCTCATTGAGAAA
TATGTAAAAAGGAAATCAAAAGTGAAAAGCTTCCTTGGGTAATACGGTTA
AAGTATTCACTGATGTTTGAAGTGTTATATGTAATAAATACTTTGGTCAA
ACAAAGTTTTGGATTCCATAAATATCCATTGTTATGTTGAGGTGGCAACC
CCCAATAACCCCCCCCCCCCATTAGGGAAGTACTCAGATTAAATTTTGAA
TCATTACATGCTAAAAAGAAGAAAATAATGTTTAACGTTTTTATACCGCA
TAAATAATGTATGGAAAAAAAGAGGTTGTTGTACGTGATATTTAAGAGCT
GTACTAAGAGTAACTCAATGCAAATATAGCAGTTTAAATAAGATGATCAT
TGAGAAAAATATTAAGGTAACATGTAACAACAAGGTATTGTTCAAGAAAA
ATATACTTTGGGTAAAAAAAATGGTTTCAACCCTTCTTCCCAATTGCAGA
GCCATATTACTCAAGACCCCACTCGAGTCATTCCTTCACGGACTTGGAAT
TGACCAAGTAAGTTTCTTGGAGACTCGGACTTGACTAGAACTCATAATTA
TATGGACTTGGACTTAAATATTATTCAGGTAAATGTGAGATCAGACTTCA
GTCAATAGGGATTTGAGCTCCAATTATTTGTTATGGAAAAGCTTTCATTT
TAACACAGAGATGTTTGAAAATTCAGTAGATTTCGTTTATTCTATTATTT
TTTATTCGCTAAGAGTCATATTACAGGAGTCTTGAATACGATTTGAGTTG
GACTCAGAAACTGAGAATTTGATCTTGACTTGGACTCGGAAAAGGTGGAT
TTGAATAGAGGTCTCCCCGATTGAGAAAAATGGGCACTAATGGGTTAAAA
AGTAAAAATGATAACTAAAATCATAATTTAAAAAAACAAATTAAAGTTGG
AAAATTGTGAACTTCAAAATATTGTATACTGATTTCATAATTTTATAAAT
GATTCCCACTAACTTTACATAAATTCCAATTTTAATTATTACAAATTCAT
CATTTCGTAATTTTCCCTTTTTGTTTGCAAATTATCATATTAAAACATTT
TATTTTTGTTTAACGTTTTTGAAAGAAGGATTTGGAGCACATTTGAATGT
ATTTTTATGTAGACTGTAAATGGGGTCTCCTAAGACACATATTTGTGGTA
TATATCATCATGTCGCAAAATTATATACTATATAAAGTTATCTAAAATAA
TTATCTATGCACGTTTTTGATGTTAAAAAACAATAGAGTGATTAAATTTA
TATTATACAAAATTGTAAATATTTGATATTAGAATAATAAAAATGATTGT
TTAATATGTAAGGGTTTTTTTTTCTTCTCTTTAAAGAAAAAGGCACGTTT
TGATCATATCTAAGAAAAAAAGTTATATAAAACAAAACAATGGGGAGTTA
TCCTTCTTAAATTATAACTTGTTAAGCTGTCGTATTAATATGTCAATTTT
TGACTTGTGTTTATATATATATATATTATTAAATGAAGAATACTATTTTA
GCTTATTCCAAGTATGTAAGTAGAGCTTTAATTGTTAGCGAAAAGGCAAC
AAAAAAAATGTCCTATACTTCCCTTTGATTAATTTAATAAACCCTAGACA
GTTCCTCATGTGTATCTAACATATTTAATGAGGCAACACAAAACAATCTT
GAACTAAAAATCAAAACAAGATATGTCCTTTTTTTTTTTTTTTTTTTGAT
AAACTGTATTTTACTTTAGTTTAAATAATATYTTTAATATTAATTAAAAA
TTTCTCGTTTTCTATCGTCGTCATAACGAAACAATTAGGAGTTCATGTTA
TTTAAAAGACCATTTTGGGGTCAAATTAAATTTAATATATCAAGAGAAGA
TTTTTTACGTGAAATAACATCTTTGAGTATCTTATAGGCTTTATATTCTC
ATTTCTAGAAATAATAATGATACTTAAACATGTTATTTAAAGTAAAGAAT
CTTCATTTGATATATGAAATTTAATTTGACACAAAAAATACCTCTTAAAT
GAGTTGCAAATTGTTTTCTTGGGATGAAGAATTTTTGCTTATTTAAGTGC
AATTTACAGAGCCTCCAAAAAATTGAAAAGAACAAAAGGTTAGTATAATA
TTTGGGTAAGTCGTCTTAAAATACTAATGTTTTCCACACTCAACTTAAAG
GAATATGTTTATGCATTTTTTTGTGTTAATGGGTCACATATATTTCAATC
CTCTGCTCGTTTTTCTTCTTTATTTTGTAAGAATTTATGAAGAGTATATC
ATGATTTTATGAGAGTAGTTTTATATATTTTTCTTCTTAAACATTGTTTG
CTGATATTACCAGCATCAAATATCTTTTGTTTGTTGAAAAAAAGTAATGG
GTTTATCTTTTTATCCTCTTAAGTAACTTATACATTTATTTTATGGCCAC
TCAAAAGTATCACTAACTCAAAACAAGGGGGCAGGAAGGAGACTAAGGTG
AGTTTGTAGGGGTGTTTCATCAAACTTTTCAAATTGGAAAATTGATGAAT
TGGAGAAGATTGTGTATTAGTATACAAATAATTTGGTTTCTTCGACTCTC
CAATACTTTTAAAGTGTGTATTATTTTTATATAACTGATCTTTTTTATAA
TAATGACCAACCTTATTCACTTTATCGTACAGACAAGAGAACTCGTCTTA
TTTAAATTAAGAGTAACTATTTTTTAAAGAATGATAAAGATAAATGGTTT
TTATGTTAGTGAGAAGTAGAAATATTATTGCTCCGTTTTCCGAAAGTAAC
ACAATATTACCCTAAAAATACAATATTTGAATTCTGTAACCATTTTTCTG
GGAATAAGAGCACAACTTAAACCATTTGATTTTAATAATTTAAAACACTA
AAGATGTTTATCCAGTAATCAAATTAATGACCATAAATGGTAATGCCTGA
ACTAAAAAATCTCTGAATTACGTTTCACTGTCTTGTAATTTGGAAGGAGT
TGGTATTACAAACTTTCCAATACCTCCCATCATCGATTTTTCCGATTCTG
ATTCAGTCTAATCTACATACATAAATTTGTCTTCTTCTTCTCATCTTTAT
GAATATCACAAAAATAAAAAAAACCCTGATTTATTACAACAATTTCTTTT
TAAATTACAATAATTAACATAGAAACATATTATTTTGAGCTTCCTTTATA
AAATATGTATAATCTAAAGACATTAGGATGTTTCACAATATGTCTATTTA
TTTAAATAGATGTAATTTGACCAATGGTTCTGTACGTATATTATGCAATT
TATCCCTGTAAAAGTGGATTACCACATCTATCATGTGTGTTCTTGTAATT
TATTTCTAAAATCTTTGCATATTACAATCTTCAAACATGAACAATTATCC
CATCAACAATAAAGAAGTAATTTAAAATACTATTTTACTAGTTTTGTTTA
TTTACCCCTATAAACAAGACACATTTAAAATCAAATAACTTTTTCATTTT
GATGAAGAAAATTGTTAAGTTTTGAACATTTTGATATGAAAAGTAAAAAA
TATACACGTGTACACGCATGATACATATTGTAACAAACTTGAACATGCAC
TTGGTAAATATGTCGTTATAATCTACTAACGTTTTTCAATTCAAATGTTA
GTTAAATTGGTTATTTTTTTATTTTAAATAGGTCAAACTTACAGATATTT
AGATATTTTTTTTTTCTGATATTTTAAATTATTCAATATGTTAAATAAAA
TGGAAGCTCATTATTAAAAACTTGAAAATGTTTTTATATTTATTCAACAA
TTCAACAAAAATTTACATTTTCAAAAATCCTTTAAAAGCGAATAATTCTT
GAAAAGTAGGTTACGAATCTGTAATTAGCTGTTTTTTTTATTATTATTAA
ATTTGATTTATGAGAATTTTTCGAGCATGTACGAAAAATTCAATAATTTA
TAATGTATTTTTTTCTTAATATAAAAATAACTTTTCTTATTAGAAATTTT
TTGATGATTTCGAATATTTGATTTTATTTAATATATAATCATGTAATCTT
GAAAAAATCTCCAACAAAGGCATTTCTTTGAAGTGTAAATAACAAAAGTT
ACATTTACAAAATAGTACTTTATTTTAGAAGGTCTATATTCATCCCCAAC
GTTAATTGGTTTTTTTATGAAGTTCAATGATAAATGATTCATGTTAAAAA
TTTAAATTTTTAAAACTCAGTCATTATATTGCCTAAAAATAGAAAAAAAA
AATACTAATATTGATTGAAAATATTTTTTGATCTATTTCTTATTGATTTT
TTCCTCAATAAAATTAAATATAAAAGCTGTTTTATCAGGTAGAACTAAAT
ACTTTTTATTATTAAAATTCTAATTATTTACGCTTCATAATATTTTTTTG
TGGTAGAAAAAGTTCAAAACTGAAGTGTTTTTTTATTCAAACAAAATCTT
TAAAATATAGTCTTTTTCAACCTTTCAGTGGTATTTTCTCAGGATTACAT
AATTGTCTATCATAAAAAAGCACAGATTTGAAATTAGCATAAGATTTTGC
AAAAAGATAACTAGTTTTTACGTGGATTTTTTATATTTCCAAAAGATGGT
TAGAACCTATAAAAAGGGTAAAAGTACTCTAATTGAAAGTTTTTAAATAG
CATATTTTGTACGAAACAACTAATTAAAGATGCGTGATCAGCTTGTTTAG
TACAACTATAATTGAATGTATAAGTTAAAAGATGTTGTTTTTTTTACATG
TGTTAAATGTTTCTAATTGCACTCATTAAGTTCTTTAGCCAAACTATTGT
CAAATTGTCTAAATTGAAGATTCAAAAACATATCAATATTATAATAGAAA
AATTGGTGTAATATAGTCAAAGAGATTGTGCCATTATAGAAACTTAGAGT
TTAATGAGAGATTTTATTTACGGAAATACTGCTTGAATAATAAAGTATTT
TAGGAAAAAGTTAAACTTACATATATTATATTTATTCTTAGGTTAGTGTA
TACTTTGTTATAAATTCATTTTTATTGTGACCTTATATTACAATATAAAT
GACGTAAGACTTAACTTTTTTAAAGTTATACTACTTACTTGTAATGTAAT
TTAAATTCTAATTATTACCTATAATAAAGGAAATATTATTTAAAATAGAT
TTAAATATATAAGTGCCTAAAAATAATAATCACACTGAATTGAATTTCAA
