EMLSAG00000001466, EMLSAG00000001466-684232 (gene) Lepeophtheirus salmonis

Overview
NameEMLSAG00000001466
Unique NameEMLSAG00000001466-684232
Typegene
OrganismLepeophtheirus salmonis (salmon louse)
Associated RNAi Experiments

Nothing found

Homology
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BLAST of EMLSAG00000001466 vs. C. finmarchicus
Match: gi|592841025|gb|GAXK01116519.1| (TSA: Calanus finmarchicus comp295887_c1_seq6 transcribed RNA sequence)

HSP 1 Score: 145.591 bits (366), Expect = 7.727e-38
Identity = 97/261 (37.16%), Postives = 146/261 (55.94%), Query Frame = 0 
Query:   47 LERHPSQANMWSTTVPQSLVNQKLGSRHAPTRSSLRHSRMLVLSRSSGGAVPRKYLPPVVEQSALGTTLVSIQFIIGIIITALAGYSLIWSPHLVAQ-DVPHYSGLTFLLSGWLGLMLVTCCRHHYPGTRQVGCVFPVKFHHXXXXXXXXXVSLMFGIFASIFHSLHFYSLLLKPICREFPLPVSAPEWFSKLIDLAHEHPVSCRCEGTNTFGSHLE--YPGLPCDDVLTVYTGILGASGILNIIASVAATWFIVLLIKNR 304
            L+R PSQA M  TTVPQSLV++ + +RH PTRSSLRHSRMLV+ +   G VPRKYLP VV +   G  L   Q  +G ++  LA + L       ++ D P YSG+  LLSGW G++LV CCR++YPG++   CVFP+K   I++++ IS++S +  + +SI H LH  +                    S+        P+SC C   +      E  YPG  C  + T    +L +  I+N+++ +++  ++VLL  ++
Sbjct:  646 LQRAPSQATMHFTTVPQSLVSRSISTRHHPTRSSLRHSRMLVMIKD--GKVPRKYLPGVVSRMQYGIFLCLAQVFLGSLLVGLAIWKLSIQQDFYSRGDWPLYSGILVLLSGWSGMVLVCCCRYYYPGSKHHTCVFPIKTSSILLSLFISLISSLLTLISSISHLLHLITF--------------HSSHCSQPPPPPGWPPLSCLCLSESRLWEQGELVYPGSSCAQINTFLHPLLLSLTIINLLSMISSLSYMVLLSSSK 1380
[Close]
BLAST of EMLSAG00000001466 vs. C. finmarchicus
Match: gi|592841026|gb|GAXK01116518.1| (TSA: Calanus finmarchicus comp295887_c1_seq5 transcribed RNA sequence)

HSP 1 Score: 145.591 bits (366), Expect = 9.042e-38
Identity = 97/261 (37.16%), Postives = 146/261 (55.94%), Query Frame = 0 
Query:   47 LERHPSQANMWSTTVPQSLVNQKLGSRHAPTRSSLRHSRMLVLSRSSGGAVPRKYLPPVVEQSALGTTLVSIQFIIGIIITALAGYSLIWSPHLVAQ-DVPHYSGLTFLLSGWLGLMLVTCCRHHYPGTRQVGCVFPVKFHHXXXXXXXXXVSLMFGIFASIFHSLHFYSLLLKPICREFPLPVSAPEWFSKLIDLAHEHPVSCRCEGTNTFGSHLE--YPGLPCDDVLTVYTGILGASGILNIIASVAATWFIVLLIKNR 304
            L+R PSQA M  TTVPQSLV++ + +RH PTRSSLRHSRMLV+ +   G VPRKYLP VV +   G  L   Q  +G ++  LA + L       ++ D P YSG+  LLSGW G++LV CCR++YPG++   CVFP+K   I++++ IS++S +  + +SI H LH  +                    S+        P+SC C   +      E  YPG  C  + T    +L +  I+N+++ +++  ++VLL  ++
Sbjct:  646 LQRAPSQATMHFTTVPQSLVSRSISTRHHPTRSSLRHSRMLVMIKD--GKVPRKYLPGVVSRMQYGIFLCLAQVFLGSLLVGLAIWKLSIQQDFYSRGDWPLYSGILVLLSGWSGMVLVCCCRYYYPGSKHHTCVFPIKTSSILLSLFISLISSLLTLISSISHLLHLITF--------------HSSHCSQPPPPPGWPPLSCLCLSESRLWEQGELVYPGSSCAQINTFLHPLLLSLTIINLLSMISSLSYMVLLSSSK 1380
[Close]
BLAST of EMLSAG00000001466 vs. C. finmarchicus
Match: gi|592841027|gb|GAXK01116517.1| (TSA: Calanus finmarchicus comp295887_c1_seq4 transcribed RNA sequence)

HSP 1 Score: 145.591 bits (366), Expect = 9.455e-38
Identity = 97/261 (37.16%), Postives = 146/261 (55.94%), Query Frame = 0 
Query:   47 LERHPSQANMWSTTVPQSLVNQKLGSRHAPTRSSLRHSRMLVLSRSSGGAVPRKYLPPVVEQSALGTTLVSIQFIIGIIITALAGYSLIWSPHLVAQ-DVPHYSGLTFLLSGWLGLMLVTCCRHHYPGTRQVGCVFPVKFHHXXXXXXXXXVSLMFGIFASIFHSLHFYSLLLKPICREFPLPVSAPEWFSKLIDLAHEHPVSCRCEGTNTFGSHLE--YPGLPCDDVLTVYTGILGASGILNIIASVAATWFIVLLIKNR 304
            L+R PSQA M  TTVPQSLV++ + +RH PTRSSLRHSRMLV+ +   G VPRKYLP VV +   G  L   Q  +G ++  LA + L       ++ D P YSG+  LLSGW G++LV CCR++YPG++   CVFP+K   I++++ IS++S +  + +SI H LH  +                    S+        P+SC C   +      E  YPG  C  + T    +L +  I+N+++ +++  ++VLL  ++
Sbjct:  646 LQRAPSQATMHFTTVPQSLVSRSISTRHHPTRSSLRHSRMLVMIKD--GKVPRKYLPGVVSRMQYGIFLCLAQVFLGSLLVGLAIWKLSIQQDFYSRGDWPLYSGILVLLSGWSGMVLVCCCRYYYPGSKHHTCVFPIKTSSILLSLFISLISSLLTLISSISHLLHLITF--------------HSSHCSQPPPPPGWPPLSCLCLSESRLWEQGELVYPGSSCAQINTFLHPLLLSLTIINLLSMISSLSYMVLLSSSK 1380
[Close]
BLAST of EMLSAG00000001466 vs. C. finmarchicus
Match: gi|592841028|gb|GAXK01116516.1| (TSA: Calanus finmarchicus comp295887_c1_seq3 transcribed RNA sequence)

HSP 1 Score: 145.591 bits (366), Expect = 1.149e-37
Identity = 97/261 (37.16%), Postives = 146/261 (55.94%), Query Frame = 0 
Query:   47 LERHPSQANMWSTTVPQSLVNQKLGSRHAPTRSSLRHSRMLVLSRSSGGAVPRKYLPPVVEQSALGTTLVSIQFIIGIIITALAGYSLIWSPHLVAQ-DVPHYSGLTFLLSGWLGLMLVTCCRHHYPGTRQVGCVFPVKFHHXXXXXXXXXVSLMFGIFASIFHSLHFYSLLLKPICREFPLPVSAPEWFSKLIDLAHEHPVSCRCEGTNTFGSHLE--YPGLPCDDVLTVYTGILGASGILNIIASVAATWFIVLLIKNR 304
            L+R PSQA M  TTVPQSLV++ + +RH PTRSSLRHSRMLV+ +   G VPRKYLP VV +   G  L   Q  +G ++  LA + L       ++ D P YSG+  LLSGW G++LV CCR++YPG++   CVFP+K   I++++ IS++S +  + +SI H LH  +                    S+        P+SC C   +      E  YPG  C  + T    +L +  I+N+++ +++  ++VLL  ++
Sbjct:  646 LQRAPSQATMHFTTVPQSLVSRSISTRHHPTRSSLRHSRMLVMIKD--GKVPRKYLPGVVSRMQYGIFLCLAQVFLGSLLVGLAIWKLSIQQDFYSRGDWPLYSGILVLLSGWSGMVLVCCCRYYYPGSKHHTCVFPIKTSSILLSLFISLISSLLTLISSISHLLHLITF--------------HSSHCSQPPPPPGWPPLSCLCLSESRLWEQGELVYPGSSCAQINTFLHPLLLSLTIINLLSMISSLSYMVLLSSSK 1380
[Close]
BLAST of EMLSAG00000001466 vs. C. finmarchicus
Match: gi|592841029|gb|GAXK01116515.1| (TSA: Calanus finmarchicus comp295887_c1_seq2 transcribed RNA sequence)

HSP 1 Score: 145.591 bits (366), Expect = 1.190e-37
Identity = 97/261 (37.16%), Postives = 146/261 (55.94%), Query Frame = 0 
Query:   47 LERHPSQANMWSTTVPQSLVNQKLGSRHAPTRSSLRHSRMLVLSRSSGGAVPRKYLPPVVEQSALGTTLVSIQFIIGIIITALAGYSLIWSPHLVAQ-DVPHYSGLTFLLSGWLGLMLVTCCRHHYPGTRQVGCVFPVKFHHXXXXXXXXXVSLMFGIFASIFHSLHFYSLLLKPICREFPLPVSAPEWFSKLIDLAHEHPVSCRCEGTNTFGSHLE--YPGLPCDDVLTVYTGILGASGILNIIASVAATWFIVLLIKNR 304
            L+R PSQA M  TTVPQSLV++ + +RH PTRSSLRHSRMLV+ +   G VPRKYLP VV +   G  L   Q  +G ++  LA + L       ++ D P YSG+  LLSGW G++LV CCR++YPG++   CVFP+K   I++++ IS++S +  + +SI H LH  +                    S+        P+SC C   +      E  YPG  C  + T    +L +  I+N+++ +++  ++VLL  ++
Sbjct:  646 LQRAPSQATMHFTTVPQSLVSRSISTRHHPTRSSLRHSRMLVMIKD--GKVPRKYLPGVVSRMQYGIFLCLAQVFLGSLLVGLAIWKLSIQQDFYSRGDWPLYSGILVLLSGWSGMVLVCCCRYYYPGSKHHTCVFPIKTSSILLSLFISLISSLLTLISSISHLLHLITF--------------HSSHCSQPPPPPGWPPLSCLCLSESRLWEQGELVYPGSSCAQINTFLHPLLLSLTIINLLSMISSLSYMVLLSSSK 1380
[Close]
BLAST of EMLSAG00000001466 vs. C. finmarchicus
Match: gi|592841030|gb|GAXK01116514.1| (TSA: Calanus finmarchicus comp295887_c1_seq1 transcribed RNA sequence)

HSP 1 Score: 145.591 bits (366), Expect = 1.414e-37
Identity = 97/261 (37.16%), Postives = 146/261 (55.94%), Query Frame = 0 
Query:   47 LERHPSQANMWSTTVPQSLVNQKLGSRHAPTRSSLRHSRMLVLSRSSGGAVPRKYLPPVVEQSALGTTLVSIQFIIGIIITALAGYSLIWSPHLVAQ-DVPHYSGLTFLLSGWLGLMLVTCCRHHYPGTRQVGCVFPVKFHHXXXXXXXXXVSLMFGIFASIFHSLHFYSLLLKPICREFPLPVSAPEWFSKLIDLAHEHPVSCRCEGTNTFGSHLE--YPGLPCDDVLTVYTGILGASGILNIIASVAATWFIVLLIKNR 304
            L+R PSQA M  TTVPQSLV++ + +RH PTRSSLRHSRMLV+ +   G VPRKYLP VV +   G  L   Q  +G ++  LA + L       ++ D P YSG+  LLSGW G++LV CCR++YPG++   CVFP+K   I++++ IS++S +  + +SI H LH  +                    S+        P+SC C   +      E  YPG  C  + T    +L +  I+N+++ +++  ++VLL  ++
Sbjct:  646 LQRAPSQATMHFTTVPQSLVSRSISTRHHPTRSSLRHSRMLVMIKD--GKVPRKYLPGVVSRMQYGIFLCLAQVFLGSLLVGLAIWKLSIQQDFYSRGDWPLYSGILVLLSGWSGMVLVCCCRYYYPGSKHHTCVFPIKTSSILLSLFISLISSLLTLISSISHLLHLITF--------------HSSHCSQPPPPPGWPPLSCLCLSESRLWEQGELVYPGSSCAQINTFLHPLLLSLTIINLLSMISSLSYMVLLSSSK 1380
[Close]
BLAST of EMLSAG00000001466 vs. C. finmarchicus
Match: gi|592881841|gb|GAXK01076332.1| (TSA: Calanus finmarchicus comp625617_c0_seq2 transcribed RNA sequence)

HSP 1 Score: 67.781 bits (164), Expect = 4.838e-12
Identity = 45/121 (37.19%), Postives = 64/121 (52.89%), Query Frame = 0 
Query:   47 LERHPSQANMWSTTVPQSLVNQKLGSRHAPTRSSLRHSRMLVLSRSSGGAVPRKYLPPVVEQSALGTTLVSIQFIIGIIITALAGYSLIWSPHLVAQDVPHYSG-------LTFLLSGWLG 160
            L R PSQA M  TTVPQ++V  +LGSRH PT++SLRHSRM+V+ + S        + P +E + L   L   Q ++  +++  A   L+     +A   P  +G        T LL GW G
Sbjct:  460 LRRAPSQAKMHYTTVPQAIVPSQLGSRHQPTKTSLRHSRMIVIKKKSE-------VWPSMESALLVLCLGVAQLVLATVLSLAAIVHLVIVTQPIAMAWPLCNGPLGIFASFTVLLYGWAG 801
[Close]
BLAST of EMLSAG00000001466 vs. C. finmarchicus
Match: gi|592881842|gb|GAXK01076331.1| (TSA: Calanus finmarchicus comp625617_c0_seq1 transcribed RNA sequence)

HSP 1 Score: 68.1662 bits (165), Expect = 5.491e-12
Identity = 49/145 (33.79%), Postives = 71/145 (48.97%), Query Frame = 0 
Query:   23 RTRNASIGSSQGDLKRSSAASYHRLERHPSQANMWSTTVPQSLVNQKLGSRHAPTRSSLRHSRMLVLSRSSGGAVPRKYLPPVVEQSALGTTLVSIQFIIGIIITALAGYSLIWSPHLVAQDVPHYSG-------LTFLLSGWLG 160
            +T NA   +     K     +   L R PSQA M  TTVPQ++V  +LGSRH PT++SLRHSRM+V+ + S        + P +E + L   L   Q ++  +++  A   L+     +A   P  +G        T LL GW G
Sbjct:  460 KTENARTHTLPLPPKHKRKGNLPPLRRAPSQAKMHYTTVPQAIVPSQLGSRHQPTKTSLRHSRMIVIKKKSE-------VWPSMESALLVLCLGVAQLVLATVLSLAAIVHLVIVTQPIAMAWPLCNGPLGIFASFTVLLYGWAG 873
[Close]
BLAST of EMLSAG00000001466 vs. C. finmarchicus
Match: gi|592764212|gb|GAXK01190356.1| (TSA: Calanus finmarchicus comp6210174_c0_seq1 transcribed RNA sequence)

HSP 1 Score: 31.9574 bits (71), Expect = 7.550e-1
Identity = 22/69 (31.88%), Postives = 35/69 (50.72%), Query Frame = 0 
Query:    2 RVKMNGQYSQSCSTLPRASSKRTRNASIGSSQGDLKRSSAASYHRLERHPSQANMWSTTVPQSLVNQKL 70
            RV  NGQ  Q C T    + +R    ++ S++G+ K +     H  E H +   +    +P+SLVNQ+L
Sbjct:   46 RVPDNGQEGQVCLTKELLNGQRGCRVTLSSTRGERKNN-----HVFEVHEA---ILF*DIPESLVNQEL 228
[Close]
BLAST of EMLSAG00000001466 vs. L. salmonis peptides
Match: EMLSAP00000001466 (pep:novel supercontig:LSalAtl2s:LSalAtl2s1249:55571:91050:1 gene:EMLSAG00000001466 transcript:EMLSAT00000001466 description:"maker-LSalAtl2s1249-augustus-gene-0.14")

HSP 1 Score: 672.929 bits (1735), Expect = 0.000e+0
Identity = 329/329 (100.00%), Postives = 329/329 (100.00%), Query Frame = 0 
Query:    1 MRVKMNGQYSQSCSTLPRASSKRTRNASIGSSQGDLKRSSAASYHRLERHPSQANMWSTTVPQSLVNQKLGSRHAPTRSSLRHSRMLVLSRSSGGAVPRKYLPPVVEQSALGTTLVSIQFIIGIIITALAGYSLIWSPHLVAQDVPHYSGLTFLLSGWLGLMLVTCCRHHYPGTRQVGCVFPVKFHHIIITIIISIVSLMFGIFASIFHSLHFYSLLLKPICREFPLPVSAPEWFSKLIDLAHEHPVSCRCEGTNTFGSHLEYPGLPCDDVLTVYTGILGASGILNIIASVAATWFIVLLIKNRRPSQLLSSSSSTTNDRRNYYYYYDR 329
            MRVKMNGQYSQSCSTLPRASSKRTRNASIGSSQGDLKRSSAASYHRLERHPSQANMWSTTVPQSLVNQKLGSRHAPTRSSLRHSRMLVLSRSSGGAVPRKYLPPVVEQSALGTTLVSIQFIIGIIITALAGYSLIWSPHLVAQDVPHYSGLTFLLSGWLGLMLVTCCRHHYPGTRQVGCVFPVKFHHIIITIIISIVSLMFGIFASIFHSLHFYSLLLKPICREFPLPVSAPEWFSKLIDLAHEHPVSCRCEGTNTFGSHLEYPGLPCDDVLTVYTGILGASGILNIIASVAATWFIVLLIKNRRPSQLLSSSSSTTNDRRNYYYYYDR
Sbjct:    1 MRVKMNGQYSQSCSTLPRASSKRTRNASIGSSQGDLKRSSAASYHRLERHPSQANMWSTTVPQSLVNQKLGSRHAPTRSSLRHSRMLVLSRSSGGAVPRKYLPPVVEQSALGTTLVSIQFIIGIIITALAGYSLIWSPHLVAQDVPHYSGLTFLLSGWLGLMLVTCCRHHYPGTRQVGCVFPVKFHHIIITIIISIVSLMFGIFASIFHSLHFYSLLLKPICREFPLPVSAPEWFSKLIDLAHEHPVSCRCEGTNTFGSHLEYPGLPCDDVLTVYTGILGASGILNIIASVAATWFIVLLIKNRRPSQLLSSSSSTTNDRRNYYYYYDR 329
[Close]
BLAST of EMLSAG00000001466 vs. L. salmonis peptides
Match: EMLSAP00000012580 (pep:novel supercontig:LSalAtl2s:LSalAtl2s938:60131:113186:1 gene:EMLSAG00000012580 transcript:EMLSAT00000012580 description:"maker-LSalAtl2s938-augustus-gene-0.9")

HSP 1 Score: 304.294 bits (778), Expect = 3.601e-101
Identity = 179/347 (51.59%), Postives = 216/347 (62.25%), Query Frame = 0 
Query:    1 MRVKMNGQYSQSCSTLPRASSKR-TRNASIGSS------QGDLKRSS---AASYHRLERHPSQANMWSTTVPQSLVNQKLGSRHAPTRSSLRHSRMLV-------------------------LSRSSGGAVPRKYLPPVVEQSALGTTLVSIQFIIGIIITALAGYSLIWSPHLVAQDVPHYSGLTFLLSGWLGLMLVTCCRHHYPGTRQVGCVFPVKFHHIIITIIISIVSLMFGIFASIFHSLHFYSLLLKPICREFPLPVSAPEWFSKLIDLAHE-HPVSCRCEGTNTFGSHLEYPGLPCDDVLTVYTGILGASGILNIIASVAATWFIVLLI--KNRRPSQL 309
            MRVKMNGQYSQSCSTLPRA+ KR  +N    +S      QGDLKR S    ASYHRLER PS ANMWSTTVPQSLVNQKLGSRHAPTR+SLRHSRML+                         +S      +PRKYLPPV+EQ ALGT+LV IQF+IG+++T LAGY LIWSP L+ QD+PHYSGL+                                    II +IIS++S++FG  A IFH L  Y LL +P C EFPLP++APEW  K+IDLA +  P++CRC     FGS LEY GL C++V  +   ILG SGILN+ A +AA WF++LL+  K + PS L
Sbjct:    1 MRVKMNGQYSQSCSTLPRANGKRGAKNGGHNNSTTTTTTQGDLKRXSMAGGASYHRLERQPSXANMWSTTVPQSLVNQKLGSRHAPTRNSLRHSRMLITLSITVLYKIGFWSFHQNLLVEEQEISLDDVETLPRKYLPPVLEQMALGTSLVVIQFLIGLVLTGLAGYILIWSPTLLIQDIPHYSGLS------------------------------------IINVIISVLSILFGFLAFIFHFLXLYFLLRRPPCTEFPLPLAAPEWLDKVIDLAQDRRPMTCRCNEA-FFGSKLEYSGLTCEEVHAILPSILGCSGILNLGACLAALWFVILLVQSKGKPPSAL 310
[Close]
BLAST of EMLSAG00000001466 vs. Select Arthropod Genomes
Match: XP_006568711.1 (PREDICTED: uncharacterized protein LOC100578300 isoform X3 [Apis mellifera])

HSP 1 Score: 140.584 bits (353), Expect = 4.615e-38
Identity = 88/270 (32.59%), Postives = 141/270 (52.22%), Query Frame = 0 
Query:   46 RLERHPSQANMWSTTVPQSLVNQKLGSRHAPTRSSLRHSRMLVLSRSSGGAVPRKYLPPVVEQSALGTTLVSIQFIIGIIITALAGYSLIWSPHLVAQDVPHYSGLTFLLSGWLGLMLVTCCRHHYPGTRQVGCVFPVKFHHIIITIIISIVSLMFGIFASIFHSLHFYSLLLKPICREFPLPVSAPEWFSKLIDLAHEHPVSCRCE----GTNTFGSHLEYPGLPCDDVLTVYTGILGASGILNIIASVAATWFIVL--LIKNRRPSQL 309
             L R PS AN  STTVP +L   ++  RH PTR+SLRHSRM+VL RS  G  P+K+LPP+V    LG  L ++Q I+G+ IT L+ + L+W+PHL   D P++SG+  LLSG  G+ L+ C +  YPG     C+   K   + + I+ ++   +  +F++I H      L   P               +++++       +C C+     +N+  + + Y  L C +V ++ T +L  S   N + +V   W+  L    +N+RP  +
Sbjct:   75 ELGRAPSMANCLSTTVPVNLAASQIAGRHTPTRNSLRHSRMIVLHRS--GHRPQKFLPPLVYHWRLGRCLAALQTILGVAITVLSLWLLLWAPHLPITDNPYWSGMPLLLSGSFGICLLCCFKKEYPGMSPGFCLTSTKVTSVFLAILATVTCSIACVFSAI-HLARLMGLECNP---------------ARVLN------ATCVCKPRETASNSTETAVRYIDLNCPEVESILTILLIFSSTCNALGAVVTGWYTYLHWSTRNKRPKYM 320
[Close]
BLAST of EMLSAG00000001466 vs. Select Arthropod Genomes
Match: XP_006568710.1 (PREDICTED: uncharacterized protein LOC100578300 isoform X3 [Apis mellifera])

HSP 1 Score: 140.584 bits (353), Expect = 4.615e-38
Identity = 88/270 (32.59%), Postives = 141/270 (52.22%), Query Frame = 0 
Query:   46 RLERHPSQANMWSTTVPQSLVNQKLGSRHAPTRSSLRHSRMLVLSRSSGGAVPRKYLPPVVEQSALGTTLVSIQFIIGIIITALAGYSLIWSPHLVAQDVPHYSGLTFLLSGWLGLMLVTCCRHHYPGTRQVGCVFPVKFHHIIITIIISIVSLMFGIFASIFHSLHFYSLLLKPICREFPLPVSAPEWFSKLIDLAHEHPVSCRCE----GTNTFGSHLEYPGLPCDDVLTVYTGILGASGILNIIASVAATWFIVL--LIKNRRPSQL 309
             L R PS AN  STTVP +L   ++  RH PTR+SLRHSRM+VL RS  G  P+K+LPP+V    LG  L ++Q I+G+ IT L+ + L+W+PHL   D P++SG+  LLSG  G+ L+ C +  YPG     C+   K   + + I+ ++   +  +F++I H      L   P               +++++       +C C+     +N+  + + Y  L C +V ++ T +L  S   N + +V   W+  L    +N+RP  +
Sbjct:   75 ELGRAPSMANCLSTTVPVNLAASQIAGRHTPTRNSLRHSRMIVLHRS--GHRPQKFLPPLVYHWRLGRCLAALQTILGVAITVLSLWLLLWAPHLPITDNPYWSGMPLLLSGSFGICLLCCFKKEYPGMSPGFCLTSTKVTSVFLAILATVTCSIACVFSAI-HLARLMGLECNP---------------ARVLN------ATCVCKPRETASNSTETAVRYIDLNCPEVESILTILLIFSSTCNALGAVVTGWYTYLHWSTRNKRPKYM 320
[Close]
BLAST of EMLSAG00000001466 vs. Select Arthropod Genomes
Match: XP_006568709.1 (PREDICTED: uncharacterized protein LOC100578300 isoform X2 [Apis mellifera])

HSP 1 Score: 140.969 bits (354), Expect = 8.795e-38
Identity = 88/271 (32.47%), Postives = 141/271 (52.03%), Query Frame = 0 
Query:   45 HRLERHPSQANMWSTTVPQSLVNQKLGSRHAPTRSSLRHSRMLVLSRSSGGAVPRKYLPPVVEQSALGTTLVSIQFIIGIIITALAGYSLIWSPHLVAQDVPHYSGLTFLLSGWLGLMLVTCCRHHYPGTRQVGCVFPVKFHHIIITIIISIVSLMFGIFASIFHSLHFYSLLLKPICREFPLPVSAPEWFSKLIDLAHEHPVSCRCE----GTNTFGSHLEYPGLPCDDVLTVYTGILGASGILNIIASVAATWFIVL--LIKNRRPSQL 309
              L R PS AN  STTVP +L   ++  RH PTR+SLRHSRM+VL RS  G  P+K+LPP+V    LG  L ++Q I+G+ IT L+ + L+W+PHL   D P++SG+  LLSG  G+ L+ C +  YPG     C+   K   + + I+ ++   +  +F++I H      L   P               +++++       +C C+     +N+  + + Y  L C +V ++ T +L  S   N + +V   W+  L    +N+RP  +
Sbjct:  119 KELGRAPSMANCLSTTVPVNLAASQIAGRHTPTRNSLRHSRMIVLHRS--GHRPQKFLPPLVYHWRLGRCLAALQTILGVAITVLSLWLLLWAPHLPITDNPYWSGMPLLLSGSFGICLLCCFKKEYPGMSPGFCLTSTKVTSVFLAILATVTCSIACVFSAI-HLARLMGLECNP---------------ARVLN------ATCVCKPRETASNSTETAVRYIDLNCPEVESILTILLIFSSTCNALGAVVTGWYTYLHWSTRNKRPKYM 365
[Close]
BLAST of EMLSAG00000001466 vs. Select Arthropod Genomes
Match: XP_016773339.1 (PREDICTED: uncharacterized protein LOC100578300 isoform X1 [Apis mellifera])

HSP 1 Score: 140.969 bits (354), Expect = 9.095e-38
Identity = 88/271 (32.47%), Postives = 141/271 (52.03%), Query Frame = 0 
Query:   45 HRLERHPSQANMWSTTVPQSLVNQKLGSRHAPTRSSLRHSRMLVLSRSSGGAVPRKYLPPVVEQSALGTTLVSIQFIIGIIITALAGYSLIWSPHLVAQDVPHYSGLTFLLSGWLGLMLVTCCRHHYPGTRQVGCVFPVKFHHIIITIIISIVSLMFGIFASIFHSLHFYSLLLKPICREFPLPVSAPEWFSKLIDLAHEHPVSCRCE----GTNTFGSHLEYPGLPCDDVLTVYTGILGASGILNIIASVAATWFIVL--LIKNRRPSQL 309
              L R PS AN  STTVP +L   ++  RH PTR+SLRHSRM+VL RS  G  P+K+LPP+V    LG  L ++Q I+G+ IT L+ + L+W+PHL   D P++SG+  LLSG  G+ L+ C +  YPG     C+   K   + + I+ ++   +  +F++I H      L   P               +++++       +C C+     +N+  + + Y  L C +V ++ T +L  S   N + +V   W+  L    +N+RP  +
Sbjct:  131 KELGRAPSMANCLSTTVPVNLAASQIAGRHTPTRNSLRHSRMIVLHRS--GHRPQKFLPPLVYHWRLGRCLAALQTILGVAITVLSLWLLLWAPHLPITDNPYWSGMPLLLSGSFGICLLCCFKKEYPGMSPGFCLTSTKVTSVFLAILATVTCSIACVFSAI-HLARLMGLECNP---------------ARVLN------ATCVCKPRETASNSTETAVRYIDLNCPEVESILTILLIFSSTCNALGAVVTGWYTYLHWSTRNKRPKYM 377
[Close]
BLAST of EMLSAG00000001466 vs. Select Arthropod Genomes
Match: XP_006568708.1 (PREDICTED: uncharacterized protein LOC100578300 isoform X1 [Apis mellifera])

HSP 1 Score: 140.969 bits (354), Expect = 9.095e-38
Identity = 88/271 (32.47%), Postives = 141/271 (52.03%), Query Frame = 0 
Query:   45 HRLERHPSQANMWSTTVPQSLVNQKLGSRHAPTRSSLRHSRMLVLSRSSGGAVPRKYLPPVVEQSALGTTLVSIQFIIGIIITALAGYSLIWSPHLVAQDVPHYSGLTFLLSGWLGLMLVTCCRHHYPGTRQVGCVFPVKFHHIIITIIISIVSLMFGIFASIFHSLHFYSLLLKPICREFPLPVSAPEWFSKLIDLAHEHPVSCRCE----GTNTFGSHLEYPGLPCDDVLTVYTGILGASGILNIIASVAATWFIVL--LIKNRRPSQL 309
              L R PS AN  STTVP +L   ++  RH PTR+SLRHSRM+VL RS  G  P+K+LPP+V    LG  L ++Q I+G+ IT L+ + L+W+PHL   D P++SG+  LLSG  G+ L+ C +  YPG     C+   K   + + I+ ++   +  +F++I H      L   P               +++++       +C C+     +N+  + + Y  L C +V ++ T +L  S   N + +V   W+  L    +N+RP  +
Sbjct:  131 KELGRAPSMANCLSTTVPVNLAASQIAGRHTPTRNSLRHSRMIVLHRS--GHRPQKFLPPLVYHWRLGRCLAALQTILGVAITVLSLWLLLWAPHLPITDNPYWSGMPLLLSGSFGICLLCCFKKEYPGMSPGFCLTSTKVTSVFLAILATVTCSIACVFSAI-HLARLMGLECNP---------------ARVLN------ATCVCKPRETASNSTETAVRYIDLNCPEVESILTILLIFSSTCNALGAVVTGWYTYLHWSTRNKRPKYM 377
[Close]
BLAST of EMLSAG00000001466 vs. Select Arthropod Genomes
Match: XP_006568707.1 (PREDICTED: uncharacterized protein LOC100578300 isoform X1 [Apis mellifera])

HSP 1 Score: 140.969 bits (354), Expect = 9.095e-38
Identity = 88/271 (32.47%), Postives = 141/271 (52.03%), Query Frame = 0 
Query:   45 HRLERHPSQANMWSTTVPQSLVNQKLGSRHAPTRSSLRHSRMLVLSRSSGGAVPRKYLPPVVEQSALGTTLVSIQFIIGIIITALAGYSLIWSPHLVAQDVPHYSGLTFLLSGWLGLMLVTCCRHHYPGTRQVGCVFPVKFHHIIITIIISIVSLMFGIFASIFHSLHFYSLLLKPICREFPLPVSAPEWFSKLIDLAHEHPVSCRCE----GTNTFGSHLEYPGLPCDDVLTVYTGILGASGILNIIASVAATWFIVL--LIKNRRPSQL 309
              L R PS AN  STTVP +L   ++  RH PTR+SLRHSRM+VL RS  G  P+K+LPP+V    LG  L ++Q I+G+ IT L+ + L+W+PHL   D P++SG+  LLSG  G+ L+ C +  YPG     C+   K   + + I+ ++   +  +F++I H      L   P               +++++       +C C+     +N+  + + Y  L C +V ++ T +L  S   N + +V   W+  L    +N+RP  +
Sbjct:  131 KELGRAPSMANCLSTTVPVNLAASQIAGRHTPTRNSLRHSRMIVLHRS--GHRPQKFLPPLVYHWRLGRCLAALQTILGVAITVLSLWLLLWAPHLPITDNPYWSGMPLLLSGSFGICLLCCFKKEYPGMSPGFCLTSTKVTSVFLAILATVTCSIACVFSAI-HLARLMGLECNP---------------ARVLN------ATCVCKPRETASNSTETAVRYIDLNCPEVESILTILLIFSSTCNALGAVVTGWYTYLHWSTRNKRPKYM 377
[Close]
BLAST of EMLSAG00000001466 vs. Select Arthropod Genomes
Match: gb|KYB28928.1| (hypothetical protein TcasGA2_TC003223 [Tribolium castaneum])