TTAATTATATATCATATACTAATTACAGTCTTACATATCCTATAATTAAA
CAGAAGATGATATTTTTTATACTTTGTAATAACCCTTTTAAACGTTTTAT
AATATTCATGGGATATCTTAGTTGTTACTGGAAAGAAACGTAATTTCTTT
GCATTCAGTTTATTCCTTAACAAGGAGAAGTACTACACAATGGTTGGAGT
TCATTTGAAGTCACCCTCCTTATTTCGTATACTCTCCTTTTTCTTCTTTT
TTAATATGATATGATGAGCTAAAATGCACACTCTTGTTGTTACATTGTGA
TTACTTAGATAAAATTGTCTTGCAGTTATAAGAAATTAAGGAAACTCTCA
AAAACAGACAAGCAGCTAGACTTTTTTTATTTATATATAGCGTGCAGCCG
TTGTTTAACAACAAAACAGGCGCAGGKAGAACGTTGTTTGTTGTTTTGAT
AGCAGGCTTGATGTGTTTGACATCACTTTAAAAAGAAATATCAACTTTAG
TCAACGAAGTATATAACCCATAATCGTGGAAAAAGCTGATTATCCTTGTT
GCGATCTGCACCGGAAGAAACACAACTCTTCAACCTGGACAAGTGCATTG
GCTGGGRGKCAGAAAGGACCTGGAAGAGCTGGAGGKGATTATGAATCAAC
AGATTGCTGATCACAAGATGAGGTCAGAATCTTTCGTGACTTTTGTTGGA
CCCAGTACTTCTTTGTGTGGGGTGCAGTTGAGCAACAAACCAACGTATCC
TCCTGCAGCACAAATTCTGAGCTGATGTTCAGGATATGGGAAGTATTCCG
GAATCTGTCATTAAAGCTGGCTCTCGTTTCCTAGGTTTGGTCGAGGCCGT
TAATGACGCCAACGGCGATTATATTATAATAATAACTTTTTATTGGTTAT
TATTTGGTACTGGCTTTTATTAAAATCAGATTATTAGTTTAAGAGAAATT
AGTTAAGGAGTAAAATCTNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNCATATGTATA
TATATATATGGACGATAAATTGGGAAATATATATAAAATCGGTATCAGTC
CAAAAAAATTGTATCGGGGGAGTCTTTGACTGAATGCATAATATGAATTA
ATTGGTCTCAAAATTTTGCCATCCAATCCGTACTAAATCTTAAGCCCGCA
TACGAATTTGGCCTAAAATTAGTCTGATAAAACAAATTTTGCAAATAATA
AGTAGTTAAAATCAGTCAGTGACGTTATTTGGAAGATATTTTTTCCATGA
TTGGTGTTGGTCAAATTTATATTAAAGTATTTTACTGTAATTTAGTAGAA
AATAATGCATGTTGAGGGCACTTTAAAATTGGATACTTTTTTTGAAAGAT
TGATGACATGTACTAGACTGATTTGATGTCCTAGGAACAAGAGTGATGAA
TAATAATTTTCATCTTTATTTTTTATATTTTTTTCAAAGAATCTAACACA
GTTTTATGTTGTTTAGTGGAGCATATTTAGTCATGTTTCAATATTACTAT
TATTTTTTACCTACAACTCTGTTTTGATTACATTTATGATTTATAGTCTA
TATAATCCTATTAGAAAGGATATGAAATAACTTTAAATAATTGACAAGGC
TATACATCATTATACTAACTATTATCCGATTAAGTATATCCATAAGAGTA
CATACATACCTACGCTTGTTTATATTGTATCTCGATAGTCTTATGTCCGA
CTATATTAGGGCTTAATATTGCAAAACAATATGGAAATTAAATTATGTGC
TATTGTAAATAATTTATTTGCTTATTAAATATTGATTKTTTTATATTTAG
TTATATCATAAGAATTAGCTTTGAACAACAAATTTAAGTCAACTACCAAA
TATGGCATGAACGTTTTTCACATAATTGTAGTTTATTTATAAATAAAAAA
CAATAGTATTGGTTATTCGTCGTGATGAAAATTGTGAGTATTTTGGGCAT
GTTAAAAAAAAGAAAATATACATAGTAACCCTAACAAATTAAAAAATCTT
TTGGAGGAGAACATCTTAGTGTCATGACGTTTTATTAGATAAGCTACAAT
CAGCTGTGACAAGGGAGGAGGGGGAGAAGGAAATAAACATGAACATTGGT
ACGAATTACCCCGATGTCGATCCTCAATTCTACTCCGAGTCCAACAAATA
CTTAAAATTATAACTCAATGTTACTCTACATCTTTTATGAGAACACACGA
GTGTTCAATCAGTTTTTTTAATGTATAAGAAGTTCACTTATTCGGAGGTA
AATAATAATGACTACATGATAGGAAAGGAAAATTCATGCTTCGGTTTTTA
GCAGCTTTTATGCTTATTTGTGTATTACTATAAGTAGGGTCACCTTGCAG
GTAAGMTTTTTTTTTAAATTGTTTTCTAATACCAAAGCTATAAGCCAATT
GGCGAAACAAATAATATGTGCTTACTGTTTGTTCAAAATCTATACGACCT
TTTTTTTTTTTTTNAGGCATTGAATATTACTATAACTGACAACACAGCCT
CTTGAGTTTACCCCTATAATTGAATTAATGAAATAAATTCTGCCAGGGAA
TTAAAAAGTACGGATGTATAAATATATAAAGTAACTTTACCTGTGGTATC
ATAAGAAGTAATATCCTGTCGAGGGAAGATGCATTTCCCGTACTCAAACT
AACAGGCTCGTTTCGCCKGTTAGGMTATAGATTCGTTTTACATTACAACA
ATAATTTGAAATTTGCTTGTATTTTAGCAAATAATGCTTCCAAGGTGTTT
AAATTTACACTAAATTTTATAATTTTGTATATGTTAATTTTCCAATAAAT
TAGGGCCTCATTATTTCCACAAGTACTTTTTTTCAACTGATGTTAAAAAG
TATATATGAAATACATAAGCTTTACAATTGTTTGATCTGTTCTACAAAGT
ACTGATATTTAAGCCTGTGCCTGGTCGTGATCTTTGAAAATAACTAGTTA
GTTTTTTTATCTACAGAACTGGACACTATATAGTATAATAAATATTTTCA
CCGGACATATTGACGGATTATGTTATAAATTATTTTAGCAAATTGATTTT
TAGTTGATTATCAAATAATGAAAATCCTGCTCCTACCTTAAAAATACCAG
GTTTTTTACTTGAATTTTGTTATTTATTTTTATTTTTATGGATAAATGGA
CAGGTATATACAGTATACYACAATATATATTMCAATTTATCATTTTATAT
GGCAGAAAATAAGTATTGTGCAAGCTGTACTTATAAATTTTCAAATCCTC
TAGTATTTTTAAAAATTAATTTGAAAAAATTGAAAGGTAATTTTTTTTCT
TATCATCACATTGAATACAAAAAAGAATAGCAAATTCATATAAGAATTTT
GTTGAAACATAAATTAGATGTTGNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNAACAATGTTTTTGAATTAGTATAAGTT
TTTTTTATTTCATTTTTTAGTATAAAAATCTTCTGATTTAAAACAAACAA
TTTGAATAAAAAAGAAAAAAAGATAAAATCCTTTATTTTATTTTAATATA
TTTTTTTGCTTATATTTTCAACAACACGAACATATTTTTACTTCATATAT
GCCGAACATGGCATGAATTTATTTCGGTCGATTGTTGGTTTGATATTCAA
AATTTGGGGAGAGTGCTAAAATCTCTAAAGTATTTTTCACGCTTAACAAA
TGAAATAAAGTTAATAAATTTATGAGAAACTAGATAGTTTAATGATGGGT
GGCATCATAAAGTACAAAAAATAGAATCTTTATAASYCGTAWAWMTTCSW
ATAATGYATTGATTAAATTAACAATGTAGTCTAAAATTTTTATAATCAAT
TAAACTAAAGTCTCGTTTCTAATAAAATCAGAAGCTATATGCTCCAACAA
AGATTCCCCAAGTAAAAAGTCTTTTTTTGCTTTTATAACGTGATTAACTT
TTGTTAAATTGTCTGGACTACAACAATGATTAGAACTAGAAGATAATAAG
GTAGAGCCACTAGCCCGCAAATCTAAAAAACTTTTGTCCCACAGAAAATC
CATAAAATCTATAGACATATTAGTATTTCATTGTGAGAATGATTTTTTTT
TTTGCTATTTAAAATTGTAATTTGCAGCATCTTTATAGGATTAATCTGAA
TAATTTGGTGATATATGTAAATTGGTAATAGTTCGTCAAAAATACAAATG
TATTGATTCTAGCATGTTTTTGTGTTGACAGTTCACATATACCGAAATAA
AGTTTTAAAGAACTGAACTGCTGGATATTTTTTTTATATACATACATAAA
TATTGATTTATATTTTTTATATATTAAGGGGTTTTCAAACAGCAGTAATC
AAATAATTTATTACTTTTTCCTTATTAATGTTTTAAAATATACAAAGATG
TTTGTTTTTTTAACAAACGACTGCAAATATTAAGCTAAATATAAATTTAG
GTTAAAAAACCTTATTTTTGATAATAATGATTCGTGTAGCTGTAAACTAA
TATATAGTTTTTCTTTAAAATAGGCCAAAAATGAATATAAATATAGCCAT
TAGCCTTCTGTCACAGTGAATTTAATATCACGCTAATACAAATATATAAC
AGGTTATTTTCTTCATATTTGTTTAGTTACTATTCTTCATATTTTAATAT
CTAATATAATTCATATATTTAAACAACACAATTTTTTTCAAATGGATTTT
CTCCTAAACTAATCATCCGATTTTAACCAAAACCAATTCCCAATAAAAAA
AATGAATATCTTTTAATAAATTATTTTTCAATTTAATCGTCTTTAGCGTC
AATAACGGTACCGACTTGCCCTCGGAAACGAGAGTAAAGTCTTAATGACA
GTCTCCTTTGGCAGATTCCGGAATTCCTCCTGGATTGTCAAATCGTATTG
GATTTGTGTCATAGGAGGATCATTGAGTGTATTGCTCAACTGCGGCTCAC
ACAAAGAAAGTTCATTTGATTGAGGTCCAGTGAGTTTAGAATCCCAAAAC
TCCGTCCAACAAAGTCACACAAAAATTCTGACCTCATTTTGTGATCACTA
AACTTTGCTATTGATTCACCTCCAGACAGTTCCAGAKCCTTCCAGGCTCT
CCAGACAAAAAACTTGTCCGGGTTTAAGAAGTTTGCAATCGCAAGATTGT
CTCCTCCGGCGAAGATAGCAACACGGACACTTTGCCTTTTCCAGGATTAC
GGAATAAATTATTCGTTGATCGATGGCATTTTTTTAACTGATGCCCAACA
CACCTAGATAACTGCCAAAATGACTTGAACTTGTTTTTGAATTAAACAAG
TAATGCTCTATCATTGAACTCGTATTCTTTTTTCCTTTCTTTTTTTGACC
AATAAAGGGCTATATTGTAATTAGAATCATTATGAAATAAATTAGAGAAT
TGAATTAATTATATGTCATAAGAGTAATAACAAGTAAAAAAGTTTTTTTA
ATTCTTTATCGTGTACATTACAGGATTGCTTTAAATCGATTTTTTCTTTC
ATTTCATGAATATTCTGCTAATACAAGATAGCCTTTAGTTGATCAAAAAA
GTTGACTTGAAAAAGGAATGTACATTATATGTATTAAGAATTCTTTTGAC
TAAATATTATGATTGAAGAAATTAAAAGTATTATGACAAAACAGGCATAT
ATAGCAAACAATTATGAGAAACTAATATTCATTAAAAACCTATACAATAC
AAGACTCATTAAAAATCCCTTATAAAAGTAATTATGTATGACATGCAATA
TATAGAATCCCCTTATTCCATTTGAGGTATTAATAATGAATATTTGTATT
CGCAATCATTGTTTCCATGACTGCTATGTAAAAAGTTGATTTATCTTAGT
TGGAAATTGTTTACTCCTACTTTATTTTAAAGGAGTTTGATGCTTTTCTT
AGAAATATTTATAGAAATTATACGATTCAGTAGTTGTTTTGTATTATTAT
ATTCGAGTGCGACTCATCAAGGGTTTGAGTTAGAAATTAAGAAAATTTGA
ATACATATTGTTTTTAGATGATTCAGTAAACAACTTCACTTTTCATAATG
TTAAAATGATTAAATTTCAACGTGTTAAAGTAAATTAAGATATAATAAGA
TTTATATTATAAATCACAAGATAGTATTTTTATGGATTGAATAAATTCAC
CCTCAAAAACCTTTTCATGCCTCGTTTCTAGCTAAAAAAGATGTTTGATG
TGAAGTATAAATATATAAACTAAAATATATTATAGTTGTATGTATGTCTG
CTGATAAAATCGATAAAAATACTTTGTAGTGAGCGTAAGAATATCTCAAT
TTTCTCAACACTGAATTATTTTTGAATGTTGATAAAGTTATATCAATTGA
TAGCACAAGAAAAAATGATTCAAATTATATAATCACGAAAAATCAAAAGT
TACTTCTACCCCTCAAAATAATGGTTTATACAATATGTCGAAGAGAAATT
TACAAAATTATTGATTACGAATTTAATCATCTGTATTAAGCTCTAATGTA
AATTTTGTGGCTGAGACTTTTTGGATGTTTTTAGAAGAAATCCCTCATCT
CCTTCTACCTAGAGATGATAATAAACTATATGTATCCATTTGTAATATCA
TATATATATTGTATACTTAAATATTTTCAAACAAATCACAACCCTAATGT
TGTAGAAATAAATGTTGTCATTAAAAGCAATTAAATTGCACTGTTTAAAC
TTTATATATACTATATAGTTCCTCATACGGTATATGAATAAGTAATACTT
AGTCACATTTCTACACTAAGTAATAAAAGTCATGATCATGATGATTGATG
ATGAATTGGAAGATAAAAATTCTGTTTTTTTAAAGAAAATTTACAGTCAT
GGTTTCTTAATACAACTCTTCTTCTAAAAAGAAAAGAAAGAAAAATAATC
GTAGCCGTACGTGGTTGAAATTCAAATTCGGAAAAAAAAATGTAAAAGTT
TTGAATAAGTGAAAAAAAAAATCACGAATTGAATTGATGAACAATTATGA
ACTTATCAGACTTTATTATACATGCGTCTACGTGCATTGATATAAGTATT
ATGATGGTGTATTTAAATACATAATTACATATAATAAGTAAGTTGAAGAA
TTTACATAATTTTATGGTTGTTATAGGACTCTGATATAGATGACTTATAT
AGACTTTTAAAATAGGTGCCTTGCCGGTTATATATTAAAACGCCTTCTAA
CAGTATTATTTTAAATATCTTTGATGATGTTTGTGATTATTCTTAATTTA
GGTTAATGAAAGTATTTTTTTATAAGGACTGGATCCTTGATGGTAGATAT
AAATTGAGAAAAACACTTCTGACTGATATCAATAATGACTTCATTTGGCA
AATATTGTTCTTTAAGACTACAATTTTTGTGGTTGATTAACATCTCAAAA
TTTTAGGATCACTACATCCTTAAATTGAGTTGGATTTGGATCATTTTTAA
TTCATACTAATATTCCCATTATCTGTTTAACAAATTTTAATTGCAAATAA
TGTTTCAACGATTTACATAAGCGGCAAAAATGTTATATGAATTTTTCTTT
TCTTATAAAAGGAAGATTATAATTTGATGTAAACAATTATACATTTATTT
TAAACGTTTGATTTTTCTCAAAAATAAGTAAATATTACATTTTAAAAGAA
TTAATCAAAAATATTTATAAATAGAAATATACGCTAAAAAAAACATATCT
ATATTTTAAATGAAATCTTTAAAACAATATTTTTGCTTGTATCTTCGTTA
ACGCTCCACTAACTAAAATTATTTGAACTCACTTCTAATATTGACAGTAA
CAGTAACATAAAAATACAAATAGTTGCTACAATTCTTGTTATATGTTTAT
ATAGGGTCGTTATAGAGATTTCTTTTAATTAGTTTGAAGCCTTAATCATT
AAAAAAATATCTCTCTCTTTACTAAGAAGTATGTTTTTTGAATTAACATA
TTATTTCAGAGTATCAAGGTTAAAAATATGTCATTAACCTATGGATGTTC
TATTTAATACGTTGAATCATACTTAAGTCAATCGAAAGTAAAACTATTCC
AAGGGTAAATTTTATCATCAATTGTTTTTATCTAATACTTTTTTTAATGA
TAAATATATTTAATGTAGGTTTATATATGTACATATATCCTCAATTTACT
TAAAATGTATTTGTTACTGATATCTAATATTTGTTATATAGTTCATGATG
AAAGGATAAAATTTCTAAAAGGATTATATATTTGGTCCTAATAATATATT
TCCTCATGATTTATAGTAGATCATAATGATAAGGTATAGAAATGAAAGTG
AAAACGATGGAANNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNATTTTGCCTGCGGATGCTTCTTGATTTGAAGTTWTTRTTTCTTTWGA
ACGTTTGCTACGGATGACAAATATATATTATTAGTCAATTCTACCATTTA
CAGTATACAAGGGATGAATATACATACTCGTCAGAAATTAAATTGATGAA
TTTATTTTGAACATAAAGCAAAAGCTTCCTAGGTCGGATGTTGTAAATGT
AATACTATAATGTTTACTTATACTTGATCAATGCAACTCCCTCTAACCGA
TTAAAGGAACATACTAATTATTTTAAGCTGATATAATCCCTATCTCTATA
TAATTTATATAAAGATTAAATAAAAATAAAAAAACTTGCCAGTGGATTAT
TTATATTGGACAAGAATCATGGATTGACGAAGAAGTATTAGCATAATATA
TTTCAAAAAATAAGGTATTTGATCTTCGAGGGCTTAAATCCCTTGTGTTA
ACTCCAAACATAATTAAACAAATGAGATAATTACGTCAGTGTCAAATAAA
TATTTTTAGAGCTATTTATGTCGTCATTAAGTATGTATTTACATTTTTTC
AATATATATAATATATTGATAGAATGAAACATTGACAAATGTGAATTTAC
ATTCACATTTGTTTTACAAGTTAATGAAGTTGGAGACGGATTCTAATTCT
AAATTTGATTGAATGAATATATTGAGTAGTAACATTTATATTCTTTGATA
AATATCACTAAAGATATAATCGAATGGCATTGTAAAATACATAAAAATTC
GTATTAGTTTATAAGTCACTCGTTATGGTTCTCATAACTTGGTTTGATAT
CCATTGGAAGTATCAATTGATAGCTCTAGATATACATACAACTTCGATAA
TTTGATTCATTTAAGTAACTACGTAATTTAGTCTGTTTCGTTCTCTTTGG
ACAAGAAATAAGGCTAATGAAGAGAGGAACACCATCCTCGTTCTATTGCA
ATTATTCATTTATCCTTATATTCTTATATCAGCTCAAAAGAATTTAGCTA
TTTTTCCAAATTGTCGACGCTGTGCATTTTTTTCACTCCAATTTCTTCCT
TTGATATTTTTTCCCTTGCCATTTTTTCCTAAAATTGTTATACCTAATTT
ATATACAGAGTTAGCCAAAATCCGTGCAACAAGTAATATTAACTAAAATA
ACTCCTCAAAATGCTGTCGTGCAATTTGTATTAAAAGCTTCAAATTTATT
TTATGACTATTTATAAAATGATTTTTCCCTTCTAAATATTCTAAATCAAT
GTAATCGATCCATGAACACTTTCAACAATTTTGAACTTTGCATCACCTCT
GAGAAAACGTTTTCCCCGGATTTTAATACAAAGCAAATATGAAAATCATA
TATGAATATAATGGTTTTAAATGTAATATTTTTGAGTCTATCTGGCTTAG
GGAATTCATTGACTTTCTGATTTAAAAAATAAATTTAAAGTGTACTTAAA
GGTTTTGTGGTCATTATTCCTTTGCGTATCTATCAATATTCTTTCTTATT
CTCTTAAAATGGAGTTACGTTACTCTTTTTTTGTATTTTGCTGTATAATT
ATACAGCAAAATACAGGCCTTTTTTTAGCAGTATTTTAAACGTTGATTGG
TGGACTACAAAGTAACTCTTGTTAATCTGAAAACCATTCCTAACAATTGT
TAAATTCCATAGTTAGAAAGAATTTTCTAAATACTAACAACTGATTTTGT
CCGTTTTGTCCCGCTTCTTTTCAAAAGAAAAGTTGTAAGATATAATAAAT
ATAACAACGCACCAATAATACAATATTTCATATTTCTTATTCAATAAAAT
GATCAAAATTAATTCCTGGAATATGCGAGAACCCCCTGATGGGGGATCAA
AACTAAATATTGAATAATGAAAATGAATTAGGTATTTATAAGGTGTGCAA