HSP 1 Score: 98.9821 bits (245), Expect = 4.100e-23
Identity = 71/255 (27.84%), Postives = 121/255 (47.45%), Query Frame = 0 
Query:   46 RLERHPSQANMWSTTVPQSLVNQKLGSRHAPTRSSLRHSRMLVLSRSSGGAVPRKYLPPVVEQSALGTTLVSIQFIIGIIITALAGYSLIWSPHLVAQDVPHYSGLTFLLSGWLGLMLVTCCRHHYPGTRQVGCVFPVKFHHIIITIIISIVSLMFGIFASIFHSLHFYSLLLKPICREFPLPVSAPEWFSKLIDLAHEHPVSCRCEGTNTFGSH-LEYPGLPCDDVLTVYTGILGASGILNIIASVAATWFIVL 299
            + +  P+QA+   TTVPQ++  Q + S+H P R+SLRHSRM+ +++   G VPRKYLP +     L   L+ +  ++G+ I  L+ + LIW+P++  +D PH+SG+  LLS                G ++   V+ VK   + ++ I +I +     FA + H +  YS+   P                       +   +C C   +T  +    Y  L C +V  + T ++  S  +N+I  V   W++ L
Sbjct:   38 QFDSSPTQAHCLVTTVPQNIAAQNIASKHTPNRNSLRHSRMIAMNK--NGRVPRKYLPAIFRYHKLAKALLGLIILLGLSICFLSLWLLIWTPNIRQRDNPHWSGIPVLLS----------------GMKKNYFVYAVKVLSVTLSTIGAISAFTASAFA-VIHLVALYSMTCTP---------------------PGQLDTTCMCIKNDTLPTQSYHYVDLSCLEVDNILTILIIFSCAVNLIVGVMEVWYVYL 252
[Close]
BLAST of EMLSAG00000001466 vs. Select Arthropod Genomes
Match: XP_001123047.3 (PREDICTED: sarcospan-like, partial [Apis mellifera])

HSP 1 Score: 90.5077 bits (223), Expect = 4.221e-20
Identity = 60/218 (27.52%), Postives = 103/218 (47.25%), Query Frame = 0 
Query:   98 PRKYLPPVVEQSALGTTLVSIQFIIGIIITALAGYSLIWSPHLVAQDVPHYSGLTFLLSGWLGLMLVTCCRHHYPGTRQVGCVFPVKFHHIIITIIISIVSLMFGIFASIFHSLHFYSLLLKPICREFPLPVSAPEWFSKLIDLAHEHPVSCRCE----GTNTFGSHLEYPGLPCDDVLTVYTGILGASGILNIIASVAATWFIVL--LIKNRRPSQL 309
            P+K+LPP+V    LG  L ++Q I+G+ IT L+ + L+W+PHL   D P++SG+  LLSG  G+ L+ C +  YPG     C+   K   + + I+ ++   +  +F++I H      L   P                     A     +C C+     +N+  + + Y  L C +V ++ T +L  S   N + +V   W+  L    +N+RP  +
Sbjct:   61 PQKFLPPLVYHWRLGRCLAALQTILGVAITVLSLWLLLWAPHLPITDNPYWSGMPLLLSGSFGICLLCCFKKEYPGMSPGFCLTSTKVTSVFLAILATVTCSIACVFSAI-HLARLMGLECNP---------------------ARVLNATCVCKPRETASNSTETAVRYIDLNCPEVESILTILLIFSSTCNALGAVVTGWYTYLHWSTRNKRPKYM 256
[Close]
BLAST of EMLSAG00000001466 vs. Select Arthropod Genomes
Match: EGK96258.1 (AGAP012964-PA [Anopheles gambiae str. PEST])

HSP 1 Score: 82.0333 bits (201), Expect = 1.381e-16
Identity = 74/290 (25.52%), Postives = 127/290 (43.79%), Query Frame = 0 
Query:   52 SQANMWSTTVPQSLVNQK--LGSRHAPTRSSLRHSRMLVLSRSSGGAVPRKYLPPV---VEQSALGTTLVSIQFIIGIIITALAGYSLIWSPHLVAQDVPHYSGLTFLLSGWLGLMLVTCCRHHYPGTRQVGCVFPVKFHHI-------------IITIIISIVSLMFGIFASIFHSLHFYSL------------------------LLKPICREFPLPVSAPEWFSKLIDLAHEHPVSCRCEGTNTFGSHLEYPGLPCDDVLTVYTGILGASGILNIIASVAATWFIVL 299
            S+A   +TTVPQ+       L  RH PTRSSLRHSRMLV++++    VP +Y P     +    L  TL+ +Q +IGI++  +    ++WSP    +D P++SGL  ++ G L L+L    R      +        + H +             +  +I+ ++++ F   A I+  +H  +L                          +P  R   LP+SA        D + + P+       +     LEY    C++V +++  ++  S +LN    + AT F+V+
Sbjct:   13 SEAVYMTTTVPQNFAKNASTLIGRHKPTRSSLRHSRMLVVNKT----VPVRYPPGNSLNLRHLRLCRTLMVLQILIGIVLNVIGLNIMVWSPSTSTKDNPYWSGLILIVCGVLFLVLFQFKRARTGTDKGTSAQNVARLHQLQSPWRENCFHFLRVNALIVLLLTIFFTALAFIYAMIHATNLSADGLRCEPQFTFNVNSSSCVCTIDTRPTARTTVLPMSA-----NATDPSLDEPLPAGGAYHDAGIIRLEYRDFNCNEVHSIWYYVMLVSTLLNSAGCLLATTFLVI 293
[Close]
BLAST of EMLSAG00000001466 vs. Select Arthropod Genomes
Match: AHN59617.1 (CG1806, isoform B [Drosophila melanogaster])

HSP 1 Score: 57.7658 bits (138), Expect = 1.587e-8
Identity = 32/88 (36.36%), Postives = 50/88 (56.82%), Query Frame = 0 
Query:   52 SQANMWSTTVPQSLVNQKLGSRHAPTRSSLRHSRMLVLSRSSGGAVPRKYLPPVVEQSALGTTLVSIQFIIGIIITALAGYSLIWSPH 139
            SQA   STTVPQ++   K+  RH PTR+SLRHSRM+V++  +  ++             +   L+ +Q  +G+ I  LA + LI +P+
Sbjct:  144 SQAVYMSTTVPQNMKGMKIAGRHTPTRNSLRHSRMIVVNHKNHDSL------QATRNLNISRQLLVMQLAVGLFIVGLAVWILILAPN 225
[Close]
BLAST of EMLSAG00000001466 vs. nr
Match: gi|1022773089|gb|KZS17201.1| (Sarcospan [Daphnia magna])

HSP 1 Score: 172.555 bits (436), Expect = 3.439e-47
Identity = 105/277 (37.91%), Postives = 155/277 (55.96%), Query Frame = 0 
Query:   34 GDLKRSSAASYHRLE---RHPSQANMWSTTVPQSLVNQ---KLGSRHAPTRSSLRHSRMLVLSRSSGGAVPRKYLPPVVEQSALGTTLVSIQFIIGIIITALAGYSLIWSPHLVAQDVPHYSGLTFLLSGWLGLMLVTCCRHHYPGTRQVGCVFPVKFHHIIITIIISIVSLMFGIFASIFHSLHFYSLLLKPICREFPLPVSAPEWFSKLIDLAHEHPVSCRCEGTNTFGSHLEYPGLPCDDVLTVYTGILGASGILNIIASVAATWFIVLLIKNR 304
            G  ++  A ++ +LE   R PS A + +TTVPQ L  +   + G RH PTR+SLRHSRM+ LS+  G  VPRKYLPPV+     G+TLV IQ ++G ++ ALA + L+WSP L  +D+PH+SG++ +LSG  GL L+ CCR  YPG R   CVF V+  +II    +++ +    + A +F S+H   L+         +   +P   + L      +  +C C G         Y  L C DVL +    L  S + N +A++ ++W+IVLL  NR
Sbjct:   86 GTDQQQDADAFVKLEQEKRAPSMAGLMNTTVPQRLAVKPSLRTGPRHTPTRNSLRHSRMICLSQQQG-KVPRKYLPPVIHHYRTGSTLVVIQVLLGSVLLALAFHLLLWSPQLNIRDIPHWSGISLILSGVFGLFLLCCCRKQYPGMRGGCCVFVVRVQYIICNACLAMFATAACVCACVFASVHVSQLMA--------MECQSPTMNATLTGNTGLNS-TCLCIGGERQDEVFTYDPLSCSDVLELLPIYLSTSAVTNGLAALVSSWYIVLLWSNR 352
[Close]
BLAST of EMLSAG00000001466 vs. nr
Match: gi|939264575|ref|XP_014252294.1| (PREDICTED: sarcospan isoform X1 [Cimex lectularius] >gi|939264577|ref|XP_014252295.1| PREDICTED: sarcospan isoform X1 [Cimex lectularius] >gi|939264579|ref|XP_014252296.1| PREDICTED: sarcospan isoform X1 [Cimex lectularius] >gi|939264581|ref|XP_014252297.1| PREDICTED: sarcospan isoform X1 [Cimex lectularius])

HSP 1 Score: 167.548 bits (423), Expect = 3.461e-46
Identity = 116/328 (35.37%), Postives = 174/328 (53.05%), Query Frame = 0 
Query:    5 MNGQYSQSCSTLP----RASSKRTRNASIGSSQGDLKRSSAASYHRLERHPSQANMWSTTVPQSLVNQKLGSRHAPTRSSLRHSRMLVLSRSSGGAVPRKYLPPVVEQSALGTTLVSIQFIIGIIITALAGYSLIWSPHLVAQDVPHYSGLTFLLSGWLGLMLVTCCRHHYPGTRQVGCVFPVKFH-------HIIITIIISIVSLMFGIFASIFHSLHFYSLLLKPICREFPLPVSAPEWFSKLIDLAHEHPVSCRCEGTNTFGSHLEYPGLPCDDVLTVYTGILGASGILNIIASVAATWFIVLLIKNRRPSQLLSSSSSTTNDRR 321
            MN    +  +TLP    R   +   N    S   +L  +  AS  R    PSQA    TTVPQ++V  K+  RHAPTRSSLRHSRM+VL++   G VP+KYLP VV +  L T+L+ +Q ++GI I+ LAG+ L+W+P+L  +D+P++SGL  L S ++G++L+ CCR  YPG        PVK+H        +I ++I +IVS+M   FA I H +  Y ++ +P                     A+    SC C  +     +L+   L C +V  + + +L AS   N IA V ++W+++L   +R    L + S   TN+ R
Sbjct:    1 MNQDGGEGYNTLPKQRERTGGRINENERPLSLYDNLDDTPRASPSR-SVGPSQAAAMVTTVPQNIVAPKIEGRHAPTRSSLRHSRMIVLTKQ--GKVPKKYLPYVVRRHKLATSLLILQLLMGIAISTLAGWLLLWAPNLHIRDIPYWSGLPVLFSAFIGVILMCCCRREYPG-------MPVKYHVCTFRVISVICSLIAAIVSIMAAGFA-IVHLVKLYRMVCEP---------------------ANVLNASCICRSSTQVMFYLD---LNCLEVWNILSILLIASTATNAIAGVLSSWYVLLHWSSR---TLYTYSQVRTNENR 290
[Close]
BLAST of EMLSAG00000001466 vs. nr
Match: gi|646688263|gb|KDR06172.1| (Sarcospan [Zootermopsis nevadensis])

HSP 1 Score: 166.007 bits (419), Expect = 3.497e-45
Identity = 95/261 (36.40%), Postives = 141/261 (54.02%), Query Frame = 0 
Query:   39 SSAASYHRLERHPSQANMWSTTVPQSLVNQKLGSRHAPTRSSLRHSRMLVLSRSSGGAVPRKYLPPVVEQSALGTTLVSIQFIIGIIITALAGYSLIWSPHLVAQDVPHYSGLTFLLSGWLGLMLVTCCRHHYPGTRQVGCVFPVKFHHIIITIIISIVSLMFGIFASIFHSLHFYSLLLKPICREFPLPVSAPEWFSKLIDLAHEHPVSCRCEGTNTFGSHLEYPGLPCDDVLTVYTGILGASGILNIIASVAATWFIVL 299
             SAA    +ER PSQAN  STTVPQ++    +  RH PTR+SLRHSRM+VLSR+ GG VPRKY PPV+    L T L ++Q ++G+ +++LA + LIW+P+L  +D+P++SGL  L+SG +GL+L+ CC   YPG      +F VK   + + ++  +      +FA + H +   S+  +P                     AH    +C C+          Y  L C +V  + T +L  S   N I  + ATW++ L
Sbjct:   73 DSAAPATTMERSPSQANCLSTTVPQNIAATNIAGRHTPTRNSLRHSRMIVLSRT-GGKVPRKYHPPVLRHHRLATALAALQVLLGVAVSSLAVWLLIWAPNLRVRDIPYWSGLPLLMSGIMGLLLLCCCHKDYPGMPFGIWMFSVKVISVCMAVVAGVTCFCACVFA-LLHLIFLTSMTCEP---------------------AHVLNATCVCQDVQ---RTYHYADLNCPEVGNILTILLIGSCAANSIGGILATWYVFL 307
[Close]
BLAST of EMLSAG00000001466 vs. nr
Match: gi|1101366254|ref|XP_018914351.1| (PREDICTED: uncharacterized protein LOC109042185 [Bemisia tabaci])

HSP 1 Score: 145.591 bits (366), Expect = 4.422e-37
Identity = 98/290 (33.79%), Postives = 145/290 (50.00%), Query Frame = 0 
Query:   48 ERHPSQANMWSTTVPQSLVNQKLGSRHAPTRSSLRHSRMLVLSRSSGGAVPRKYLPPVVEQSALGTTLVSIQFIIGIIITALAGYSLIWSPHLVAQDVPHYSGLTFLLSGWLGLMLVTCCRHHYPGTRQVGCVFPVKFHHIIITIIISIVSLMFGIFASIFHSLHFYSLLLKPICREFPLPVSAPEWFSKLIDLAHEHPVSCRCEG------------TNTFGSHLEYPGLPCDDVLTVYTGILGASGILNIIASVAATWFIVLLIKNRRPSQLLSSSSSTTNDRRNYYY 325
            ER PSQ +  STTVPQ++ N  +G RHAPTRSSLRHSRM+VL++   G VPRKY  P++    + T+LV +Q I+G ++ +LA + ++W+P L    +P++SG+   LSG  G+ML+ C R  +PG     C    K   ++IT +  +  L  GI +++ H +  Y    +PI                     +    +C C+G            T  FGS   Y  L C  V  + T +L  S I N +AS+    +I L    R  S    S  ST +  ++Y Y
Sbjct:  107 ERLPSQLHNMSTTVPQNISNNTIGGRHAPTRSSLRHSRMIVLNKH--GKVPRKYQVPIIYDYKMATSLVILQIILGFVVCSLATWLILWAPRLSVPLIPYWSGIPLALSGVFGVMLMCCFRKDHPGLPLSSCALVFKVLSLLITGVACVACLTAGI-SAVLHLVFLYDATCQPI---------------------NTVNTTCVCDGVINPTFEYFDVVTYVFGSSYHYFDLNCLQVRHILTVLLIGSSIANFLASLMLILYIYLHCSCR--SGYKYSKISTRSKSQSYLY 370
[Close]
BLAST of EMLSAG00000001466 vs. nr
Match: gi|1061118540|ref|XP_017885150.1| (PREDICTED: uncharacterized protein LOC108628022 [Ceratina calcarata])