GCTATCTATATCGCCACTTTGGCGCACTATATTTAGCAAATGTAGGAATT
TAGGTAGGTGACTATTATTGAGATACCTACTTCAAATCTGCACCAATTTG
TAAAAATGGGATCTATTGACAAATTCTTTGTCACAAATATTTGGAACGGG
AACGCAAGACTCCCTAGAATCTGCGCCAGAAGCAACAACATAACAATTGC
TCAAATTCTGGGACTCATTGAGACATTTGTTTTCAAGGTTAAGAGGTAAT
TTGAGGCCTATAAAGGGGATTTTGAGGCAACAGCAATGCAAAGAAAAAGT
CTCCAATGATTCCAAAACAATTTTGACTTCAATTTGTGCGYGCAACCGAC
CCTCCCCCCCCCCCCTCCCCGAAATACCAAGGGTGAACTTATCAGTTGGA
TCAAGATGAAATTTTTGAATTTGCCAAAAGACCAAGCGGTGAAGGCCTGC
CTGCATCACGCATTCGGCCTCGCATAAAGACTTTAATTGAAGCTGCATAT
ATTTTATTAAATAAAGAAAACAGAATCCATCAAGCTTTCAGAATCTTGTT
GTATTTTTTTTATTTTATAGCTGGTTGGAGAGAAAATTGCACTTTAAAAA
AATCCTTTTCAGGGAACAGATAGCTTACGTACAAATTAAGGTTTCTACAA
GATTAGGAGATTAGAGTCCTTGCATTGAGTTGCATCGTCAATATAATTTA
GTTTCATGCAACGGCACACAAATTAAATGATTTATGTGTGATCTTAAAAG
GGAAATAACATATACAAATTTAGAAAAGAACATTTTTGCAAAAATGTTTT
AGTTAGAAGGGTTACTCTGTATAAATATTCATTACAAAAACATCTGAATC
TATGTACCTATAACATCAATATATAATATATTAACACAAATTTATAGGTT
AGGTGGAAAAAATGTAATATTCCTTGCAAGTACATTTTTTTAAAATATGC
AAATTTTGTTTATCGATATATGTATATACTTTATATTCAATATTTGGTTA
CTTGAATATTAGAGTATCTACTTATAATATACATAGTATTAATATTAACG
AAGCTATGAAATAGCATATAGGTCCAAAAAATAAAAAGTAGACTACATAC
TTATGTTTATATCCGTTATTGTTTTATTCTCACATACTCATAAAAATTAT
AAAACCAATAAACAATAAATTATACGTACAGTTTGATAATGTATAGCTCT
AGTGGACAAAGTTAATCATAACTGAGACGACAAAAAAAAAGACTATGAAC
AATATATTACACATTTATATAGAGTATTCTACTGTTCACACGTTTCTAAT
AACATTACGATAAATATCAACATATAATCGAATATATTTGCAAGTTCTAA
CATATATGATATGTCAAAAAGTAAAGTAAGACTTTTGTCTAAAGATATTT
ACATATTATGTCGGTAAGAGAGATCGGGAGGAATTACAAGCTGTTTGGCT
CAAATCCCGACCAAGGTTTAATTCAAACACACGAAAACTWAAGAAAGCAA
TCAACATGTAKCTGCCATTATTTGTTTTTATTTGGAAATTATACCAGTCA
TTAGTTTTGGCACAAATTGCATTCGAATAAAATGTTCCAACGAACTCCTT
AGCTGAGGACTGTTTCCACCGTTAAAAATATATTTGTGTTACAAATATAG
AAAGTTAGAGAAAATATTATTTTGTGAGTAATTAATAGTAATATTGAAAG
AAGTTGAATTATTAACTTTCAATGCATTATAGCATATGTAATAACATTTA
CATTATGGATGGGTTAAATTAACTCTCAGAACCTCTGAAAGACCCCGTTT
TGGCTAACAAACATTCATTCTGTGGGCAGTAAAATATCTATAATTATCAA
CAATTTAAGGAAAATTACAGCCTTGTAATTATCCTCTTTTCTGAGTGTTG
CCATATCTCAAATTTATCCTAAATGAGTACGTAAATGATTTTTTTTTTTT
TTAATTATATCAAATAATTGCATAATAATTAGTAATACAAATGAATCAAG
TTTCAGTAAAAACAATAAAATACTGTATTATTATTATTACAAAGATAGAA
GTACTATAAAACAAATTTTTGTAGATTATTCTATTTTTTTCAAATGAGCT
AAAAATAAAATTATATATTATTAATACGGCTTTGATCATATTTACTGAGT
ATCTCAGATCTTAGGAAATCCTGACAAACTCCGACACGGGACACTTTTCC
TAAATACCTGGACAGAAGGCAATAAATAAGAAAGAACTTGAGCGTTAGAA
AAAATTTCTGTCTATATTTACCATATTCTAGTATAGAACACTTTACGGTA
CTCTAGAAGTAACAGTAATTTTTTTCTACAGAAATCAATGACAATGTGGC
TTTTCTTGGACCAAAGACGAGACGAGCAATAATTTTCTCTTTAAATTCAA
GATACTCTGACCAATATGTAACGCCATCGGCAAACTTTTTAAGGAACATT
TTGTCTTTTAAACCTTGAGAAAAGGTGGTTTCATAGCCTTTTACTCAGAA
AAAAAAAGAAGACTTTTAACGCAGCAATTACAAATCCTCACCATATTATG
TACCCGAAATATGCTTCCTGGAAGAATATAGTCCGTCATAAGTTGTTTAA
ATTTAAATTTAAGTAGAGTAAATGTTAATGGGATACAAAGGAGTAAAAAA
AAAGCCAGAAAGTGAAATTTTGCTTTTAAAATGTTGTTAACTTTGAAATG
GATGGATTGAATCGACTTAACAAGTACATGAAAGCTTTTTTAACCTACCA
CATGCCGTTTGAACCGGATAATATTACCATAAATGTATTCCTTCCATATT
TAATACTTAATTTCCTTTGGAGGTTTAAAACATAACTCCTTTTTTATGCA
TGATTATATAGGAATATTTACCTACAACTATGTAGTGGTCGTTTGGCTTA
ATGTGTTACAGGGGGGAGGGGGCATGTGCACACATTTGCACTTTTTGCTA
AATTAATTTTTTTATCGAAAAAGTTTTTTCTAACTATAAAAACTGAATTT
TGTTTTGATTTTTCTTCCTTTATTAATAGTACAACACTTTCTTAATAGGC
GTTTTCACTTGACGTCCTACTAAACAAACAGCGCCTCGAGGAAATTTACT
AACCTTATTACGTTTGGTATACKCCCTCCACCACCACTCTAACTATGGAA
ATTAATCATTATTATTATTATATTCTACAATCCATAGGTATACACTACTG
TGTTTTGTGAAATTGAAATTAATACACAAATGTATTTGGACAGAAATAAT
ACCTAATTTGATAATAAGTAAGAAGGGAAAGGTTTTGGGAGAAATATGTC
ATAAATTATCTTCTTAAATCCATTTAAACTTTTGAATGATTTGATGTATG
AATAGAAGTATTAAGTCGAACTCCCCTTTTCAAAAAGAGTAATAAATTAA
TAAACAAATCTTAAATATATCTATCAAATACAATAGGTTAAAAAGCCACA
TACCTAGATCCCGGTTATGAAAGAATCCATTTTTAATAACAGGTGGCTGT
ATTTTGTTTACATATATAGTTTTTGTTTTCTTCGAGAGAAAAAAAACCCT
TGAAATAAAATAAATAGTTCAAGTAATCTTGAAATTGCGTCTATCACATA
AAATAATTTAAAAAACTCATAACGACGTAGATATATTTAAAGAAAAACAT
CTCAGCCTTGACAGGATCTCACGATTATCTATTAATTTACCCTCATATCA
TTGCCAAGACATATGAATATATCATTATATTGTAATAATTATTATTGTGA
TATGCTTTTATTTTACATTATATTAGATTTGATATAAAACAAAAAACATA
AAATCATGACGTCTAGAAACCAAATTTATGTTATTAATTTTCTTTTAAAA
AAATATCTATTTATTGTCTTTTCAAAGTCATAAGTATTGTTCTAGAAGAA
AAGTTTATACATCTGTTCAAAAAGAAAAAAAATAGATGATCATACCAGTT
GCAATGATCAAAACTTTCAAAAACTTAGTTTAATTTCTAAGTCAAATACT
AATACTGCAGTAAGTGCATTATTACTTAAATGAAAAGCAATATCAATATA
TAAAAACTAAAACTAAAAAAGAGTTGAGATCTAATGTTTTAGTCATCTAC
AATCTCCAGTATGCTTGAACGTCTTTTCAAACTGTGCATACGATATTGAT
GTAAAAATATGATTAATTCACTCCTTGATAGATTTATGAGGTAGGGCCTT
GAGGTCAGAAAGGGTGCAGAAACATACTCCTCCAAAAATATTTTTTTGGA
TATTCTGTGTCATGTCAAACAATTTAAAAAACGCTATATTAGTCCACGTT
TTGTGAAATGGTTCTATTCAGAGTAACTAAAACAAAATACAAGCTATAAT
CAAGGACATGTCGTATCACATAAATTGCAAATGGGATCTTCCATTCAACA
AAATACTCTCCAAATATGTAAATCTCAATCTGGATATTATTGAGATTATG
AAGTACCAATTAACGAATAAATAATACTTAAATATTTGAATTTTGTTGTA
CCTGTAAATCAATACATTTTTCCTTGTTATATAATCATTTTGTTATCTTT
TATATGCATAATTAAATTCCATGTATCCATTATTCATTGAATAAATCTAT
ACGAAATATCCAAATATTACAATTTAACTGAGTTATTCACAATTAGAGGT
ATTATTTCTGTTGAAATTATTTTCAGAAAATAAGGTTGAACGAAACTGCG
GTACATTTTACAAGTAAAATATATATTCCTAATATATAATAAAGACGTAT
CATGTATAAATACACAAAGAGTAATTAAATAACTTAATTAGCCTACTTAC
TTTCAAAGATTATGCCTAATTATAGTTTTTCATAAATTTTTATTGTGCAT
TTCTAACTATGATCTACATAGGTGGATACATACCTAGAAATGTAAATCAT
AATTATATGCTAACAACTGGATTTTTTTAGTAATTGGCAATATGAACATT
GTTTTATTTATTTGTTCTTACAAAGCTGTTATCATTAGAGATATATTTTA
AGATAGCAGTAATTTTAAGAGAAAAAAATCAAGAATAAACAATTTGAATT
CATTTTTTGTTTATTGCTCAAACTTTTTTAATAATTATCCTTCTACATAC
TTAGTAAATAACAAGCAAAGAATAAATGAAACAGAAGAACCATGCTCACT