HSP 1 Score: 141.739 bits (356), Expect = 2.192e-35
Identity = 100/307 (32.57%), Postives = 157/307 (51.14%), Query Frame = 0 
Query:   20 SSKRTRNASIGSSQGDLKRSSAASYHRLERHPSQANMWSTTVPQSLVNQKLGSRHAPTRSSLRHSRMLVLSRSSGGAVPRKYLPPVVEQSALGTTLVSIQFIIGIIITALAGYSLIWSPHLVAQDVPHYSGLTFLLSGWLGLMLVTCCRHHYPGTRQVGCVFPVKFHHIIITIIISIVSLMFGIFASIFHSLHFYSLLLKPICREFPLPVSAPEWFSKLIDLAHEHPVSCRC----EGTNTFGSHLEYPGLPCDDVLTVYTGILGASGILNIIASVAATWFIVL--LIKNRRPS--QLLSSSSSTTN 318
            S+K T   S G+  G + RS       L R PS AN  STTVP +L   ++  RH PTR+SLRHSRM+VL RS  G  P+K+LPP+V    LG  L ++Q I+G+ +T+L+ + L+W+PHL   D P++SG+  LLSG  G+ L+ C +  Y G     C+   K   +++ I+ +I   +   FA + H +    +   P               +++++      V+C C    E TN+  + + Y  L C +V  + T  L  S   N +  + + W+  L    + +RP   Q+ +S S+ TN
Sbjct:  102 STKVTGAVSTGN-IGKIYRSEKE--KELGRAPSMANCLSTTVPVNLAAAQIAGRHTPTRNSLRHSRMIVLHRS--GHRPQKFLPPLVYHRRLGRCLAALQAILGVAVTSLSLWLLMWAPHLPVDDNPYWSGMPLLLSGCFGICLLYCFKKEYHGMSPGFCLAATKVISVLLAILATITCSIACAFA-VMHLVRLMGMDCNP---------------ARVLN------VTCVCKPRVEATNSTETAVRYLDLSCPEVENILTIFLIFSSTCNALGVLVSGWYAYLHWSTRRKRPKYMQVRTSPSTGTN 381
[Close]
BLAST of EMLSAG00000001466 vs. nr
Match: gi|571504072|ref|XP_006568710.1| (PREDICTED: uncharacterized protein LOC100578300 isoform X3 [Apis mellifera] >gi|571504075|ref|XP_006568711.1| PREDICTED: uncharacterized protein LOC100578300 isoform X3 [Apis mellifera])

HSP 1 Score: 140.584 bits (353), Expect = 2.258e-35
Identity = 88/270 (32.59%), Postives = 141/270 (52.22%), Query Frame = 0 
Query:   46 RLERHPSQANMWSTTVPQSLVNQKLGSRHAPTRSSLRHSRMLVLSRSSGGAVPRKYLPPVVEQSALGTTLVSIQFIIGIIITALAGYSLIWSPHLVAQDVPHYSGLTFLLSGWLGLMLVTCCRHHYPGTRQVGCVFPVKFHHIIITIIISIVSLMFGIFASIFHSLHFYSLLLKPICREFPLPVSAPEWFSKLIDLAHEHPVSCRCE----GTNTFGSHLEYPGLPCDDVLTVYTGILGASGILNIIASVAATWFIVL--LIKNRRPSQL 309
             L R PS AN  STTVP +L   ++  RH PTR+SLRHSRM+VL RS  G  P+K+LPP+V    LG  L ++Q I+G+ IT L+ + L+W+PHL   D P++SG+  LLSG  G+ L+ C +  YPG     C+   K   + + I+ ++   +  +F++I H      L   P               +++++       +C C+     +N+  + + Y  L C +V ++ T +L  S   N + +V   W+  L    +N+RP  +
Sbjct:   75 ELGRAPSMANCLSTTVPVNLAASQIAGRHTPTRNSLRHSRMIVLHRS--GHRPQKFLPPLVYHWRLGRCLAALQTILGVAITVLSLWLLLWAPHLPITDNPYWSGMPLLLSGSFGICLLCCFKKEYPGMSPGFCLTSTKVTSVFLAILATVTCSIACVFSAI-HLARLMGLECNP---------------ARVLN------ATCVCKPRETASNSTETAVRYIDLNCPEVESILTILLIFSSTCNALGAVVTGWYTYLHWSTRNKRPKYM 320
[Close]
BLAST of EMLSAG00000001466 vs. nr
Match: gi|571504069|ref|XP_006568709.1| (PREDICTED: uncharacterized protein LOC100578300 isoform X2 [Apis mellifera])

HSP 1 Score: 140.969 bits (354), Expect = 4.303e-35
Identity = 88/271 (32.47%), Postives = 141/271 (52.03%), Query Frame = 0 
Query:   45 HRLERHPSQANMWSTTVPQSLVNQKLGSRHAPTRSSLRHSRMLVLSRSSGGAVPRKYLPPVVEQSALGTTLVSIQFIIGIIITALAGYSLIWSPHLVAQDVPHYSGLTFLLSGWLGLMLVTCCRHHYPGTRQVGCVFPVKFHHIIITIIISIVSLMFGIFASIFHSLHFYSLLLKPICREFPLPVSAPEWFSKLIDLAHEHPVSCRCE----GTNTFGSHLEYPGLPCDDVLTVYTGILGASGILNIIASVAATWFIVL--LIKNRRPSQL 309
              L R PS AN  STTVP +L   ++  RH PTR+SLRHSRM+VL RS  G  P+K+LPP+V    LG  L ++Q I+G+ IT L+ + L+W+PHL   D P++SG+  LLSG  G+ L+ C +  YPG     C+   K   + + I+ ++   +  +F++I H      L   P               +++++       +C C+     +N+  + + Y  L C +V ++ T +L  S   N + +V   W+  L    +N+RP  +
Sbjct:  119 KELGRAPSMANCLSTTVPVNLAASQIAGRHTPTRNSLRHSRMIVLHRS--GHRPQKFLPPLVYHWRLGRCLAALQTILGVAITVLSLWLLLWAPHLPITDNPYWSGMPLLLSGSFGICLLCCFKKEYPGMSPGFCLTSTKVTSVFLAILATVTCSIACVFSAI-HLARLMGLECNP---------------ARVLN------ATCVCKPRETASNSTETAVRYIDLNCPEVESILTILLIFSSTCNALGAVVTGWYTYLHWSTRNKRPKYM 365
[Close]
BLAST of EMLSAG00000001466 vs. nr
Match: gi|571504063|ref|XP_006568707.1| (PREDICTED: uncharacterized protein LOC100578300 isoform X1 [Apis mellifera] >gi|571504066|ref|XP_006568708.1| PREDICTED: uncharacterized protein LOC100578300 isoform X1 [Apis mellifera] >gi|1032001326|ref|XP_016773339.1| PREDICTED: uncharacterized protein LOC100578300 isoform X1 [Apis mellifera])

HSP 1 Score: 140.969 bits (354), Expect = 4.450e-35
Identity = 88/271 (32.47%), Postives = 141/271 (52.03%), Query Frame = 0 
Query:   45 HRLERHPSQANMWSTTVPQSLVNQKLGSRHAPTRSSLRHSRMLVLSRSSGGAVPRKYLPPVVEQSALGTTLVSIQFIIGIIITALAGYSLIWSPHLVAQDVPHYSGLTFLLSGWLGLMLVTCCRHHYPGTRQVGCVFPVKFHHIIITIIISIVSLMFGIFASIFHSLHFYSLLLKPICREFPLPVSAPEWFSKLIDLAHEHPVSCRCE----GTNTFGSHLEYPGLPCDDVLTVYTGILGASGILNIIASVAATWFIVL--LIKNRRPSQL 309
              L R PS AN  STTVP +L   ++  RH PTR+SLRHSRM+VL RS  G  P+K+LPP+V    LG  L ++Q I+G+ IT L+ + L+W+PHL   D P++SG+  LLSG  G+ L+ C +  YPG     C+   K   + + I+ ++   +  +F++I H      L   P               +++++       +C C+     +N+  + + Y  L C +V ++ T +L  S   N + +V   W+  L    +N+RP  +
Sbjct:  131 KELGRAPSMANCLSTTVPVNLAASQIAGRHTPTRNSLRHSRMIVLHRS--GHRPQKFLPPLVYHWRLGRCLAALQTILGVAITVLSLWLLLWAPHLPITDNPYWSGMPLLLSGSFGICLLCCFKKEYPGMSPGFCLTSTKVTSVFLAILATVTCSIACVFSAI-HLARLMGLECNP---------------ARVLN------ATCVCKPRETASNSTETAVRYIDLNCPEVESILTILLIFSSTCNALGAVVTGWYTYLHWSTRNKRPKYM 377
[Close]
BLAST of EMLSAG00000001466 vs. nr
Match: gi|1058061569|gb|JAS34446.1| (hypothetical protein g.28744 [Clastoptera arizonana])

HSP 1 Score: 138.272 bits (347), Expect = 1.196e-34
Identity = 69/169 (40.83%), Postives = 104/169 (61.54%), Query Frame = 0 
Query:   48 ERHPSQANMWSTTVPQSLVNQKLGSRHAPTRSSLRHSRMLVLSRSSGGAVPRKYLPPVVEQSALGTTLVSIQFIIGIIITALAGYSLIWSPHLVAQDVPHYSGLTFLLSGWLGLMLVTCCRHHYPGTRQVGCVFPVKFHHIIITIIISIVSLMFGIFASIFHSLHFYSL 216
             + PSQAN  STTVPQ++    +  RH PTR+SLRHSRM+VL+R+  G VPRKY+PPV+    L   L  +Q  IGI +  +A + + W+P+L  QD+P++SG    +SG L L L+ CC+  Y G      ++  K    ++++ +S V+L+ G  A IF ++H + L
Sbjct:   71 NKSPSQANCLSTTVPQNIAGNTIAGRHTPTRNSLRHSRMIVLTRN--GKVPRKYMPPVLHHYNLAVALAVLQIFIGIAVLTIALWFIFWAPNLRVQDIPYWSGGPLAISGVLNLFLLLCCKKDYHGHPLTCYIYSFK----VVSLTVSAVALVTGFCACIFAAIHLFFL 233
[Close]
BLAST of EMLSAG00000001466 vs. nr
Match: gi|820848383|ref|XP_012341999.1| (PREDICTED: sarcospan isoform X2 [Apis florea])

HSP 1 Score: 137.117 bits (344), Expect = 4.816e-34
Identity = 87/270 (32.22%), Postives = 140/270 (51.85%), Query Frame = 0 
Query:   46 RLERHPSQANMWSTTVPQSLVNQKLGSRHAPTRSSLRHSRMLVLSRSSGGAVPRKYLPPVVEQSALGTTLVSIQFIIGIIITALAGYSLIWSPHLVAQDVPHYSGLTFLLSGWLGLMLVTCCRHHYPGTRQVGCVFPVKFHHIIITIIISIVSLMFGIFASIFHSLHFYSLLLKPICREFPLPVSAPEWFSKLIDLAHEHPVSCRCE----GTNTFGSHLEYPGLPCDDVLTVYTGILGASGILNIIASVAATWFIVL--LIKNRRPSQL 309
             L R PS AN  STTVP +L   ++  RH PTR+SLRHSRM+VL RS  G  P+K+LPP+V    LG  L ++Q I+G+ IT L+ + L+W+PHL   D P++SG+  L SG  G+ L+ C +  YPG     C+   K    II++ ++I++ +    A +F ++H   L+                      + A     +C C+     +N+  + + Y  L C +V ++ T +L  S   N + ++   W+  L    +++RP  +
Sbjct:   75 ELGRAPSMANCLSTTVPVNLAASQIAGRHTPTRNSLRHSRMIVLHRS--GHRPQKFLPPLVYHWRLGRCLAALQTILGVAITVLSLWLLLWAPHLPITDNPYWSGMPLLFSGSFGICLLCCFKKEYPGMSPGFCLTSTK----IISVFLAILATVTCSIACVFSAIHLARLM------------------GLECNPARVLNATCVCKPRENASNSTETAVRYIDLNCPEVESILTILLIFSSTCNALGAMVTGWYTYLHWSTRHKRPKYM 320
The following BLAST results are available for this feature:
BLAST of EMLSAG00000001466 vs. GO
Analysis Date: 2014-04-02 (Blast vs. GO)
Total hits: 0
Match NameE-valueIdentityDescription
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BLAST of EMLSAG00000001466 vs. C. finmarchicus
Analysis Date: 2014-05-09 (TblastN vs C. finmarchicus TSA)
Total hits: 9
Match NameE-valueIdentityDescription
gi|592841025|gb|GAXK01116519.1|7.727e-3837.16TSA: Calanus finmarchicus comp295887_c1_seq6 trans... [more]
gi|592841026|gb|GAXK01116518.1|9.042e-3837.16TSA: Calanus finmarchicus comp295887_c1_seq5 trans... [more]
gi|592841027|gb|GAXK01116517.1|9.455e-3837.16TSA: Calanus finmarchicus comp295887_c1_seq4 trans... [more]
gi|592841028|gb|GAXK01116516.1|1.149e-3737.16TSA: Calanus finmarchicus comp295887_c1_seq3 trans... [more]
gi|592841029|gb|GAXK01116515.1|1.190e-3737.16TSA: Calanus finmarchicus comp295887_c1_seq2 trans... [more]
gi|592841030|gb|GAXK01116514.1|1.414e-3737.16TSA: Calanus finmarchicus comp295887_c1_seq1 trans... [more]
gi|592881841|gb|GAXK01076332.1|4.838e-1237.19TSA: Calanus finmarchicus comp625617_c0_seq2 trans... [more]
gi|592881842|gb|GAXK01076331.1|5.491e-1233.79TSA: Calanus finmarchicus comp625617_c0_seq1 trans... [more]
gi|592764212|gb|GAXK01190356.1|7.550e-131.88TSA: Calanus finmarchicus comp6210174_c0_seq1 tran... [more]
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BLAST of EMLSAG00000001466 vs. L. salmonis peptides
Analysis Date: 2014-05-10 (Blastp vs. self)
Total hits: 2
Match NameE-valueIdentityDescription
EMLSAP000000014660.000e+0100.00pep:novel supercontig:LSalAtl2s:LSalAtl2s1249:5557... [more]
EMLSAP000000125803.601e-10151.59pep:novel supercontig:LSalAtl2s:LSalAtl2s938:60131... [more]
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BLAST of EMLSAG00000001466 vs. SwissProt
Analysis Date: 2017-02-10 (Blastp vs. SwissProt)
Total hits: 0
Match NameE-valueIdentityDescription
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BLAST of EMLSAG00000001466 vs. Select Arthropod Genomes
Analysis Date: 2017-02-20 (Blastp vs. Selected Arthropods)
Total hits: 12
Match NameE-valueIdentityDescription
XP_006568711.14.615e-3832.59PREDICTED: uncharacterized protein LOC100578300 is... [more]
XP_006568710.14.615e-3832.59PREDICTED: uncharacterized protein LOC100578300 is... [more]
XP_006568709.18.795e-3832.47PREDICTED: uncharacterized protein LOC100578300 is... [more]
XP_016773339.19.095e-3832.47PREDICTED: uncharacterized protein LOC100578300 is... [more]
XP_006568708.19.095e-3832.47PREDICTED: uncharacterized protein LOC100578300 is... [more]
XP_006568707.19.095e-3832.47PREDICTED: uncharacterized protein LOC100578300 is... [more]
gb|KYB28928.1|4.100e-2327.84hypothetical protein TcasGA2_TC003223 [Tribolium c... [more]
XP_001123047.34.221e-2027.52PREDICTED: sarcospan-like, partial [Apis mellifera... [more]
EGK96258.11.381e-1625.52AGAP012964-PA [Anopheles gambiae str. PEST][more]
AHN59617.11.587e-836.36CG1806, isoform B [Drosophila melanogaster][more]

Pages

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BLAST of EMLSAG00000001466 vs. nr
Analysis Date: 2017-02-20 (Blastp vs. NR (2/2017))
Total hits: 25
Match NameE-valueIdentityDescription
gi|1022773089|gb|KZS17201.1|3.439e-4737.91Sarcospan [Daphnia magna][more]
gi|939264575|ref|XP_014252294.1|3.461e-4635.37PREDICTED: sarcospan isoform X1 [Cimex lectularius... [more]
gi|646688263|gb|KDR06172.1|3.497e-4536.40Sarcospan [Zootermopsis nevadensis][more]
gi|1101366254|ref|XP_018914351.1|4.422e-3733.79PREDICTED: uncharacterized protein LOC109042185 [B... [more]
gi|1061118540|ref|XP_017885150.1|2.192e-3532.57PREDICTED: uncharacterized protein LOC108628022 [C... [more]
gi|571504072|ref|XP_006568710.1|2.258e-3532.59PREDICTED: uncharacterized protein LOC100578300 is... [more]
gi|571504069|ref|XP_006568709.1|4.303e-3532.47PREDICTED: uncharacterized protein LOC100578300 is... [more]
gi|571504063|ref|XP_006568707.1|4.450e-3532.47PREDICTED: uncharacterized protein LOC100578300 is... [more]
gi|1058061569|gb|JAS34446.1|1.196e-3440.83hypothetical protein g.28744 [Clastoptera arizonan... [more]
gi|820848383|ref|XP_012341999.1|4.816e-3432.22PREDICTED: sarcospan isoform X2 [Apis florea][more]