TACCTCAACCTATATATCGCAACCCTAAGTATCATGATTATTTAATTCTT
GAAAAGATAGCACTTTAGTATGAATGAAGTAATCACGAGACTATGTCCAC
TAAAAAGATGTAAGGAAACACTAGGAATTTGTATGGAAGATATAAGTGTA
AGTCTTTGTGATACTCAAGGCGGAATGGGGGATAGACATCGGAGTAATTC
ATTCCCATATCTTTGCTGGATACGAATTACAATTTACGTTTATTTCCTTA
GTTTCAAAGCTACATGTAAGTTAAAGGATAAAACACGAAAAAAATGATAT
TCTCTCCAACATTTTTTTAATTTACAGGCTTAGTCTCACATTTTTAGGAA
GTTTTGTTTGTTTTTTTTAGATTTATAGATTTAAATGTATGTAATATTTT
TTTGATACTCGTAGACATGAAAAATTAGTTATTTTGTTTATTCCCGGAAT
TTAAGATGGTGGACGACTAGTTCATAGTAATCATGACAAAGCAATTATCA
CTCTTTATGTAATGATCATCTACTACTTCTAAAATGACAACAACTAATTT
TGAATAATTGCTGATGCTACGTGCCACAATTTACATACAAATGTATACTA
TATATTTATACTTTTAAATAAGGATAATGAGTTAACTCTTTATTCAATTA
TCTTCTTTTCTAGATAATTCTAGTCACAAAGAGATCAATTTTAGATTAGA
ATAAGGAAAAAGAAGTAGGGAATATGAAAACCTTTGTAGGTACCTAATTG
TCTATGAAAGAAGCTTCTTTATAAAAAATTTCATTATTTTACGTGTACTT
TTATACATTTTTCACAAATTCCAACACATTTATAAAAGAATAAAATAAAG
TTTAATATTTAATATATGTTTTATTAGGCGAACTAAAATATTTGTCTCAA
ATGAAGGTCAAATGAAGATTAATTTATATTCTTTAATTAATTATTTTAGA
TACATATCAACAAATTAATGATTTGGAGTCACTGCAAATCGCACTTAAAG
TAAAAAAAAAAACACCGRCACAATTCATTAATTTATATTGATGAATTATA
TTTGAAAGATCATATTGTAGGCAAATTAAGTATTTAAATAAGATACATAT
TTTGAGGTATAGTTAACAGTTTTGAGTATCTCAACTTGTTTAAGAAATTT
CAAATCCAAACCAATGATTTCAATGAATCATAAAATAGGTACTTATTATT
AAAAAATTCCTTTAAAAAAGTCAAAAATTACACTATTAATATATATTTTA
TCATTTAAAGAACATTAAATTATTGCATTATCTTCATAACAAACTAACTG
TAAAATCTTCATTTAAAATGTGTCATCTCATTTTTTGTTTGCTACTTGTA
CAAAATTGTAACCTATACACAAATATTTATCTTTACGAGATTATAAAAAT
GTATATTTTTCAAATACGTCTTACAAATAGTACAGATTAATAACTCATAA
ACTAAATCTTTTGGTCTTATCCAAATAACTATTGAATGCATTTTTGATCT
CCGAAGAATTTCTTTAAAATAAGGGTTTTTCCACCATGAATTTGTTTTTT
TAATGTCTTTCATAAAAGGACTGACATTAAGAGTAATTATAGTATTCTGG
GTATATAAATATTGGAATTTGTATTTATACCCTCACAAATACTCCCCTCC
AAACATTTTTAAATTTATCAGAATTAGCACGTTAATTTTCGGTTTTTTAT
TTATACTGCTTAGGTTTCACATTAAAGATTTTCTATAAGGCACTGTTATT
TATTAATATAATAATTTGCACGTCAACACTAGAGCACTCTAAAACAAAAT
CGAAATATTGAAAAATTTCCATAATTTGACAAATTTCTATTTTTTTATTA
TTTTGTCATGGTTATAATTACATTAAAAATAATCTGTTAGTATTTAAAAA
AATGTTACAATCGTAAGCCAGACCGGTTTTTTGCAAGGAATAACAATTTT
TTATAGGTAATATATACTTTTTGTAAATAAAAAAATGAATCCCGCTAATG
TGGGCCAATTTTAGTGTAGGCTTTGTATCGGAGCAAAAATATATTTATTT
ATTCCTTTTTTTCTAATTAATTTAGAATCTTTTTAAATAATTTCATTTCT
TTTTCTTTGAGTGAAGGTTTTTCTACTTTTAGGAAAGAGAAAGTAACACA
AATGATTTATTGAGGAGTTATTTTCTATATGTGTACGAATAAATTTGTCT
TTTAGGTGATGGGCATTTACTCCGGGTAATATCGGGTAKTATAGCTGATA
TATTATAAAATAAAGTTGATCTGTCCCGTAAAGTCATTTTTGACAGAAAT
AGCAATATTGCATTGAGCATTAAAAAGAACAGGGAAGTGTGTACATGTAT
AAAATAAAAAATGTGACTTTAGGTAAGGCTTAGCAACGAGAGTGTGTAGA
TAAAGCTCAGCACGTCAAATTAGAAAGAAAATAAATGGGGAGTATACATA
CCATATTTATAGTTGTAAATGCTTAGCATTTTTGAAGTTTTTATGTAGTT
GGCAACCAAAACAATTCATATTTTATTTTATCAAGCTGTTAATATTATTT
TTACATTTTTTGAGGAGATAGCCTCTAAATATTGAGTAACTTAGTGTGAG
TTTGCTCATGCAAATTGGAGAATAATATCATCGAAGATATTTTGGGAAGA
TATCTTCTATATTATCAAAGCAAATAACATAAATTATAAAATTGCAGGTC
AATCGAAAAAATAGCCCCCWCCCCCCCCCCACCCTAAAACCGGCCTTGAT
TCCAATGAATAAGGCAAAAATTTGCTATCATTCAAAGAGTATCAACAACT
TGATAATAAAAATACTGGTTGTTCAACGATAAAAAGTTTTTGTGTATTCA
TGTATTTGCTCAAAAACATTATCTAAATTATCAGTAGTTGTAAACACGTA
TTCATTTATACCTATTTAATTTCCTTTTTTTTAGATAAAAAGTTTGTTAT
GTATAATAAATAAATTTATACTTTTTTGCATATAAAAGACAAACTTTCAT
TCTGTGGATTGGACACAATATGTAAACACAATCGTTCATTGATTTTAATT
TGTATTTATATAAATACATATGAAAGAAATGGGAAATGAGATAATTTAAT
TGTATATATCTTGAAAGACTTCTACCCTTCTATTAGTAGTGTTCCTATGC
CAAATGCAGACCTCATTAATAGAAAAAGAGTCACACTCATAAACAAACTT
GAAAATATCAATCATCAAAAATTACAAAAACACTTAATTAATATTATTCA
ACATCATGACAAATATATAGTTCTTATATGGCAATGTCATAAAATTATAT
GTTTTATGTATACATATATAAATATATCAATTGAAATAAATCCAATTAGG
CTCACCAAAAAGAGCCAGCTTTTTTGGCTCCCAAATGGTTCTTCAGATTT
TTGTTGCCTTAATAGATATATTAAAATTACTGATGAGTCCATAGGTCCAC
AATTTTAATTTTTGAATTTAGAAAAAAAAAATCCAAAGATAACCTAGAAT
TTTAAACTGTATGTACATCCCTTGGACTGACAGTACTAGAACTGTTTAAA
AAAAGAAGAAGAAAAGTTGAGTGACGTCATGAAGGACCGAACTTTATAAG
TTGTTGGACTGAACTGAACTCTACCAAGACTGAAGTGGAAAGGAATGCAG
TATTCTGTTCTAAATAAGGACTGACTCAACACTACTGATATGTATAATAT
TTTCAGATCCACTCCGATATTTTAAAAATTACTAGATGTACCCGTAACCC
TGAGAGTATTTGTAAAAATAAGAAAATAATACTTCATCAAAACCAAAACT
AAAAATTTGTCCATGGTTTTTCCCTGAAAACATATTTCTGGCTGAGAATA
TGTTCAATCACAAGAATATGTAATAATATACCAATTTAATTGATCTGTTG
AGAACCATCAGATAGCATTTTTTCTGCTTAGCAATTGTTTGTATCATTTG
TCTGATAACTAAAAAAAAAGTTTTAAACTATTTTCCCATAGACTTAAATG
TGAAAATTTAAATAATTCAACTCAACTCCTCGCCCTTTGTTTTTCATAAT
ATGATATATTAAACTAAATAACATGACCAAGAAAAAACACACAAGGTCAA
ATTTTGTGTTGCATTCTTCTTCAGAAGTACATAAGTCATATTTATGAATA
TGAAAATTATCAAAACCTATTAATGAGCACAAAGAACTATATCCAGCTTT
TATAATGATCTCCGTATTGGATATTCTGCTTAATAAATCGGATTTTCTTA
ATCCGGTCCGATATATCAGTCCACGTTTAATCCACCGTATGAAGAAATAT
TTTGACTACTGTTTAGCTTAGATGAAGATTTTTGCAAACTTTTACATATA
TTTTCTTTTGGATATAAAAGGTAAATTTTCCAAAGAAAAAAAAGTTACAT
AAAATACGATAAAATAAAACCAATTTTATATAAATTTATATCAGCATACG
TATTTACATATCTTAAAAATTAAATATAATGAAATATCTAGTTCCAATTT
ATGATAGTTATGGTATTAAATCTTAAATAATTTTTCAAATATGTCATATT
TCTTAATCAGTAACATCATTACAACTTGAAAATGGTTATAAGTATGAAAT
ATTGTCATGAAACATCTATATGTTATCGTGCAACGTTAACTAATTTGATA
ATAACTTAATCTTTTAAATACTCGTCTAAATTTTTATCTTTTTATCTATA
AAAGTCTGGGAAAATATAGTATATTTATAGGTATATCCAAGTAATTTTAA
GTCGTATATAAACGTGTTGGGTTCTAAGCATGAAACATTTTAGGAACTTA
TTATTACAATTTCAGAAATCAATCAAATAATAACTATTCTACAATTTATA
AAATGAACAAAATAAGAAACTTTAAACATTTTCCAATAAAATAGTTTTAT
AAAGAAATGGTATTACATTCACAAAATTTAATCCAAATAAAAAATGTAAC
AACATTCTTTTTTTCTATAAATTGTTTATAAAAATTATATTATAAGTCTT
GTTTTTTGTTTTTGTTTTCAAAGTAGTGAATAAGAGAAATGTAGCTAATT
TTGAGTATGATCAAATATATATTATTAAAAAAAAGCTAATTTATTGCATA
ATTTTATAACAGCTCTAACAACGGGTGCAAATTTAGTTTAACTCTCGGTA
ACAAATCCATGTTTTTATCAACCCAAGAGGAGACAAAAATATCCCTGTAA
TATCTGGTGACGTATCACGTACATGTTAGCTCTAATTTTTGGGGATAGTA
ATATATATTAGTTTCTGAGTTATTAACAAATTTTGAAAATCATTTTAAAG
TTTCATAAAGCATATTTTTATGCATTCGTGTTATTGATCTACCTTATCGA
TCAATATGAAAAAATAAGATGGAAGGAGATCACAAATTCTTAAAAGAATA
CTTTTGATTTAATAATAATTTATGAGACAGTTTAGAAATAAGCTATACAG
TCTAGCAAATTTAATATTTTTTTTGCTTACTTACATTTTAGACTATGAAT
TCCCTGTTCTGTAAAATAATGATAAAAAAGTATTCGAATTATTATTCAAT
TTATTTGCTGATGCTTATACTATTGTACATAATTATATTGTCTTTGATCT
ATTAAAAAACATAGTTTGTCAAATTTAAAGGTTAAGGAATTGATTGTTGG
AAAAAAATATTATCCAAAAAATCTTTTTATCAATACTTTCATTTCATAGA
CTATATGTTGTAGGCATTGTATTCTATAGTCGGCTTATGATTAAGAGAAA
AAAAAAGACTTGGCCCAAAAAGAGATCCACGAAATTAATAAGAAATTATT
TTATTCAAAATAGGGTGGAAAGTGGAATTTCTCTTATAACATATATATTA
TTATGTACAACTATATGTTACATATATTGCCAAATAATAGATATTTGATT
GTAACTTCACAAGGTTATAAGGTCATTTCTAAAAAATTTAATGAATTATT
TTTTTAGCAAAGAATTAAATAAGATTTTCCGATATTTTTATTTTACAATT
TACATTCTAAATGACATATTGTCATGTTATTTTAAAAACTCATAGCAAAA
AGGAATTTAAAATCTTGTCAACATTCTTAACCATATAGCAAAAGCAATAA
TAACATAATATGTATCTATAAAGTCATTTTCTTCTGGGAATATTTGTTTG
TGAAGTTAAGATAGATAGGTATATTTTAGCATTTTGTAAAAGTATTTCAG
TTGGAGAAAGTTTTTTTTTTTTTTTCAAAAAATATATTATTTATGAGAGT
TTGAAGACAAAATAAAAGAAATGTCACTCCATATTCTTATAGGAACAATA
TTTGGATGTATTTTTAAACGACTGTGAGTCAGTTTTTTTTTTTTTTATAT
ATTGTTTTTTAAAAAAAAAATGTTTGAGTTGACAACCAAAAATTATCGAT
GTAAGTTATCTTCTTATTTTTTTCTTTTTGATGAGCAAGTAAAATCATAA
ATATACCACATGTTTATGAAAGAACAATATTATTACTAATCAATAAACTT
CCGACCTTTAGAAAATAAAAAGCCTTGTTTTTTAAGTAATTGCTAGTAAT
GTCAGGCCTTTTTAAATGTTATATTAATATTTTGTCACATCATATTTCCA
TTTTGATTATTCTCAAATTTAAATGGCATAATGTACTGATGTTAAAAATA
ATTGCCTGATATTTGTTTACTTCATTACGTGTGAGGGTCCTCATGAAAAA
CGCAGAATTACACTGAGTTTTTTTGTTTATTCTCTAGGCAAAGTGTGTCT
ATTCAACTAAGCCTAATAACTTTGGATTTGTTATTTCAATAATAATTTTA
TTGATGAAAATAATTTAATAACTACCACGTTATGTTTTCCCTTTTTTCTG
TTTTGTTTCGGATCAAAGGTTGAGTGAATTAATAAAGTTAACAACGTGGA
AACTGTATCATTCTTCCCAAAAGCTGAGCCATTATTTGTTTCATAGTAGA
GATATTACCAAGATATAACTGAAGTTTATGAATCTAATAAGAAGAAATAA
TGATGAGTTTCTTGTTATAATGAAAAAATATGTATACTCAGGGCATCTGG
AGAAGGATATAAGCTTTTATCTTTAACAAAACAAACAAATATAATTTACA
TACAGTTTACATGCTTCAATATAGGGTTAATATCACAAATCTATTCTAAA
TAAAGTTCCATGCATAAGTAAGCACAAATGGACTATTCTGTGATGATATT
ATCTTCCTCTCATAAAAAATAAGATTCATTTTATATTCATATGTATATTT
ATATCTATATGTACAGAGTACGACAGGGAAATTTTCCCTGTCGTACATGA
AGCACAACTTTTAGCAATCAATCTCGGTAAGAATGATTCAATATGGCCKC
CTCCAGCTTCTATCAAGCCTCCATACGAGGTTGGAACGTGGCACATTTTA
ATCGGCGAGCCTGATGGTTCATTGCTTCTTGATGGAGGCCTTGTGCTCTT
GCACTTTTCTGTATGATGCTTCCAAATCTTCTCTACACACTGAAGTCGAG
GGGATTGAGATCAGAACTGGAAGAGGGTCAGGAGATCTTGTTCCAGAAGT
AAGCAAAGTGTTTCTTGCAGAATATCTCTGTCTCCAAGGCCGTATGGCTG
GGGGMACCGTTTTGGGMCAACAGATAGTTCCGCAGCCACGACTCCTAACC
ACATTATTTGGGTGGGGTTTTTGTCCTGCAAGTGCCCTGGATTTTTTCAG
GTGATACTACTATAAATTTGTTGTTTCTGTGGTTCAAAACCTGGTCGACG
AGGTTTCAAGATCATCTTGTCTGAGAAGATTTTCACAGTGGACGGATGAC
TCTTCAATTATTTAAGGACTTTTTACATCTCTCAAGCATTAAGGCCTTCA
TCCTGTCGGCGAGGACATGCCTTGGAGTCCTGATAAAGCTCTCAAGCCTA
AGATCATCATGAACGGCCCTCCTGATGGTGCTCTTGCCCATGTTGTACAC
GTTAGCCATGTGTCGCATTAATACTGTTGAATCTTCTTCGATCTTGTCCT
CCAGGGACTTGATAAATTTTTCGTCTCACTTCTAGCCATTTCCTTGGTTA
GATCTGCCTATTGATTCTTTTCCCATTCTCCTTAGCTACCCTGATGTTCA
GGACTGTGCTCKCAGCCACGCCGACAATGTCTGAAATTCTTTTTGGATCA
ACATCCGCGTCGAGAAGATTTGAAACCCTTTGCATTTTTGATTCATCGTT
TTGTTGTGTCCGATTTTGATCAAATTATAATAATGCACAAGAAGAACAAC
ACATGTATCGGAACCTTACTTGAGATGTCACCTGAACCCTTAATTAGTGC
AAAAAAAAAAAATTAATGACGCAGAAAATTTCCTTGTTGCACTCTGTACA
TACATATATACAAAGTTCCAAAGATGAAACAACGTCTTTACAAGATAGTT
CATAAATGAGTTTAATGGTTAATATAAAATATCTGCTTCAATTACTGTCG
AATGAAACAAAATCTTTGAATGTCATACAAATCACTTCGTATTACCAAAT
AAATTTAAGACATAAATCAAGTAATTGACATATACCTATATACATTATGT
ATTGTACATATCTCCTTTTAGGGCCCATAATGATACAGCATACATATTTA
ATGGTGATTTTTCAGGCCATCGGTAAAATATCAGAGGTTGATTTATAATA
ATTAATAAATTTATCCCCACAAATTATAAAGATATCACAAATAATAAAAA
ATCAGTAATATGTTGGTAATGATTGGTAAGCATGTTTTATGTATGTGATT
AACAAGTTGAATTTCTTTTTTCCTGTTCGGTCTTTAATAATTTATTTAAT
CACTGATTTAAACCAAAAATTTGGTCGAAATTTTTGACCAAAATGTAATC
GTTTTCAAATTATGGAACATTTTTTTTAGATCTAACTCAATGGATCCTTT
AGTGTAAAATTTTGATAACTACAAAATGTATAAAAGTATATTAATTTAAA
AAATTATGATTTTCTTTTTTCTTTTTATCAAAAATCTATAAATAACTTTT
TAACAAAATAAATGAACAGGTTAAAAATATGTGAAAAATTATATTTTATA
CAATGGATTCTAAAAAGCACGCCCATTTTCTCAATAAATTAAACTTTTCT
ATGTGAGTGATCCAAATTGAACTTCTTTAAAAGTTTAGTTGGGTCCACTA
AAAATTATAATGGACTCAGNATCCGTCTATGATGATCATACCCAATCCCA
GTTCTTATGATTATGTTATTTATTTATTGTTGGTATATTATTTTTTTTCA
TAATATGTATATGCATTACATATATAATTTTACAAAATACAATCTCAGGT
GAATAAGTTTTGTTAATATTCTAAAATAAAATACTTTGATACCTTTAATA
CTCCGGGGAAAAAGTTATAGATGACATTCTATTATTTATTGTAGTCTAAT
ATAAACTTTGGAATCTTTTTGTACAATAATACAATTCTAAAACTTTTTTT
TGTTAAGAGTAATATAAAAAAGGATAAATTTATTTTGTCAAAGTGTTCTT
AACAATTTTCCAATATATTCACATAGAAATTAATACTTTAAAAACWTATT
CAATGTTTTTGTAATATTAGTTCTTTTTTTTTACTTTATTCTAATTTTAC
TTTTTTGCCGCATTCTCAAACCATTTTTGGAAAAAATAAGTGCACCAATT
AAATATTTTAACTAAAAAATATAATAAATAAATAAAAGCTTAGTTTTTAT
TATATAATTAATTCTGAAAAGAACATAGACTATCCTTTTCTTTAAAAGAA
ATTGTTATTTTCGACTATTCATATAAGCTTCTATTTGTTAAATATAATAT
TTTCTTATATTATATTGTATTTGAAATTAACCATAGGGGCCAAGATGCCA
TTGTCCCCCTCCACTTTTGCAGAATTTGTGTACCTATCGCAGAAAAAATT
AGTCATCTCTTAAAAGTTTAAAATATCAAAGTTTCAAAAATTATATTTTG
TCTATATGCCCTTTAAAAAAAGGTTATTTTTCCAAAATCTAATTCAGTCC
TAAAATTTTAGTTAGGAGATTTATGAAATAAGTTTTTTTATCAGACCTAA
AAAAAGTGATATATCAAATTTGGCATTTATACAAAAATACCCTGTCAAAA
TTATCAAAAATCCCTTGATACATCACTATTATACATTTGGGTTAACGATA
ACTTGAACGACAATTTTAATATTAAAAAAGCTAAATAAGTTAAAATAACG
TAAAGAATTAGAAATATAAAATTAAAATATAACTTACTAAATAGAGCATA
AAAGCACTTCAAATGGGATTTCTGAGGGTGTGCTAAATAAAAAAATGTAT