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BLAST of EMLSAG00000001466 vs. Tigriopus kingsejongenis genes
Analysis Date: 2018-04-18 (Blastp vs. Tigriopus kingsejongensis proteins)
Total hits: 0
Match NameE-valueIdentityDescription
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Alignments
The following features are aligned
Aligned FeatureFeature TypeAlignment Location
LSalAtl2s1249supercontigLSalAtl2s1249:55571..91050 +
Analyses
This gene is derived from or has results from the following analyses
Analysis NameDate Performed
ensembl2013-09-26 .965016
Blast vs. GO2014-04-02
TblastN vs C. finmarchicus TSA2014-05-09
Blastp vs. self2014-05-10
Blastp vs. SwissProt2017-02-10
Blastp vs. Selected Arthropods2017-02-20
Blastp vs. NR (2/2017)2017-02-20
Blastp vs. Tigriopus kingsejongensis proteins2018-04-18
Properties
Property NameValue
Logic nameensemblgenomes
Descriptionmaker-LSalAtl2s1249-augustus-gene-0.14
Biotypeprotein_coding
EvidenceIEA
NoteSarcospan [Daphnia magna]
Cross References
External references for this gene
DatabaseAccession
Ensembl Metazoa (gene)EMLSAG00000001466 (primary cross-reference)
Relationships

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

Feature NameUnique NameSpeciesType
EMLSAT00000001466EMLSAT00000001466-697313Lepeophtheirus salmonismRNA


Sequences
The following sequences are available for this feature:

gene from alignment at LSalAtl2s1249:55571..91050+

Legend: mRNA
Hold the cursor over a type above to highlight its positions in the sequence below.
>EMLSAG00000001466-684232 ID=EMLSAG00000001466-684232|Name=EMLSAG00000001466|organism=Lepeophtheirus salmonis|type=gene|length=35480bp|location=Sequence derived from alignment at LSalAtl2s1249:55571..91050+ (Lepeophtheirus salmonis)
TAAATTCATTGACACGGCGTGAAAATAGATAAATGCGCTCAACGCAGTAA
GTTTTTACTCAGGTCTGAGCGCACTCATTAAAGGATCCCTCTTCTATCTC
CAATTCATAAATAGTTAATAGTACTGGAGAGGAAGTCTGAGGAGTCAAAC
GCCATTTTGAACTCAAATGAGTTATTTGTATATTGTGAGATTAGCTAGTG
CTGTGCTCTTATTATAAACACCTAACATGCCTGTTCATTATTGAATATCA
TAAAATACAACCTAAAACCTTTTTGAAGCCGCCTATCATTCATCATCCAT
ACTCTCATAGTAGCAATAACAATAATTAATAAATAGATAACCATGCGAGT
CAAAATGAATGGTCAATACTCGCAGTCCTGTTCTACTCTTCCTAGAGCCT
CAAGTAAAAGAACTCGAAACGCGAGCATTGGATCATCTCAAGGAGACTTA
AAGAGAAGCTCTGCTGCTTCCTATCATCGTCTTGAGAGACATCCCTCACA
AGCAAATATGTGGAGTACAACCGTCCCTCAATCCTTAGTCAATCAAAAAT
TGGGCTCTCGGCATGCTCCTACTAGAAGCTCTCTACGACATTCTCGAATG
CTTGTTCTTTCACGATCATCAGGCGGTGCAGGTAAGGATTTTTTGTGTTG
TGTGTTTATAAAGTAAGTGTCGCTGTTTGAATCATTAATAATATATTAAA
GACTTTACGTAATACATTAAGATGTATATCACTCTTTGAAGAAGTTACTA
TGACTTTGTTTTTAAATGATATGATTAATGTAGGTATTGTACAGGGTGTA
ACAACGAAATCCGGTGTGATGACTAAATTTTCTAATGTTTTTTTGCGGTG
AACTTAGTAACCAAAACTCAGCCATGGAGTCAAAACAAAAGATTTCAAGC
CTTTTACACTTTTTGAAGCAGAGGGCAGGTGCTCTGTTGTGAGGATTTTG
GTGAACAACGATCTGGATATTAGCTAAGTTGAGGTCTCAAAGATGACAAG
GATCGACAGGAGAATGATTGTGAAGTTGATGAAGGCTCTGGTGGAGACAA
AGGACCTCCCTCAGGGAGTCTTCCCTCCCCTGACCTGAATCTGATGGGTT
ATTTTGTCTGAAACTACATTGAGTCAAAGATCAACGGATGACCTCACATC
ACCAAGAAGTCCCTGATAGACTCCATCGTCCTTTAATGGAAGAATTTAGA
TCGTGTTCCAGTTTCCAGTGATTGCGTACGGTTCAGGAACCGACTCAAGG
CCGTTATTAAGGTCACCTACATTGAGTTAGATATATTCTCAATTATTGTA
TCTGCAGCTCCGTTCTTGTTTTTTGAATACATCTTAAAAAATAACAATTT
TATGTTCATTTAAAATAGATTGCTAAAAAGCGCCTGAGCTCGTTGTTATA
CCCTGTATATAAAATAATCAATTGATGTCTTCAAGCATATGTTTAAGCCA
TGTACAAAGTAGTACATGCATATAAAAGTCAATTACATCTTTATTCGATT
CCCCATATTATTGTTACATTAATTCCAAAAAGTGAATAAATCTGATAACT
AGAATTTCAATTGTTCCTCTTGTAACAATCAAACATTAAGTGCACTTAAT
TGATAGTTTGTACTTTAACAACTATATAGGGAGGGATAAAAGGATTATAG
AACCCATTGTACAATGTAAGTAACATTGTACTCAGAATTTCAATTACTAT
GATCGTTCTTCATCTTTAATTATACCTTGACTTGATTTATGGAGAAGATG
AAAGTAAGTTGTTAGTCGTCCTTAATAATATAATTTATTGAAGAAGATTA
TTTTTAATTCTTGATCATATAACTAATTATTATTTGTCAATTTGGTACTC
ATAATTGTTTCTTCTACTTTTTGGGGGCATGACTTTTATTTGTTAGCACG
TTTTGTTTATGTTAGTACAAGTTTTCATTTAGTCATTTCCTATTTAAAAA
AAAAAAAAAKAAYATTCCTCAATGTTTAGAATAGTTATGATTAATGTTAG
TGATTCATAGATTATAATTAGGNCAATGACGTCAGCCGTATGCTACTAAA
TTTACAGTAAGAACTAAAAATTGTTGCTGATTAAGCTTTTTATAATAATA
CAGGCACATTTTTTGTGAAATAACGTAATCAGGGATATCATAAGTCAGCA
AGGGTGNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNTAATTTCCGTTTTGAAAYAAAAAAAAAAATTTACAAATAAGGGAG
AAAATTTTTGGATTTCTTTTCTAAAAATTTAGTCATTCGATGCAGCGGAA
TTRTTWAATTTTTTCSKAAAAAWTKAAKAAAKWWAYRCCCCCCCNTAATA
ATATATATAACATAATGTTACATATATTTATTTTTNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNAACTGTTTTCATTATTATT
TCATTCTTGAAGACAAAACGTCCATGTATAANNNNNTGTGAATGAAACTT
TGTCATGGAGATATAAGTATAAGTCCTTGTTGGACTCGGAGTAGAATTGA
GGATCGGCCTTGGAGTAATTCCAACGCATTTGTCCTTGCTATATATGGGG
TGGGNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNC
CAGGTTTTTGTTATTTTGACATAAGTAGCTKATATTTTCTYCATCACWGG
ATATAGGTCTGGTTACGGTACTTTCCAGGACAGAACCAATTTAAAGTCCA
TATCCACGGCTCTCCTTATTAAATAAACAAAGGTGGAGTGTTTTATCCTT
TTTCGTTGTTTTAATTAATTTTCATTAGTTGACTCTTGTGTGATTTATTG
CAGCTGATTCTACGTAATATGAACTCAAAAAAGGATTAGATAGTATTTGG
ATTTTTATATTAATTTATTTTCATTAAGGCTTTCCTTTAAAATTCCTGTC
ATTTCAAACTCTGCCATTGATAATGTCATCCGTATATAATAATTAAGAAC
TATTCTCTAAATATAATCAACAGTTGGGAACAGTAGCTATCATAATTTTT
TTTTTCTTCAAATTTTCCCTTTGTTGAGAGTGGATAAAAAGGCTAGTCGT
GATCAAGGAAAGATACAAGCTTAATTTATAATGATATTTCTGCAATTTAT
CGACGGTTCATTTTAGGAGAATAATGATTTTATTTCTTACCGTAGTGCGT
GGAGTGTGGACTCAACATTACCTTCTATTCTTTTGATAATAGTTTATTGC
TTTATTAGCTCTGCACGCACTCATTTATTAACCCTTAAGCCACACGTTGG
TTCATCTTTCATTCTCAAGTAAAAAAAAAAAAATTTTATTCTTTTCATCA
AATAATTTTAAAGTCATTATTTCAGGAACACATCAATATTTAATGTTTCC
TTATTTCATATTGTTGATATTTTGCTACCTGTTTATACGAATATAATGTA
GGAGTTACACTTTGCTAATTTCTACTTGGGCATTTATTTATGCATATGGG
TATTAGGCATAATTATTAAAGGTTATGTATAGAGCGTTTTTACTCACATC
ATAAATTACATCCGTGCTCGGACACTTTGCCGAACGTACACATTGGTGAA
AAAAAGAATAAATATATTTGATGATGATTCATGCTGTAATACTATATAAT
TATGGGTTCTTGGAAAATTGCCATTGGGAAAATTTCCAGTCATTTACTAA
CAAAAGTAGAATACTWTGGTCCAAAACTAGTTTTTGTGAAATAGCAGAGC
AACCAAGCAGGCTAAAAACAACTGATCCCACTTCACAAAGCATTTATGCC
CTCTCCTTATACTTAAAATGAACCCCAAGCTCATGTGTAGTTTAAGACTA
CGAGAAGCACACCATGGAGGTTAAAAAAACCAATGCCTTCCCTTCACAAA
GCAATTATGCCCCTTCCAAAATAACCTCCGGCCCTATGGGTTGATTAAGA
CTACTTGAGGGGCATCAAGCAAGTTAAATACTACCGTCCTCACTTCACAA
GGCATTTAAGACCCCTAAAAATACTTTAAAATGAACCTGGGACCATAAGT
TGATAAAACTCTAGGTAAAGACACCAATCAGATTAAAAACGATCGGGCTG
TTGTTAATTTTGAAGTATTTGGAGGGGATTAAATGTTTTGCTAAGTGTTG
CAGTGGTTTTTAACCTGCTTCGTATCTTAGCCGTAACTTTAATCAACCCA
TGGGCATGGGTTTCTTTTAGAAGTATTTTTTAAACTTGTATGGTGTCCCT
GACGTAGGCTTAAACGACCTCTGTGCCCAGTTTTCATTTTGAATTATTTG
GAGGGGGCTTAACGTTTTGTGAAGTATCAGTAGTGGTTTTTAACCTGCTT
GTTGGCTTTGGCATAGCCCAAAACAAGTTTTGGGAGGAGTTATTCTGATT
GTGTTTAGAAAAGACGAAATTTTCACTAGAGCAATTTTCCATGGGCGGTA
ATAATGTTACTCATGTCTTAAAGGAAATAATATTTAATTATTAGCCACAA
ATTGAAATGATTAAGTGTTGATTAATTAATAGTTGAATTCATTTCGTTAA
AAGGATGCTTCAACAGTTGGCTAAAACTGKTATTAGTACAAAAATCATGA
WAAATGTCCAAWAATTAATTAAACAAATAAATTAGAAAGATAAAAATGTA
AAAAAAAAAAAAAAAGAAGAAGAATCAATAAATGATTGAGATTAAATTGG
TAATACTTATAGATCGATCGTTTATATATTGAATGTGTTGGAGCTCCTAT
GTATCTGATCAAGTCTTAATTGACACTTCTCTATCCCGAGGTTGTCTCTG
ACCTTACAATTATCAAGATGTGTTTGTCATTAGAGTAGTCTAATAGATAA
TTACATAGTATTAGATACAACATGAATCATCATCAAATATATTTATTATT
TTTTCGGCAAGATGTCCGTTTGGCAAAGTGCTAATTCGACAAAGCTTCCA
TACAGTAGAGTGTTAGTTCGGCAATAAAGTTTTCGGCAAAGTGTCATATT
ACTAATTGRATCAATAATTAATGGCATTTTGGTTGGTCAAATTTAATAAT
TTTACTATATAAAATGCATTAATTTCCATTAAATCGTAATTAAAGTCCAT
CAAATGGTTTTAAGAATAAAAATAGACGTAGTATCAAGATTGAATACTAC
TTGATGTCAATGATAAACAGTGATATTTGAATTAAATCAAAGTAGGATGT
ACTGAAAATCCCTAAAAATGCGTCGATTATTACAATTTTATATTTTCTTA
GGATCAATTAGGAGGGGCGAGAAAAGTAGGATAATTAGAGAAAAATATCT
TTCCATTTGGTTAATTTGTATCTACAATTTAGAAATAAAATTTTATTTAC
ATGTAATCACATATTTTCAATGTATATGAGGGTCATATATATAATAAAAC
TAGGCAATAGAGGATAAGGTATAATTCTTTTTATTTGTTGGTCCGATTTT
AAAGTTCATTATTTCCCTTAATTTGATTTGAAATGAATTACTCCCACAAA
GAAYAGAACTTTCTATAACATTAGTGGAGGAAAATTATGGCAATTGTATT
TAAATTCATTAATATTTATTTTATTATGCATTTTTAAAACAATTATACCA
AAGATGGGCAATAATGCTGCATACTTCAGAGGGAGAAGTTAACAGCACGG
TAACCGATTAAATAATGAACAAAAAAGAACATCAGACGCAACAACTGTTT
TTTAGGTAGTTTATTGATTACACTCTACCCTTACTATTAATGAAATATGT
AAATGATTTTCATAGTTTTAAAAAYAAAACCTGGGTTATTAATGCCTCAC
CATAAATGCTGACATCAACAACCCTGACGTCACGNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNATGCATGTCTACTTCATATTAAT
CAACTTCTTGCTGATTACAATATTATTTATTTTTATAAGATCCCTCGTTA
CGTATATGTACAGAAGAAAATATATTTAACCTTTAGATTGTTAGTAGGGG
ATATAAAGGTCAGAGTGGCGTATTTTATTATACGATCCATGGGAATAAAG
AGGATTTCGATCAAATAATTATTTAAGATAACAAAGAACGAAAAGGGCTC
ATCCTAGAAGTGATGGATGATCACGATTTATTTCTTGAGACTTGTTTATT
TATATCATAATATGTTTAGCATGCTGTAAAATATATTTAAGACTTTCTAA
TAAGAGTATGGAGTAGATATTAGAGGAGAGTTGTAGGAGTTGTGTACCCC
CATTCAAAAAAATAATGAGGATGAGTCACTTTGTGTCTATGTTGTCATTA
GTGTTGAGACTATGTCCGATTTTTCTTTTCGGTTCNAGACTTTGGTGATT
TTTGCTTCAGTAATTTTTTTGGTCTAGACTGTAGTCTCCGAGCGTGGAGC
GATATTTTTCCGTCTCACTTTTTAGACCGATATTTTTGATCTCACTGACA
GACTTTATAGACCGATTTTTTTTTTGGGTCTAGTGTATAATGAGTAGTGC
TGGATCAATCCTAGTACTGATGTCCTAATCAATATCCCCTCCTATCCTTT
ATGTTCTTTTTTTTTTTTTTTTCGACAAATAACATTCAGAATATTTCCGA
ATCTTCYCCATCCATATATATTAATATATGGAAGAATAACCATAGAACTA
AAATATGTAACAATTTGAACCATTAGATATGCTTTTAATTTGACAATTGC
AGAGGCCTATGATCAGTCTTAATTCATTAAGACCGGAATAAGTGCTTATT
TGNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNTATTATTTTTCCAGACCAATTT
AAGTATGAGAATCATTCGTGAAAAATATCTTAKTATWTATATYGTAATAA
ATAATTTTCATTTATAAGATGAAAAATTGATTGTATAAAGATATAATAGC
ATAATTTTAATTTAGGGTCAAATATATAACAAAACTAGCCAATAGAGGGA
TGTATTTCACTTAGACAGTAAGTTTTAAGTCCATTTACTCGTCCCATTTT
GACATGCAATAAATATCTCACTATTTTTCTTAATGTTAATGAAAGTTGAT
GTTTCATTCTCATAAAACTTTGTCGTCTAGGCTCCGAAAATGGCCGATAT
CAACAATGCTGACATCACGCTTTATTCTTTTAAATAGATACATATTATGC
CAAATAAAGTCGTAATGGTATGACTAAATGTTTAGGGATTGAAAGTATTA
AACATACCTCTTTGTAAGAATTCAATGTTGATCATGCACAACATCTGATT
ACAGCATCAAAGCATAACTCAATTCTTCAATAGCCCCCTTCAATCTCTCT
CCCTCCCATAAAGTAATAAAAGTCATTGCAACAAGGTCATTATAAGAGTT
ATACTCATCAAGCAAGTTAACATTTATTATGCCTGAAATCTTTTAGGGTA
TCTCTGTTCGACATAAATTTATGGATAGACCTATGTACTAAAAAAAACTT
CAAAGATAATATGCTTTAATTGGAGTAATTATTATTGTGTTTATTGGTTT
TTATTATTCTTAATTATGAGGTTAATTATGATTTGTAATTGCTGTTGTCT
TAGAAATAGAACTTTTGAGGAACACGGAAATTTCTAAATAATTACCGTAG
GATTTTCTTTGTTTATAATTTTTGTGTCAAGTCGAGCATTGTTATTGTTT
TTTTAAGGGTTGTGTTTCAATGTTTGCACAATTACCTTATGAATGAATAC
TTTATCTATGCACAAAAGCCATAAAAAGCCCCATCTGTTGGTCATAAAAC
TTATAAATGATTCTTTAAAAACGAAATGACGGTAATTTTTATTACTCTTG
ACAACTTTTAGTAGTACCTACCTACATAAAATGTTCATAATTCTATATTA
TTTTACTGTTCCTTTGCATTTTGATAGCCCGTAGTTTCTTAGTTCTCCAT
AAATTGATTATTCTATTTAGTTAATATATCTAATAATACACTTATTGATA
CGGTTAAGTAAGTTAAGTAGACATTTTGAATCATTGTACATACACTTTGA
CAATTTTGAAGTATAGTTATTTCTTTTGAAGTTTTGTTTAAACTCTATGT
CTCTATATCTATTAATATAGTCGGAGACCTTTCAAGTTACTTATATCCAG
AAAATAACTCGTATTACATCTTAAGCAAAGACATACTGGTCTGGCTGCTC
CGACAAACTCGATTTGAGGCAGGAAAATATTTRTTTATTCGTAATAGTTC
AATAAATTGTTTTTTTCTAAAATTAAAAAATAGTTAACCGAAATATTCTG
GCAAAATTTGTTTCATAATATTATAGTCTGGGAAAATTAAAGTTTAAACC
GCAAGACTGTGTTATAATATCTATCATCTGTGTACAGAGTGGGAACCCAA
AAACGTCATTTTTATCGAATCAAGGAAAAACAACTCAAAACCAATTTGTG
TTATGTTTAAATACTACATTTAGCTGTATTTTTTATTCAATATGACCTAC
TTTACAATCAACAACAGTCTCGAGACAACAGCGAAGAGATTAGAAGCTCT
TGACGATGAATGGCGTACCATGCTGGCGTGATAGTAGGTCCGAGCGAATC
CAAATTTGGATGAGAAGTGCGGCATATATTCTTCTCCAAGACGTCGTCGC
AAATAACAAAGTTCAAGGGGTTGAGGTTAGGGCTGGATGAGGCAACTTGG
AGGCGGCCCAAAAGTCAGCCATATTGTTGCTGCATAAGTTTTAGTTCTCC
TTGGCTATAATAAACTTCTTGATGTTGTAGGCAGTCCGGATGCAGATGTA
AACGGACTTTGCAGCTTTCCCGACCCTGACACCGGAGCGGGAGATCACAC
ACACGTTGACTTTTTTGTAGTTGCTTCCACATTTTTATTCTTATGGATAT
GGAATAAAAACAGAACATTTTTATTTTTGTTTCAGCTGTCATTTTGTTGT
GTAATGAAACCTCGTAATTACAAGTAGCAGGGGATAAAATCGTATTTAAA
TTATACTATAAGATTTGGGTCCCCACTTTGTACACGTATACGTGTATAGA
CAATATTTTTAAAAGCTTTGCATATATATATACATTGCAAAAAATCTTTA
AACCTCAACAACTTTTTCTGTCAAAATGAAAGGTTTTTGTGATTAAAATG
TGTCTTGTTTGTAGGAGTGAACATACTTTGACAATATGTTAGATTTTGGA
AGCACGGAAAGGACTAACACGACTTTTTCTCTCCAAACAAGAAATATTTN
AATCACATAACTTCTTTACTTAGTGTTGTGGATGTTTGAAGATTATAAGG
GTATTGTATAGGTTTGCCCTCACGTCATACATTCTCTTTCTATCTCGAAA
TTGGAGACAGTGTATAGTTGAAATTCAGATATAGCAAGCTTTTAATAATA
AGAAAATAACTTAGCAATACGAAAAATATATTATTGGATTATGAATACGT
TTTTGAGATGTTCGCTCAATTAGCACTTTGGAGGAGGATGCAAGTAAATG
GAATTTTTCATTATATGGTGGAGGTTATGGGCTTGTATCTTATGAAGTAT
TCCGGGTGAGTGTCGGAGKCGATCCTTGGACTAAGGGACATGGAGATGCA
CTTCCCAGCCATCAAATCCTTTTACTCATGAAACAGTAAATTACTATAAA
CATACATAAATAGAAATATACAGACACTCCAGACACTCCAATGCTTGTCT
AATTCTAGGTATTCGAGTAATTGTGATCGATTGAGTCGATATCTCTTTCT
CTACCTACTCCAATAATATACTTTGCGTTTTGTGAAGCGTCGCTTCATTG
CACTTATGCGAATTTATGTCCTTATTATTAAAAGGTTGGAATAATTGAAT
TTCAACTATCCGCTGTTGCTGTCTCCAATTTCAAAATGGAAGGAAATAGT
ATATATATAGTAATCCGCCTTAACCGTAACACTTAGAACCGAGACTTGAG
CCGGTGAAATGGAAGAACCGGGACCGTGTATAACCTTGAATATAACTATG