ACGCATAAACAGAGAAAACATATAAACAGAAAGCTACCAATAGTACGTGG
GCTCATGAATGACGGAGAGTAATTTTGAAGATTTGTTTAGGAGTTAAAAA
TGAAAGACCTTGTTGGACACCGAGCAGAATTGAGGATCCACACTCCTATT
TATATCCTTATTTAATTTCCTTTTCCTCACAAACATACCCATTCCTCGTC
AAACTTGATTGCAGCTGATCTAACTGAACGTCATTTGATTTATTTTTAAG
CATTCCAACAGGTCATATTTTAACCAACTCTAAGTAAATGCATTAATCAT
AGTTTTATTAAGGGAGCTGGTTAGATGGACTTTGAACGACTCCTCATTAA
TAGGCCAATAAATACGACAATTGAAAATTAATCACTATGTCTCTGAGGCA
GTAGTTATAGTGTTCGTCATTTGAACACTATTCCAAAATCAATGCAGTTG
AATTTGTATTGAAATATACTCTATACATTTTGAAGTTTTTGACATTTAAA
TAATTCATATCAGTTCGTTTGAAAAAAATATTGATGATATATTCATATAG
CATTGTCAATTCGTATATCATATATAGTTATTTCACAACCTCAATTTATT
TATTATTAATCATCATAATATATTGATACATACAATTGCAATTTCAGAGA
TAAAATATAGGAAATAATACGTAAGAGACAAAATATACTCATTTCCATAA
AAATAATTTATACTTATGCATATATACATTATTTTATTATATTCTGTTAA
AATTCATCCGACTAACACTGTACGTAGTAATTTATTCTACATAATATACA
AAGGATAATATTTTATATGTTAGATTATTTATTCCACATGTTTTAAGCAT
ACTTTCGTATACATACACCTTATAATAAACTGTCATTAAAAATAACTTAA
AAGAGCTTTTTAGAACAATTTGAATATAACGTACTACTGTTGAGAGAAAT
CCAAGGGTAATATTAGGATAGGGAAACAGTAATTTCAAATTTCCCGCCCC
TTTTTATTAACTAAGTATATCTAGTTCATTATTGCTCACATCGGATCATA
CTATGAAGAGTTGTAAAGATGTGAGTGTATATTACATACGCTTTTTGGAA
AGTATTGCGCTTGGGTGGTTCAAAAAGTTGCGTTATAACGACGTCTTCAT
TCTGAAATATTGTAGTAAATTACTTTACTATGTATAACCTTTTTATACCA
AATGAGCATAACTTCAGCCCTCTTCATGAAATGCTAGCACAAAAGAAACC
ATTTTATCTTTACATACAAATGTAGGTTTACTAAAAAAAATAAATATTTA
ATGACTCGCTGATTTTGTAAGTTTACCCACTGACAAAGAAAAAAATGGTC
TATAACTTAATCGTAGGTTTGTTTTATCATTGAGAGACGTTGTATGAACA
AATAAATATGTTTTTGATGTAGAAACATTCTGAGTATATCCCCAAGAACA
CCATCCACACCACCAAGTATGGGGGTATTTAAAGGGAAAGAACGACTTCC
CCACATTAAAGATGAGGTTCATGGCCCCCATGAACCAAGGAATTTTGGGC
AACAATCTCTTCCTTCCTTTCAGGGAAGAGCACTGAAAATAGTCAGTTTC
ATAGGTCTTTAGCCCCAAAACATACGGCCACCGTAGCAAAGAAATTGCTC
AAAGAAGAAACACATTAAGGTCATGGAGTGGCCAARCAAGTCTTCGGACC
TCAACCCTATAGAAATTTTTTATTAGTGGCCTTATTTTCTACAAATGCGT
ATTATTAAATAAATGATGTGATTACAGGAAGAGAAGCTTGCCTTAAAAAT
ACACTGAATCATCCATCACTCTTTGTAAGGATTGTGCCATCAAATATATA
TGTAAGGAAATTATTATAACTCAAGAACATTTAATTAGGTATATTTGTAC
GTACATACAAATATGGAATTCCTTAAGTAATTTTTGTACAATAAAGAATA
AGAAAAGTGGTTCCGTCTCAAAATTATAAGTAATGAAGTACATTGTTGAG
ATAGGTTTCCACATTTATCAATTAGACTCTAAAGTGGTTCTTGTATATAT
TTTTTTTTCTCGACATGTTGGTGTGACATTGGTGTATAAAAATTTAAATT
TTGTAAAAAATGAAAAAATATAACGTGTAAGCCATACTGATCAATGATTA
GAGGTTTTACATCACCTTTGAAGTTTTCTTATATGTATATTTTTTTTAAA
TAAAAATAGTCAATATATATTTATACAATAAAAAAATTTCTATGACTTTT
AATATTTTGAGATTGGTGGTTACGTTTTTTTTTTTAATTTCAACCTTCTA
AAGATCAAATGCTTACATTTGTTTTAAGTGATGAGTTCTTCAGTAATATA
ATTAGGAGTATTTACTTGATTTAAAAATCATAACTTCATTTATTGTTCAT
TTACTATAAAAGGGTATGTCGATTAAATCTTATTTCCATTTTTAGTACAT
AAATTAAGTTCAATTTTTATAAAATCATACAAATACTCCTAAAGTTTAAT
ATTTTTACCTGTTTAAAAGTTATAGAGCACAAACTTTAAAGTATTTAAGG
TCATAATTAGCTTTTTTCAAATTAAAATATATATATGAACTAAGTTTTTT
ATTTAATTATTATTGACTATTATACTTTCCTATTATTGCTTTGGATTAAG
ATATATCACAAAAATTCATCAAAAAGCAAATTATTACATCTTTCAGTCCT
CAAAGCTCAAAGTTGGATTGAGTCATGGATCAAATATTTCATTTCATTTC
AATATTTTCATTTCTTCATACTAACTATAATACCACAAATCAAATTAGAG
TAAAATCTGGTTCTATTTGAAAATTTCTCGGTGTCCTCATATATAAATGT
ATGTTTACACATTTAGTCTTGAGAATCAGGGGAGTCTCAAGACTCCCGTT
CCTTCCCTCCCCTCTTGCAAACTCTGTTTATGATTATTATAATATCTGTG
ATCCAAAATGCTAGCACACTAAAAAAACTTACCGTTTGATTCTTTATATG
TATTTAGAACCATTCGAAAGAAATTTTTATCAATGTTTCAAGTAATTAAA
AGCAGAATAACATCTCCGTTCACAACATAATTGTATTCAACAAGCCTTTA
TTTAAACTAAAAACCCACAATTTGTTTCTAAAGCACTCACAATCAGAAGT
ATTCCACGATTATTGTATATAAATAAATTATATTAAATTAGCTTAGATAA
AAAAGTTTTTCAAATAATTGATATAATCAATCATTTTGACGTTCCATGAA
TATCAAGAGTTAGGGATTACAATTGAAATTTTAGCATAAAGCCTTATCTA
GCTATTAATATTTGTAAGAATATATATGTTAGATATTAATATACTTACTA
AATAAATTTATATAAAATTGGACTTTCAATTAAATAACAAGTGTACCTAA
TTAGGAATGAGCATATCTAATGCAAATAACTTTGTTGCCATGGAGATAGA
ACATATTAGAAATATTATTTAACTATAAAAACTATCGGCATTTCTCAAAA
GGGACGTTTTTATAAATTAAAAAGAATTGTACTTCAGAATTCATGTTATA
TCATATTTCTTTTATTAAATAGGTCTTGGACTTAATGAAGGAAGTTTCAG
CAACTGAAAGAATTGAGGATGAAGTAGAAGAGAATTTAAGTGACATATCC
GGGGGTTACCACTCAGACTCCGAGTCCTGCGTCATGACATCAGGAAATTC
CCCTTTTATTTCGAAAGAAGCAAGATATAACTTCTTATCAAGATCCAGTA
AGTAATTCTTATTCTAATTAAAATAGCGTCAAAAGAGAATAATAATTGAA
TATTATAATCTCTCTATGGAGTATATCTTCCTACATCATCAAATTAAAAC
AGATTACATATGTATAGCCGTACTTTGATACAACCTTGTTAAACCATACA
AATGCTAATGAAATCTACCCTTCGTCTTGGGTGTTTCAGACACTTGATAC
GGAAATGACTGAATAATTATTCCATAAACGAAAACTACATGTTATCTTGT
TCATCATAACCTTTTATATACATACATATGTAATATGTCTTTTAGGGTGG
ATCGTTTTGAAGGAGTTTGATCAAAAAAAAATCAACTTTAAAAACAGCGT
ATGTAGAAAAGTTGTGTATTGTTATCCCAATCGAATATTTTTTCTTCATA
TAATTGATTTAATTTAAGATGATGAAATTCACTTTATCGTAAAGACAAGA
TTCCAACACTTGTGTTTTGGTAGATTTACTATTTATTAGGTATTGAAGAT
GAGAAATAATTAATTAATATGTTAGAAACACGGGAAATATTATTGTTTCG
ATCTGGATCCTTAAAGATTAAAATAACCCTATAATTAACAGAAAATACAA
AATTTGATTTGTGTGGACCAATAAATTTTGTCTATGATTATTAAACTTGA
ACCTCTCTATCCTGGTTTCAAATTTTTGATCCACAAAATATGTATAAATA
AAGTTTCTACTGTATTTGGGAACCTCCGAAATCGTCCTGAAATTCAAGAT
GAAATAGTCTTTTATACTATTACAAATTTCTCAATACTCCCATCATCCAT
TTCTAAAATTCTGATTTTTGAACCACTGGATGTTCAATCGAGTTATCACT
ATTTTTGAAATAGTATAACAGTGCGCATGTGGGTTACAAAATTATTTTTA
GTTACACTCTAAGTCTTTTCAAATCTTGACAGTGTAATTTTATAGATTTT
AGTATGAGGTTATGATAAATTATCTCAACTTTGTCAGGATATTGCCTACC
TACGATTTAAAGCTATACTTCTCAAAAAAAAATTGTTGTTTTTTATTATA
GAAGTTATCAAGATATCCATGAACTACTGATATATAAAAAAATCAATTTT
CGACAGAATGTTATGCAATTTTTTAAATTAGGTAAAATACGTCCTTTTGT
AATTATCTTCATATTTTTAATAAAAGAGACATTTGTTACCTTTTTTTTAA
ATAAAATCATACTGGGCTAAAGAATAAGTGTCAAATTAGATGACATATTA
AAATTATATTTTGTCTGTATCAAGGGACTTTCTGAAGCGTGTTGATGAAA
AAATCTTTCCAATTATTTTCAGTCGTAGAAACCCCTATTTCAGCTATTGG
GATTAAAAAATGATCAAAATTTCATTTGTGTTTTCTCATTCAGTAATAAA