CTGATTTTTAGTTTGTCATTTTTGTATTGGCAAAAATTCTAGATATTGTT
GAGTAATATATTAGTCATGAATATATATTTTCCAATGTTACCTCTTAAGG
AACATAATGTTATGACAAAACAGACCTCATCCTTTAGAAAAAATAAATAA
AGGAATCATAACAAATGCTTCACGATTTGACAGGCTATTTATTTGAATAA
GTTATTCATATAGACCCATGTAGACTAATAATTATTATTGTTATTTAAAA
TTGGGAGCAGGCATCATTCAAATCAATAATAAATGACTTTCGAAAAGAAT
CTTATTATTTGCTTGATATATTCGTTTTTGGACGAATGGAGTAGTGCACC
CAGCCGTGTTAGCAAAAACCCGTTATCTATTTTACCAATTAAATTGTACA
AACGTGAGCCACGTTATTTTTCCTGATATACGATGTCGTCTTAAGGAAGC
ACTGACGTGATAGGCTAACATTCGTATCGGACTTATTCTCCATTAGTGTG
TTTGTATTAAAATCGGGTTGCAGGGGGATAGGATAAGGCCAGAGAAAATT
TCTAACGTTTAAAAGAACTACCCTTTTCTACCGGAGATAATTGGGCCCAT
CTCTGTAGATAAATGTGGATCTGAATGATTTAAATGCAAAACCAGGAGGA
ACATCCACAGCTGTCAAGCGTATATACACTGTATATTTTTGTGTTAGCGA
GGTAACACCATACTATAAACGAAATCATTTACATTAGGATTCAGGATCCT
GTTATGAAAGATAACAATACTATGTAAGTAAGAATTAAGTTTCTCATATA
GATGTTTGATGTAGGATTACTGTTTCAAACAGAGATGATGATTATACTTT
ATCGAGACTAGCATATGTATGTATAACTACTCAGAATATATTAAGTACCT
GCAAACATGTTTTGTTATTGAAATGAGGCAAAGTATTAGGAGAAGGATTC
AATTACATCTCATTTTATACCTTGACAGATGTTTTTTTGAAGAAATCTTT
CGCAGATTATTCCTTATTATTATGTTACATACTCAAGAGTTTTTAGAAAA
TAATAGAAACTAACTAATTTCCTATACAGCACAGCATGACTGGGGAAACA
ACATCTTTTGAGACTTGTATCACGTATGTACGTAGATATATACAAAAAAA
CAACAACTCAATGATCCACATAGTTTGACTCAGCTTATGATGGATGCCCA
AGAGCAGTTACTACAAATGAGGTTAAATAGTCGAGTCTTATGAATTTTCA
ATTACTTTTAATTGATGACGCGTTTTTCGTCTACATATTATTTTGTACAA
TTATATATTTCAAGGATTTGTTGTCTCGTTTGATTGGATTCAATTTATAA
ATCATTTTATGATCCATTTCCTTCATTTCAAACTTGGAACTGATAACATC
TTCATTGATGAAAATAATAGTATCCACCGATAAAAAAGAAACCGAAAATA
TTTGGAAGGAGGGTAGTTTAGCTGTCATGATKTTTCATATCATGACAGCT
CGCAGCTATGAAATGAAATAAATAAAATCATACCCCACTCTATATTTGGC
AATGACATAGGCAGGAATTACTCTGAAGTTCTACTTTAGATTCCAACAAA
GGCTTACAGTTATAACTCTCCATCATTTATGAGCAAACACATTCGCGGTA
CAACTTAATAAGTATAACGAGATCAATTTCAAAATATGAAGAAAAAACAA
AACATATTTTCAGGTAGCAACTACAAAAACTTAGGCCCTCTTTTATTATA
GTAGTAATAGATGATGTAAAAGTTCTGTGCGTTTTTTTGCTTTATTTTGA
CAANTAAAATTAATAGTTTTAGGATTATTCGATTTATATGATTCCTAACG
GGTTTCCGGCTAATCTTCAGTTCCTGGTCAATGGAATAAGTGCTCACATG
CCGGTTCAACTCGACAATTTCCATTATTTTATTGACGTCGATATTACCAG
AACGGAATAATCGTTGCATCCGATACTGTATTGGGTCAATAAACAGTACG
GTTTAGTAGTGAGTAGMGAACTTATTTTCCTACTATATTCAAAATTTGAT
AGAACATTTGTGTGTCTTAAGGATTTGTTGCGAAGTCATCCTTGTTGGAC
TCTGAGTAGAATTGAAGATCGACCTGGGAGGGTGTCCTTCTTTATTTACA
TCTCCCCCGCCCCTTGTCACAGCTGATTTTAGCTCATCGATCAAGTCTTC
GTGAAAGCTAAGCTGCTCTCTTCCAAAACATTATTCAAATTGTCAGGATT
ACTATGTTGATTTTGGGTTTCTTTTTTTTAACATGTACAAAATACACTCG
ATTTTCATCATCAATTATTTTCATCTATGAACCTTTATATCACGTCTTCA
CCCTTTATTGTATCACACAACCTTTCCTCCGAAAAGAAACTGAAAAAATG
CCAAAAATCCAATGGTAGTTAGCCAATTATTCCCGACTATGAATTTATTA
TTTAATAACATTAAGAAAATTATTCACAGCTTAATAGGAGCAAATTGATA
TACATGCATAACTCAAATTAAATTTTGTAAGGGTAAGAGCAAAGGTCAAT
GCCACATCAAATGTTAAAAACTCATAATCGACCATAACTTTTGAACAAGT
TGAGATATATAACTCAAATGAATGTTCATTTTGAAGGAAAATGAATTAAG
GCGGAGGTTTGGGCTCTATCATATGCCTAGACCAGTTAGTTATTTTTTCA
TTGGTCGCTTGAAACGCAAGTCTATGAACATAACTTTGATGAGGGCAACT
CGATTCAATGGGCTTTTTAAATGGCTATGATTTTATGACTATGATCACAT
CATTTTTACATACATAATAACTTGTTAGTCCATTGTTTTCTTATTCATGG
AAATATGCATTGCTTAATTGTCTGATNGTTCAAATATGTATGAAGTTATT
CAATTCTTCTTCAATCTCTTTGTAAAATGTAAATGAATGATCCTACGTTT
AAGATATTATAATACATATCTATCCATCTACATAGTATATTATTTAGTAA
ACGATGCAATATTTAATGAGGTCGTTAAGAGATGTAATAATATACATATG
TATTAATATATTGCCTTAATGGGCTTATCTGAATACTTTGATTTATCATA
ATTTTGAGCAAGTGGGATTAATAGATTATGATGATCAGCATAGATGAAAA
TAATATGATAACGGAAGAGGAAGCGGCTTTTTGTAGTTGCTAACCGAATA
CAAAGACATCCTTAGGGATGTAAACTGTGTGTATTTTTTTTGAGAATTCG
TTGTGGAGTTATAATTGTAAGTCCTTGTTGGACTCAATGTAGATTTGTGA
TCAACGTCAGAGTATTTCTTCCCTATGTCCTTGTTTATTTCCTTCTACCC
CTCATCCCTTGTCAAAGCTGATTATAGCTGATCTAATGAAACGTAATGAC
AGCTAAGCCCCTCTCCTCCAAAACATTCTTCAAATTTTCGGGGGTTACAA
TGATGATTTTTTTTTAGCAAGCACATTTTGAACGCTCATTTGTTAAATTA
GGTACAATTCCCAAGAAGTTGTTGAATAATAATTTAATAGTTAGGAAGAG
TTGTCTAACTACCAGATGAGTTTGGCCCTAATTTCTGTTTCCTTTTTTGG
AGGAAAGGATATGTGATACAATTAATTAGACGAAACTTGCAAAAAACTTA
AAGTCCATTAATTATTTTTCGACATCCACATTTGATACACTTTTGTTATT
GTTGTATCGTTCAATTAAATTGACTTTTTTAAGTACGAATACATAAGTAG
TGAAGACAAGAGTAAGTCATATCGCAGGCCACCTGTTGTGAAACCCTAGG
CAGATCATTTTTGTAGTCACCTAACCCACAAGTCCCTAGGATCATGAAGG
CAATTATTCAAAGTAAGTTATCCTTATTGGCATTGTTAGCAGCTAGGGTT
ACATTATGCCGCCCTTCATCTTTAAACAGTGACTGAAGATTAACTTCAAG
GTCTGAATCGATGTTCTGCGTACCAAAGTCGTGTCCTGGATCAGCAGCAT
CATGAAAGCCCCCGCTTGGATCTGGATTAAATTCTAGTGCTTCAATTACC
AAGAGGTACCATAAAAAGATGAGCTAAAATTAAAAGAGTATTAAGATACA
AGTAATCGCTTCCCACACAGTCCAATGAGTATTGTGTCAAAATAAGGTTT
TGAGACGAATGATAAAAAGTATTTATTACCGTACTTTTGCTAAAGAATAA
AAAAAAAGAAGTCCACGTCCACAAAGGAGAATGATGACTTCTCATTTCTT
CATTAAAAACCATGATTCCTTCATATTTTTCTTTCATCCGTACTGGGAAA
AAAATATCATCTGATATAATATAACATTATTAATTAAGATATCTTTACCC
AAAATGTGGCCAAGGAAAGATTCAACGACGTTAAAAAAATATATAAATCA
TCACCTACTAAACCCTTATAAAAAGACGAATAAAAAAACTATAAAAAGAT
ATGAGATTGATAATAAGGCTGTATAATGGGTTTTAACTTTAATCACGTAA
ATGACAAAATATGATTTAGAGTTATGAGGAATAAGATTTGAGGAATATTT
CCCTTTTTTGAGAGAAAGAGCTACAAAAACAAATTCTCATGACATTTTAA
CGTCCATGATTTGTATACATAATATATTATATAGAAAACATTAACTAGGA
ACAAAGGCACTTCCGTCGTCCCAATTGGCATCGTATATACACTCTCTCAT
CATTTATCAAATCCCATCCAATAGAAAATATTATTTACTGCATTGATCGA
ATAAATAATTATTTACGGACTCACTTTCTCATAGAATAAAATGATTACAC
TCTTTCATATATGAAAATAAAGCCAAGCCATGACGATGTAAAAAAAAGTC
CCTCGTACTATTCCTTCTTCCCACCATATATATATATATATATATTGATA
TCATAATCATTTTAACACAATATCAAAGAAATTTAATTTTTATGGGAGGA
CTTCTACAAATAAGGTAAAGAAGAAAAAAAAACGATACAAATAACTTTTG
ATGGAGTCATACTACCGTAAAACTATACAGCTATTTACTTAGGTGACTAC
ATCAAGGATCTATCTATGTTAGGGTTTCTCAACAGGTGGCCAACAAAATG
GCCTTGTAGTGGTTGGCAGGGCGCTAAGTAATTTTGCCTTAAATCAATTC
GCCTTAGGACATCTTGCCTCTATGATTTTTTGCCTTAATATATATAATAA
ATGAGATTTATACGTCTTTTTTGTTTACTTCGATTAAAATTGAGGTTCCC
TTGAAATTTTTTTATCAAAAGATTTAATGTGTATTACTATAAAACGCAGG
AAATAGTCATTTTCTATTAGAAAAATCATGCCCCAAAATTTTAATGCATA
CACCAACAAAATTTTACAATGTTAATGAATTCGAACCAGGGAGAAAAAAG
ATTATAAAATTAGTATAATAAAAAATAAAAAACATGACATTGATTCGAAT
TGAAGAATTACTAATCACTTCTCCGTTTGTAATTATCATTACAATTGATG
GATTATGCCATACTAAAAAATACTCATGGATTGAAGAGTATGAGGCAAGA
GCATATTTCAAAGATTATTCCAACAAAAAAATAAACATTTTAAAGTAATA
CACATTACATATTTTGATTTAAAAGTTCAAAGGGAACATCAATTTCTACC
AAAAATAAACAATACCGATGTATAAACTTCATATATATATATATGTATTT
GAAGTCATAATATCCTTGAGGCAAAATTACCTTATGTAAAATATGCGTGA
ACCGGTGGGCACAAAAAGTACACACTGATAAGATAAGAATCCGTGTGTCA
AAGGGGTAAATGTTTCCAATTTGGTTCCCCAGACTGTATATATTAATTAA
TTATTAACAGAAACCTCTCACACTTTTATCTGTTCGTCCTCTCTTTTTGA
AAAATTCCTGCTCATTCGTCGATATATTTTTTTATTTTTTTAAACGAAAC
GACAATTTACGCAAGTTCAATGTTTGTCTAAATATGATTAAAAATCAAAA
AACTTGTTTTTTCCATGCGAGATGTCACTTTGAAGGTATTACAGATGATG
TCACTTTATCATTTATCCTCGCAACTTATACAATTTTTTCTTCAAAGAGT
TCACCTTGTGAATCCATGGAGATTACAAAGTGTGTTATAGAGTAATTCAT
AATAACCTCAGTGGACAAAAAAAACAAAAAAAAAAAACTACTTGTATCTT
GTTTTCTCTTGTAAAAAATCTCGAAGCCTGATTGAATTAATCAATTAATA
AAGGATATTGAAATTTATGTTGATTGATGTTATAATATTTAGAGTATTGA
AAGGATATTGTTTTCTTAGTCATTCTCCTCTGGCCATGTCACGAAGTCGT
CTTTATGAAACAAAAAAGAAAGAAATGAAATATAGTCTTTTTGTGTAACT
TTAATGACCTCATTCTTTATCCCTAATGGATTAGACGTTACATCCCTGCT
TCATATTACACTTTTAACGGTTTTAAAAATACTTTATAGGATGATTTCTC
CCTACTTTCTTCTAGAAATGAATACTTTGGAAGGTGAGTTGTGGCAAACA
TCATCTTGGAATGATGATGCAACTTTTTGAATTAGTGTTATTATGTCTTC
TCCAATGCTTCATTATATCTCTTAGACTATGTATTTTACTATCAGACAAT
TCATACTCTTAGAAGTTATAATTAATTAGAACGTATAATACCATTTTGTA
GTGTTGTAGCGGTCCAATACTTTAACGGCCCATCTTGAATCTAAACGACG
CGTCTCAATTGGACGCAACAACCATCCCATAGAACAGTCTTTGAGTCATC
ATTAGTGTTGTAGCGGTCCTTGAACTACACCGTTCAAGCTGAGCAATGGC
TTGAAAAGTGTCATGGGGACTGCACACCATAAAGTGAATAAAAATATAAT
AATAATTTTTTAAAAATGAACGAGAAAAAAAAAGTGTTTTCTTCTTTAAG
ACTGGGACTTTTCAGCTTAGTTTCAGTTTCAAAGCTAAACTACTCTGCCT
ACTTTGTGAGAAACTTAAAGAGGTAGAAATTTTCAGGATTTGCTTCCCCA
TACTATATATATTAGTAAAAATGCCTTCTAGAGGGTGCCATAAAATTTGA
GACTTCTCGAGATGTAATGTTTGTATTATCATATTTAATAGTTTCATTTG
AATTCAATGTACGTGTTGTTATTTTAGATGACAAACATGTTGTTAAAGCA
ATATAATGACTTAGTTACATACAGTTTCCCTTAATTGAACGGATCCTGCT
ATAGATTTCTACATGTGTCACATGTGTTTCAGCTCTTATATCTATACATA
TAGAAATACAGGTGCTTCTGACATGTACAAAAGTATGAAATATATAGATG
TTTCATACGTCATATAACAAAGGGCTGTTGACTTATTCCTGGAACAAAGT
TGTTAAATATAGTTATTATATTGAATTTGTACTCCTTTTTATAGTAACAT
TTTCTCGAATCACGGTCGTTTCGGATCATTAGACATAAATATTCGGCGGA
TAAGTGTCTCAAATTTTCTAAGCATTGTGCCCCAAGTTGGGACTTATATA
AAATAAGATCCGGATAAAGGTTACATTTTTTCGGATACCTGATGCCGAAA
CAATGAATAACTCAATGTTACTACAATTGGAATATATTAGGTTAAGTAAA
AAGTTTGGAGCGTTTTTCGCTAGATGTATTTAGTATCTCATGATTAATAC
CCTGCATTAAAAAAAGCTTAAAGGTTAAGTGTAGACTTTAAAAAAAGTTA
ATTCACAGTTTTATGTTTGGTGAAGTCAGTTCTGTGTATCAGCATTCTAA
ATTGGAAGTAAAATAAGAGAAAATTCGATACATTCTTGAGTATCACTACG
ACCAAGGTAAAATGATGGAGCAGGTGGACAAAAAAATCTGTGCTGTACAT
GGACTCAATAGAGTATCGAATGCAACAGCAAAGCGATGGTTTCAACGATT
CTACTCAAGTAATATGGACGTTGAAGATGAGGCAATCATCGAAAATGTAA
ACACTCATTCAATTSCCCAGGAACTAAAGATTAGTCAAAAAAAACTGTTT
GCATAAGGCTGGTACTAACTATGCTAATTGTAGGGTCAAAATAAAGTGAA
AAAACACTCCGAACTTTTTAATTCACCTTTTAACTATTAGATATCATTAT
AACGATTTTATAATAACATTGGTAACGTATTGACCTTAATTGTATCTGGC
TCTCTATTTTCCTAAAATAAACAAAAAACAGGCCACAAATCAGTTGGTAG
TTAGCCATTTCTTCCCTAGTACGGAATTATTACTCAATAGTTGTTGGGTA
TTATTCGTTTTTTCTTGAGGTCACTATACTTCTTTTTTAAAATCAATTAT
CGTAATGACTGTCCGAAGGACCGGTCCTTAGACTAGCCCGGACTAGAACA
AATAAATAAGGACGTATACAACACCAAGGTACAAAACTTTTAAGGACTCA
GATTCCACTTAAAGACCCCTTTTTTCATATTAAAATATTTCTTTTAAAAA
AAAATCATTTGGGGAGTCAGGCCCCCGAGGATAGTCCTGTTATACCGTAC
ACGGATACTTTGTATCCAAGACCCGTCCTATCTCTAATTAGATGTATTAT
TTGGGTTACAAATTAAAACATCTGTTTACTGATTAGTCATTTTTATTWAT
TTTTGTAATTTTAATTCGAGTAGGATTTTAAAGAGAGAGAGAGGGATAGA
GACAGAGAGATCATCATATTAGACACGCATGGTTGGATTTTTTTTAATGA
TTCATTTTGCTTTGTATTCACGATTCTTATTTCCAAATTAAGGCCATTTC
TTTTGTTTCTTGAAGAAAGTTTGTTACGGTTGATTTCTTACTTATTTATA
ATTTATTTTGAAGGGAGGAGACGTTCATTAGGTGCACATAGGTGAGAAAC
AAGCATAAACGAAAGTACATACATGTAAATGAACAAAGAGAAAAAGGGAT
TTTTATATTTTTAATTCACTTTAATTAGATTGAATTCAAAAATACATATA
TATATATATATATATAATACGATGCTACCTCATTTAAAACATGGGCTGAA
GAGTCCAAGGGCTTAACAAAGAAAATACAGTTGTTTTTATTGTCCAAAAT
TGGCCCTTTTATTTTTTATTCGCTTTATGGTCATTCCTTAGCTTGATTGG
AAGAAACAGGGCAGTGTAAGATTAAGACATAAAATTGTTTTTGATTCATT
TTTTTAATAATAAAAGTAGTGTCAACCTTAGCACAATAACTCACAAACTA
AGGAACAGATTGTCATGAAATTTGGACAGTTCTCTTTTGAAGATCGTTAT
TAACCAAATACGATGTATTTTTTTAAATAACGCCATCTACGTGTGAAGCC
ATGTACTTTTCAGTCCATTTGTTACAAAAAAAAATTACATTGCATTGTAC
ATATTTTATTTTCTGCTATCGATGTTCTACTCCTTCAACCTTTCCTTGTG
TTCCGAACGTTGATTGGTTGAATGTGAATATGCTCTTTTTAAGCTGTGAT
CAATTCCCCAAAATTAAGACAATTCCGAAAAAAGTCGTTATTTTCTACAA
TTTATCGCTAAAAGAAGTAACAGATTAACTAACCATTTCACCTGAGAATT
GGCAATACCCACCATCAACTAATGGTATTATCATATTAATACGTCGAATT
AATAGTGTTGAGTGCTGTCATCAAAGACCGAACTTAATCAGCTTTAGGAC
TGAACTGGACCGGCAGAACTACAGTCTTCAGTCCTAAACAAGGGTCAACA
CAACACTAAGTCATGACCAAAGTTGCAATCTCTTACCTTATTGTTTCCAT
CTTTTTCCAGAAGGGATGTATGTATATTTGTTAACAATATCTTGTTTAAA
AGATAACAATCACAGCAAAGTTATCGTTAATCGTATGTATATTTTTTAGT
TTGCCCTCTTTTTTGGAATTAGAAATATGAAGAAGGATTTTTCTTTTCCT
TAGCACAGTTGCATTCATATTTAATTCCTGAGAAGGGAACATCCTTTCCC
AAATGGATTGAGTCATATTCAAAACCCAATTTAACATTCGTCTGTGTTCA
TAAAAGACTGAGAGGAGTAACCTTGAGGATTTGTTACAAAGTTATAATTG
TTAGACTCAGTGTATAATTGAGGATCGACGTTGGAGTAATTCTTTCGAAT
GTCCTTGTTTATTTTATTTTTACCTTATTCCTATTTATAGCTGATCTAAT
GTAGCTGGCATGACAGCTAAGCTGTTCTCCCCAAAACATTCATAAATTGT
CAGCTTTGGCATGTTGATTTTTTTAAATAGAGCTTTTTCTATTTGGCAAT
CTGAACATGATTTTGTATTGCTCTAAGCTGATATCATTATTATTTAATTC
TTGAGGTGGGAACATCCAATTATGAAGTAGAAACTAATGTGTGTGCTCAT
GAAAGTTTATGTCCTTGTTGGACTCGGAGTAGAATTGAGGATCGACATCC