TGATTTGATTATAATGATCAACCAAAAAACCTCAAGTTATTCTTTCATAA
TGAACGAAAATTTATTTAATTCGTATCTATGTATACTTATACAAAATGTA
CATATAAATATACTAAATTTTACTTTCCGAATGATATTTGTATATAATAT
AGTTATCATTCGCATAGTAGATTTACTATCAAATTAATTCAGAATGACCA
AATAATTAACCTTTTATAAAGTGGATCATTCGAATTTTGCAAAATACAAA
CTAACAGATTACTTTTTGAATGGTTTCATGCAATATTGATATCAATAAGG
GTCTGTTTTAGGGATGCATAGGGAGTACTTGCTTCAGGCCCCGTGATGTA
TATATACATATTGATTGAGGTCTATATAGTGAAAAGAAATTTCTATAAGG
ATTGGCCTCTTTAAAAAAAAATCCTACATAAATCTTATTTAATGAAATAT
GGTCACAATTTATTAAAATTGATTAATTGACTTTTTCAAAAATAAGCCAT
TTAAAAATGGCCACATTATTTATTTTCTAAACAAGTAAAATAATTTTTAC
TTATAATCAAAATGTAAGGGGAAAAAAGGCCTGTACAATAAATCTTTATC
TTGCTCTCATTAAAACTTGTCTTAATATCAATTTATTAAATGGTTTAATT
GGTATTAAAAAATAACTAGGATAACCTTAAGTACATAGGGAATTGTGATT
TTTGTTTTTTACTTCGACCTAAGACCCATTATTTTTTAATATAATAATCG
GTGCCACCTTTAAAGATGAATCATTAATGGTTTTTGTTTTTGCTCTTACA
TTTGACGAGTAGCATCATATGAATATAATATAATGACAATGAGTCCGCAA
GTTTGGGAGGAAACCCCTCTTATATGTAACATCTCAACAACCCTAAATAT
GTCTTGCCTTCTTGTTAAATCTTTAAAGAAGATTATATGTCAATCCTGAA
AACTAAAAAAATCATTATAGTTTTCCTTATTATGTATAAAATGACAAGTC
ACATTCTAGTGACGAAAATAAACACAATTAGGTTATTATATATTCATTAA
TTGTATATATACAAAGATATATAATTTTGAATGTTAACCTTCTTCCAAAT
CATGAGGTTACGAGTAGTTATCATTTGTTCCTGTTGATACTTTCCGTAAA
AAGAATATGCTGTAAATAGTAGTAATGGAATAATGCTATAATTCTCGCTT
CAGACTTTTCCTTGCACTCTACGAAAATCCCATCCTTATATAAGTCATTT
ATCTACCGTAGTGCCTAAGTTTAATTAACTATTTTTTTACGTCTATTTAC
AATTACACAGTTTCGTAGTTAATATATTTTCTAACAAATTTAACCTATCT
TCTACTTTTAAATAATTAATCAAGACAATTTCATAAGTTAAAAGTACTAA
GTTGTAGATAGATTTATTTCCTAATTAGTCTAAAAATAAAAGTCCATGTT
ACATTTTGACATATTTGTTTTGTATCAGGGCTTTATCTTACTAACACAAA
AATAAGTTGTGTTTTATGTTATTACCTGTGGATTTTTTTGCTCAGTTTCT
TATAATTAGTCTTCTGAAAGTTAAATTAGAATAAGTTGTAATAAATTCCC
AACAATTATTATATAATTATTCCTTAGTTGGGAAGAATTGTCTAACTACC
AACCTTTTTGGGCCTTTTCCCTCCCCTTCTAAGAGGATATTTTGCGTGAT
TCAGTGAAGGTAAAGACGTGATACGTGTTCAAATATATTCGTATAAATCA
CATCAATAATTATTTAAACTTGGAATTATATATAAGTACACAAAAATATA
CATCCAAGGGTATATATCGTTAATTATGTTTCACTTTTCACCATTTCTTT
AATAAATATATATTTTTCCTTGTTGTATTAAGATGTTAAAAAAAAAATGA
AAAAGAGGCCAAGGGTTTAATTGAGTTCTCACGTATTTTCAAAAAAATAT
ATTTTGATACATGATATTTATGTAGAAGAGGCTTTTTCAAAAGGTACACA
AATATTTATGTTCTAAATTTACTTAGTACATGATATTATTTGTTAATTGT
TCCGTAAGTACAATTTCTTAAGTACATACATTAATATAGAAAATAGGTAC
ATGACTCTCTTTAGATATAAAGTTTTGTTTTATAAGTAACATATTATCTA
AAGATATTCAAAGGAGTAATGGTGTCAAAGGGCTCTGTAATCAGTACGTA
GAGACTACATTCATATTTTCTTACATAATTATTACAATGATCTAGCATTC
GTGACTATGAAATTTTTTGTTTGTTCTTTTACACTTCATTACAACATATC
AATATATATTTACATAGAATCTACATATGTCTTGAGTTGTATAGTCTCAA
GTAATGCTGATGACAGAATCTCTAAATATCTATATTTTCAGTTCGACTAG
GAAGCAAACACAACTTCCGGTCCTCCATAATTGCATCAAGTATCTGTCAG
GATAACTTGAGTATTCGAAGTTCCAGTATAGGGAGTGTTAAACACCCACT
ATCTACGCTGTCCAAAATTATTCCTCGTATAAATAAAAAGGTGCTTGATA
AAGAAGACGAGTATGAAGAGGAAGAAGAAGAAGAGGAGGAGGAAGGATCA
ACAAATCGACATCTTGTAATTCATTCCTCTTCTGGGATAAGTTCTGGATC
CTCAGATGGAGGTAACGAGGAGGAGGGAATACCTGAGGATTTGTCCATCG
CTGGGGATGAGTCCACCATATGCTCTCCTTCAATCTGCTCAAGTGATACA
CTTAAGACTACAATATCCTCAAATCGCTCAACTCAGAGGGCATCAAGGCA
TTTGAAACCTCGTGGGAAACCAGGTAATATTTTTTAAGTATATATACATC
TATAGATTGACCGTTCAATACAAAAACACTCTAAAATGTTTTTTGTTTTT
TTACAAAAGGAGTCTGTATTACATTTATAAGTATTCTTCAACGAATTTTC
GACTTTTTCTATGAACCAATTATTTTAATTAATTTTTGGGACGCGATGCA
GTGTACTTTTTTTTGGAAAAATTATTGTTACAATAGAAGCATTGATATTT
TTTTAAAGATCCTATTTGGGTAGAATTAAGTCTTATAAATCAAATGAAGA
GTAATAAGTGAACTTTGAAAAATAATCTCTCGAATTTTACGGTTTTACGT
ACTAAAAAAAGGACACGTACAACGCGGATTTCATATGCCACGGATTTTTC
TTTTTGCTAAAAACTGGGATAAGCGGGGACCACATGTACATGTTGTAAAA
AAAATAATTGATTTACATTTTTATGTTCAAGATTGTTTTAGTGTTAGCCC
ACCACATATATAATATATTTGAGCAATTTTTATGCATTCTCATTATTTAT
GTTATCCTCAGTTCTTCCATCAACAACGAGTATGAAAAATCTACATGGGG
ATCACTTGTATCATGGAGTGGTGGAGCACGACATAAGTGCTATACGCAAA
GATGCAGAAATTACCTCACTCAAATCCCAAATATCCAAGTTAAAGTCAGA
AATTTCCTTTGCACAAAATCAAATGTTTGAATTACAAGATAATGAAAAAC
GTCTTAAAGAAACTTTGAGAGATGAACGAGAAAAGAGTCTCACCTATGAA
AAGGTCATTACTAAGAATGCCACTAGCAATAACTTTGCAGAGAGAGGAAA
TTTTGAGACAGATAAACGGAAAGCAAGGACGGAACTTGTTCGCAAATACG
GGGATTTGTACTCTACACTGCGATTGGAAACCCTGGATGAACTGGATCGG
TTGCCTCMGCTTGTAAATTCCGATGAATTAAAGAACAAATTATTGTTTTC
TGTCGTCGTGGTAGGTTAATCTATTTTTATGGTTCAAAATCCTATGTATT
TTTTAGTGCCTGAGTTTTGCTGCTGTTGTTGGTAACCTAACTGGTATTTC
TTCTTTTTTTTCTAAAGTTTTTTTCATTATTATTTCATTCGTGAGGAGGC
AAAATCTAAGTATAATTAAATGTAATCACAAGTGTGTGTGTTAATAAATG
ACGAAAAATAACACTGATGATTAGTTAGGGAGTTATAAGAGTAAGTTCTA
CTTGGACTTAGAAAATAATTGAGAATCGAGAACTTGCCTATGAATTTGCT
TCATACGGAGTGAAACTTATATTTATGTGCATCTTCTCAGAGCTGATTTA
ATCAAACGTTATGACAGCTAAGCTCTCAAACATCCTTCAAATTAACTAAT
TTAAATTTTGGGGTTTTTTGCATACCAAAAATGCTTACCATTTACAACAT
TAAAATTAAAATAGAAAAATAAGGTGTTAACATTTTTAAATTTACCTTTT
ATTAGCTTTCCTTCCGTTCCATAACAACGGCAGTTCAAAGCAAAAGAGAT
TCACTAAGACGAATTCTCCAACTTCCTCCTACATGCTTGAGTATCGGCAA
AAAGGACGATGATCTTGAAATGATGGACTTGGCTAGAAAAGATATTGAAG
AAGCACTTTCTCTCTATCTAAGAAGAGCGGTTGATAACTTTGATCTGACC
AAGAATGTTGAGGTATAACATACTTTTCTGATTTATTCAAAATATAATAG
AGGTTGAGTGATAATATAAAATTAATATGTTCCATATAAAATCGTTATGA
ATAATTTTATAACAAATATGAAACAATAAGTCATTTACTTAATTAATGTG
TGATTTTCAGGAGGTTTGTGACCAAATATGGGCAACTCTGTATGACTATC
CATGTTTGAAATCATGCGGTGCCATAATTAAATACGTCAAAGAATGTGTA
AAAACTGCATGCCCTGATCAGTTAGTCCATTCTATAACAAATTTGTTTGT
CGTCGGAATTTGGTTGTTTATTGAATAACTAACAGAAACATCTACGGTAG
GATGCGATAGCAGTATGAAAAAAGACATATGGACCTTGACTGTCATGTCC
GTTATCATTCGTCTGACCATGAATCCAATCAGATTAAAACTTATCTATGG
CCTGCATTATTTGAAGGAAAAAATGGGCCTTGTGTACAAAAGGGTGTCGT
TATTACGTAGAAAATGTTCCTATTAATGAAATATTATGGTGTATTATATA
GTTAAAAACTCAATTAAACTTTTAA

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