GGGATAATTCCATCCTATATACGGAGTGGGATTTGTGTTCATTTCCTTCA
AAACTCCCCTCCAAAACATTTGTTATAATTGTCCAGATTTCAAAGGTTAT
TTTTGGTTTCTTTTATTTTACATGGCGGCAGGACATGAATCACTGCTTAT
TCMCTACCCGGTATGTTGTCATTAATATGTAACTACCCCTGATCCCGTGC
CTCACATACACCACCACAATTTCAACATTTTTTTATTCTTCTGCTTGTAA
AATTTACCTTGTGTATCGCCTTCCATTTTAAAAACTGTTGTTCTATCGAG
CAATTATCATCATGATAATAATACTAATATCTGTTGCATGTTGTTGAATT
ATCTTTTTTCAGGACCCTCTTAAATGCCACTTGAATTTTGTCCTGTGATT
TGATTTTCGTTTTCTTATGAAAGTTTTATGATACTACTACCATTAATTCC
CTCTGGCTAAAATTTCTCTCATTATTTAATAATTAATGAAAAACATAATA
TTTTCGTGAAAACGTGAATAATATTTTATCTGCACGTTGCGTATGTAGGT
ATTTGAATATGGTGAAAATTTATTATTATAATGAGAGACTCTTATCCCAC
TCAATGGATTGAAGCAAGTTGAGAGTAATTAATATTGCTTCATTTTTATA
ATAATTACTCAAACTATTTTTATTTTTAAAGAGGAAAATGAAGGATGACT
CTTATGAAGATTTCAAAATCTTGTTNCACGTTGCGTATGTAGGTATTTGA
ATATGGTGAAAATTTAATTATTATAATGAGAGACTCTTATCCCACTCAAT
GGATTGAAGCAAGTTGAGAGTAATTAATATTGCTTCATTTTTATAATAAT
TACTCAAACATTTTTATTTTTAAAGAGGAAAATGAAGGATGACTCTTATG
AAGATTTCAAAATCTTGTTCACGTAGGATGTGTCTCTCTTCTATACATAA
ATCCATTTACAACCGACTTATATATTTTTCAAATCCATGTCAATTTCTTG
GGGAAACAAATTCTAAAGAATAACATTTAATTATTGTAAAACTAATGCTA
GTATATGGCATTCTCCGGAGTGATAAGGCGTCGGGCTAAAAGATTTTGCT
TTAATAATATAAAAGATAACTCTTCAATAAATCCTTGGTTTACTCCCTGT
TTTTCATGAACACACTCAGACGTAACTACTCAATATTTATATCAATTCAT
ATGATGTGCTCTCTCCTCAAGAAACCCTTATAGAGTATCACAGTTGGAAA
ATTAGGATCCCACACGGAATTTTTGATTAACATAGTGCCTTTGAAAAATA
GAAATGAGGGATTATAGAAAAATAACTTTTTTAAATAGATGGAATACTTT
CTTTAAAAAAAAAATACTCTTTTTTCCAGAAAAATGACTTTTTTAAATAG
ATGGAATACTTTCTTTAAAAAAAAAAAATACTGTTTTTTCCAGAAAAATG
ACTTTTTTTAAATAGATGGAATACTTTCTTTTAAAAAAAGTCAATAAATA
TCGCACTGGCTAGAAAAAGAGACCCAAAAGGTGTGTTAAAAAACATTATT
TGAATAAAAATAACCAAAATTATTTATAAAAAAGGCCTTTTAGAATTGTA
GGGCTAATTTTTTTAAGTCATCTCATATCAGAGCAGGAAAAAATGAAATG
GATGTAAAATTTGACCCCTAAAAAAATCCTAGGACCAGCCATGCCCTAAA
GCCCTAACTTGTTCCCCAATATTAAAAGTGCGGTTATATCAATATCTTTG
GCCCTCTCCCAAATTGTCGTAATGAATGTAACTGTAGATGAGGTTATACT
TCCTGGCTCATACAAAAATATTTAAAAAAATGATGGAGCTGTGTTTTCAA
AAAATTTATTTTTGAAGAGTATTGAGTAACTAGGTGTACTCATAAAAAAC
GAGGAATTATATTGAAGATTTCTTCAGGAGTTATCATTAGTGATGTCAAT
AGTGTGTATTTTTTAGGAGGGCTTTTTTGGGGGGAATTGGTATTCTGAAG
AATGAATTTTCTTTTATTTAGGTGCTGTCATTATTATTTAATTCCTAAAT
AATGAACTTCCCTCCCTACAACATTCTTATATTCAAAACCTGATTGAACA
TGCGTTTGTACTCATAAAAGACGGAGAATAACCTTGAGGCTTTGTAAGTC
CTTGTTGGACTCTAAGTAGAATTGAGGATTGACATTGGGGTGATTCATGC
CAATGTCCTTCTTTAGTTCCTTCTCCCCCTCCTTTGTTGTCAAAGCTGCT
TGTAGCCGGTCTAATGAAATATCATGACAGCTCAGCTGTTCTTCTCCGAA
ACATTCTTCAAAGTGTCAGAGTGAATATGTTGATTTTGGGTGTTTTTTTC
AATACACACAAGTTTCTTCAATAGTTATCATTTATATTAAAGCAAAGGCT
GTCTATTTGTTGACGCTCAAAAACTCCGGGCAATATCTGTTATTAACGCT
AGTAGATCTATAATATAGAAACATATAAATTTTTTTCATGACCTTTGTGA
AGTAAATCAAGTATTCCTAATATGTTGAAATTGTAACTATTTTTATATTA
ACTCTTCTAAATAGTGTTATTTAAATATTTCTGGAGCAGAAAAACGTCAT
ACTCTATCCTCCAAAATCATAACATCATAGGCAACTGATTTTTAAAATAA
ACTGTCAAAAATAAAAATTATTTTCAATTTGTTTGTTTTTTTTAAACATG
ATTTTGGTAAATTTTTGTGTGCCACAAAAAGAGTAACTCTTAAATCAAGG
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNTATATTAACTCTTCTAAATAGTGTTATTTAAATA
TTTCTGGAGCAGAAAAACGTCATACTCTATCCTCCAAAATCATAACATCA
TAGGCAACTGATTTTTAAAATAAACTGTCAAAAATAAAAATTATTTTCAA
TTTGTTTGTTTTTTTAAACATGATTTTGGTAAATTTTTGTGTGCCACAAA
AAGAGTAACTCTTAAATCAAGGAAAATTATTTTTTTTTTTTTTGTTATTT
GTCAAAATCTTACTGTTTTCTGTAAGCATACACGTACATTCAAAGGCAAA
AAAGAGAAGACTATAAATATTTCGTATTTTGTTCATGGACAATAATGGAC
TTGTGAGTATTTATCTAATAATATAATTTATCATAGATATATACAATACA
TACTCAAACGTATGTACAAACGAATTCAGTTATTGTATTACACATAAATC
CTTCGTCCTGTGTGGTCAACTGAGTATTTGAGANGGTACATTTATCACGT
TGATCTCTACTGATGTGTGTGTCCATTGATTTCTTTTTTGGACTTTTTAA
GGAATATTAACAGAAAGGAGTATAAATACTAGTGTTGAGACTCTGTCCAA
GACCAAATTTTTCTCACTCGTTGGGTCTTAAATAGTGTTGGATCGGGCTA
AATAGACTAAAAAGACTGCAGCCCAATCTTAAATAATGGGTATTTTATAG
TTACTTCAAGTGCTGAATACTAACTACGTCAATTCAGCACTTGAAGTTGT
ATCATAACCTCTTTCAAGGAGATGAGACACCAAAAACTTACAGTAAGAGG
TTATTGACTAGAACGGTTAATTATACTCAAGTAATAGGTGTTGAAAAAAT
AAATAGATCATTTTCCAATAGATAGCTTTAATTATGTATATCTCGTATTG
TATAAGTGCAGTCGGTTTTCGCAAGATAGTATTAGAAAGATGAGATTTCA
TACTAACAAAACATTTTGGGGATTTTTTTGACTCAGAATTGTTTTGAGTG
CGTGTCAAAGATGGGCACCAGCAAAGAGAATGTACGCCTTATTTTATAGT
TGTTGTTTTTTAACAAGGCCAAAACGCAAGCCAGACGGCTGAAAATCTGT
CGTTGGTTCTGATCCAGTAACAGTCAATTACACGCAATTTTGGTTTTGTC
GATTCTATATATATATATACCTATTTAATTTTGTTGTCAAATTTGCAAGG
CCAATTGTCGAAAATGTGGAATGGAAATTGTCGAGTTCGACCGTTATAAG
AAGATAAACCTTAATGGAAAAAGTAATAAAAATAAGGGATTTATTTTCAC
TGCACCTTATATTCTACGTTTTAGCTGGAGGCCTTACTAGTTTCAGCCCC
AAAAATTAATAAGACCCTAATATAATTACTTATATAAATAGCTTTATTAT
ATATATATATACATGTGATAAACAATAACTTTTGGGGGGATTGAGCTACC
CCCAAAGTCTCTAGCGACTCCACTTGTTCTAGATAGTATTCTTTATTTTC
TTTCTTTCCAGCTAGTAGTGAAGAAAATAAAAATATAGCTAGGACTGAAG
GACCGGCTAATCAGTCCTTGGGACCGATGAATGGCGATAAAGAACGGACC
GATTACGAAAAAGGCTGATTAGGAACGCAGTGTTTAGGACCTATCCAGCA
CTGGTCTTAAGTGTTTTTTTCTAGACCCATTTAGACTGATTAATCTAACA
TTAACAATCTAGACCGTGATGTTAGACCGTATTCTAAAATTTAATCGTTA
TCAAATGGTTAACTGATTTTTTCGATCCCAACGTATGTATAGACCAATTT
TCTCTCAACTCCTGATTTGAGTTGAACAAATAGGATTTACACAAGTCATG
TATCTTGTTATGACGATATTGTAGGTTGATATTCACAATTTGTAAACACA
ACTGACGTCATCAACAATTCATCTATAGAATTGGTCTAAACATAATTTTT
CTTTGGAACCAGTCCAGACTGAACTTCTTTAAAAGAATGGTTCGATCCAC
TTAAAATTATAATGGTCTCGGACCGATCTTCGACAGTAATAAATGTATAA
TAAGTATTTAGGACAGTTATATTACTGTACTTTTTTATATSGTAGTCCTT
GTTGTTGTTTTTTTAATCACCGTAGTTATTTTATTAAATGCATTCTCATG
GACGGATAGATGAAATTGACAAATTTCTATTGTAATAGGTTTGTCTCCAA
GTAGTGCCACTTTCACTATGTGGTTTRATCTCTNNNNNNNNNNNNCGAGA
AAGGTGAAGACAAGTACCCAAATCCGTTCATAACTTTAACCAATTCTTCC
CAACTGTTGAATATTATTCTTAAAGGTTTATAAAACATGTCTTATAAAGG
GGGAGCGGCTAAGTACCGAGTGGTCATTTCAGGTTGAGTGATTGAAATAA
ATTATTATTTCGACATATTAAATCATAAGCAATTAGTTACAAAACACACC
TGAGCTCTTTAGCTAACATACAAACCGAGAAAATGATGGATGTATGTGAT
TATCGAATTTCCATTCGCGCACTTTAAGCAGTTGGGCGTCTCCAGGACCA
CCATCTCCACCGTCAGCAAGTCCGAAACGTTAGAGAGGAGGAAGGGCTCT
TTCAAAAAGGTCAAACTGGATCTGGAGGAGTTAAAGCAAACAGCCAAAGC
CAATCTCCTCAAGTCCATGAGGCCCATATAAGAGATCTTGGGTTTCACTC
CAGAGCTATATAAAAGTGGGTGGAAAGAGCCTTGTGAGGGTAAAGAGGCC
ACTTTTGATACCAGCAATAAAAGAAAACCTGCTCCTTTGTTCCAAGACTC
TTATGACTGGTTTTTGACACTTTTGGCCTGCAGTAGGCCATCAAAACCAC
TGTGATGGCATGACATAGAACTACATCCGCAGTGGGTGTCTGGTCTTCCA
CCACCGCCTAGAAACCATCATGGCGACTGCATCAATGATTAAGAGAGCTC
AGAGACACATCTATTTATAGTATTAATTTTGTTAAAATTCTATTTTTAAT
TTATAAATTATATCTTGTTGAAATTTGAAATTCAAAGTGATCCGGATTTA
ATTATCCCACCCCGTATGTACTTTGTTTAGGTTAATAATTTTATGAATTT
TTATCTCTCAAAAAGTTTTGCATTCCCTTCCTCCATATTTAATCCCCCGA
ATAAATTATCCTTAAAGTCAATTCATGTCAGAGTGAGAGAGCCAAGTCTA
ATTAGGATTTTTCCTTCCGTGTCAAATGATTTGTTCGGGGGGCGGAGGGA
GGTAGGGTGAAACTGTTGTTATTTTCACCTTCCTACACGTAATTATATAC
TTACCTAAGGTGAATCATTATAAATATATATACATACATATATAAGTGTG
TTGTAATTTTTCTCTCCCATATTTTAATGCTACTTTAATAGTTCTATAAT
ATATTATGTATAAATAATAATATGATCTTTTATGATTCGGACGCGTTTGA
AGTTATGTGATTGAGCATAACAAAATTTTCGTATAGTGTTTATTACATGT
TTCCGACCATAACAATATATTATGTTAATTAGTTATTTTTATTTTTTTTC
TATCTCATTTTCAGTTCCAAGAAAGTATTTGCCCCCTGTTGTGGAACAAA
GCGCATTAGGAACTACATTAGTATCCATTCAGTTTATTATTGGTATTATT
ATCACGGCTCTAGCGGGATATTCTCTCATTTGGTCTCCTCATCTCGTTGC
TCAGGATGTACCTCACTACTCTGGACTTACAGTGAGTTAAAATGTATTTT
TGTAAACACTTCACTTCAAAATCGATTAACAAAATAAACTCAAAACCAGC
AAATGATTATGTTCAGTTAGATTATGTTACAACAAAGTGTTTAGAAAAAT
ACTGGAAATAATGTGTTTGAAATCAAGTATTGTGCTAATAATGATTTGAA
AGTGTGTATATTGAAGCAATTTCCTTGGTATATCAACATAAAACTGACTG
AAAATAAAAGACAAAAAAATCATAGATTGTTAACAGCTCTAGGTAGTAGT
CGAAACATGTTATCTCTACGAAATATCATACTATAATTTTCCCCTTGTTT
TTATAGAAATGGGTAGTACAGTGTTTATCGTATAAATGCGTATATAATGC
CTGTCTTTGCAATTTCAAAAATTGCTTTATTGTTAAGCTATTAATTTTTA
CAATGATTGGTATATTTATTCATTTATTTAATTGTTTACGAAGGGGGTCC
GAAAAGTTTCCGACCTAACAAAGATACACAAAAAAATTTCTGTTATTTTA
TTTTTCTCTACACACTTCTCCCATCGATGGTCCCATTTCTGTTATCCTTT
CAAATTGTAATCCTGTGTTTTTCTATGCAAAATAATAGTTTTTTTTGTTT
TTGGCTCAATAACTCCGAGTTAAATTGTCCAACACAACACTTTTCAGACC
ACCCTAGTATTTATAAAAATAGAATGACCCTCCGACGAGCGCAAACCTCC
GCCTATTGTCATTTCTTCTCTATGTTTAAGTAAAAAATGTGTAATGTTGA
ATTTAATGAAATTTAATATGTGTTATATATGTGCCACGGAGTGTAAAAAA
ATCCATCATTTGTTTTTAACAATATTAAGTTGATTCCAAACTTACTTATA
CCAATAACAATTTGCTCTAGGGATGATGTCAAAATTCCTTTGTTGTGGTG
ATAATGCCAGCAGGTTGTGTCAGCATGCACTATTTATTTGTTAAAGAGAT
GATTTCTGCTTTGTATCTCAATTTTTTTTAAAGTGATGCTATATTATGCG
GGTTTGACCTTTTTTGTGACTGMCCTTTAGCCCATTCCATCCAATAGGTT
AATTTATTTACTCCAACTTATAAGTATGAATCATCAATCTGCATGTAATA
TTTTTTTAATAATTCTTGTTTATCTGTCATATCAAAGAAAATGATTAATG
AATTAATGGGACGTCACATTACTGAAGGGTTTGTCTCAGATTGAGAGTGA
TATTCAATTCAAAATTATTCCTTCCAGAAAAACGTGAATATCTCGATACG
TATAAGGTCTAAATATAAATTAAAATGTTTTTGTGGTGCTTTTTGTTGTC
TTGGATTATTTTTTAAACATTTTCAGTCACTGATACTGTCAATAGGTTAA
TCAATTAAACGGGCTTGGGGTCTTTTTATAAATTGTTTTTTCATAATTTG
CTTATTTGAATCCAAAAAACTAAACCTTTCAAAATTTTGTTGAATGTTTC
CTTAACTGATCCCACTGATTCAGTATAAACTAACATTATTGTATTACAAA
TACTCTAACTGACCTAGGAATTGTTTTTCTAGTATATACATAAAGCTCTT
TCTCTAGGAACGACTGAAATGAATTGTTTCTCATTGTTCTAAATAATCAT
TGGATGTAATGGGTTAATCTTGACCTTGGCTTTTTTTTTTGACGTAAAAC
AACTTTTCCCAAAAAACATAAACTCTATTCAACTTCGTTGGCGGAGGTAA
TTTAACCTATAATTATTTGTTTTATTTAGCTATAAAAACCAATGCCACAA
TTTACATTATCCGTTGCATTTTTTGCACAAAATAAATATTAGGTACATCA
TAAAATAAAACTATTTTTTTTTTACGTCTGTTGAAAGATGTTTATTCTTT
AAAAAATGTGTACCACTCCTAGGAACAGTTTATTGTTTGTAGTTATCCAT
GTGTTTGTGATTTATCATTTTGAATAGAGAGAAAAATAGCATGGAGATAC
ACAGGAAAGGAATTATTTATGAAATCCTCAGTAGAAAAATAAGAAATTTA
ATATTTTTTATGTAGAAAAAAAAATTAAAAAATACACAATTTTCTCCACG
TAAAAATAGAGAATGCCTTATTTTAAGTCGTATTTGGCATTAATCTATGC
ATATATGTATATTTTTCTCTTCATGAAAACCTCTCCCAAATTGTCATTCC
ATCAAAACCGCGAATTTTCTACTATGAAAGATTTGAAGCACCTTATCAAA
GGTTTACTTTTTTTTTACATACAAATGACAATATGTTAGCAATGTGAATA
TATTTATGTTGTCATCTGTGGAATTAGTATATGTAGGTATGCCTTCAAAC
TTAATTGAATTTGCAAATATCTTCTTTCTTTTTTGTGAAATTGTATTTAA
AATATAGTACAAATATATATGATTTGCTTATAAATTGCCTTGTTTCTTTG
TATCTATTTTAATCACAATGCTTTGCATTTTATTTTACTTTACTTTGAAT
GTCTTGATTAAGAAACTCTTCAGATTTTAAATCGAAGAAAATAGTGTATG
TATCTCACTATCTAAGATTTGTTTATACATATATTATATGTATATTTGTG
GGAGCATTGCTCGGAGTTATTAAACGTCGGGTACAGACAGATACATAGAT
ACCGGATGGTCCTTCGAANTTCAATAATTAATGAAATTTGAGTGATTGAA
RTTAATTAMKATTTAGATAAATTAAAGCATAATCAATTACGTAGTTACTA
GTCAAAGCAAACCTGACATCTCTAGCTTACGTAGAAGTCGAGAAAATGAC
ACTTGAGTATGATCGACGAATTTCTATGACACCTGACAATTAAAGAATGT
TTTAGAGGAGAGTAGCTTAGCTGTCATGACGTTTCATCGACGTAGCAGTG
ACAAGGAGGGAGTGGGAGAAGGACATGAGCAAGAATTACTCTGACGTCGA
TCCTCACTTCTACTCCGAGTCCAACAAGGACTTACAATTATAGCTCGACA
ACAAATCCGGTTACTTTCCGTCTTCTATGACCACAAGAAAATGTTTTATC
TGGTTTTGTATATATCAGTCATGGCAAAACTATGACGAGCGTCTCTCAAG
TGACTTGCAGAGTTACTCTGTATGACACGCTGATGAATAGCTGATAAGAA
TTATTTCTATGATGGATTGTAATGTACGGGGGGGGGGGGGTTCTCCCAAA
GACCAAWAGGACCGTTCCTAAGACTATACTGAACTAAACCAAATAAATAA
GGAATGTCACAACACATTATTATAAAAAATAATGCAAACAAAGCTACTAT
AGCACTTCTTTTCGAACATTATTTGTAGTACTTCCGTCTCGCATCTTTTC
ACTATCAATTTTTTTTAAGCATCCAACTCAATTTTTATAAAACATGTATG
GAGTTGGAAACTAAAGMCTCAGYCCTGCCACTCGTTGGGAATTTAATTTG
TTGTAGTGATTAATTATATTAGCTAAGAAAAATATTGTTTTCGCTTTTCT
CTGTATAAGGATTTTTTCCTTTACTCTTTTTCTGAAAGGAAAATTGTTTT
AAACAATAATATCTTAGCAACTGAGAATATGAATCATCACGAAACTTATT
CTACGCATCACTCAAAAATAAAATTCCAGAAAACAGACAGACAGACAAAG
TTTGCTTTCTTACAATTACATATATTTTTATTCTTGAATCCTTCTTTATT
CATCACTAATCTTTGCATTCCAGACATCACTTTTAATACCTAGTTAAAAA
TACATTATGGGTATATGTGATTCATGGCTGGAATAGTTTATTCATTAAAC
CTACTTAGCTGGTGCATTTATTTATCAATCATTTAAAAATGTGATAAAAT
GAAGAAGAATCACATGCACATAGTTGTAAAATTCCTACACAGTAATAAAT
TAAATTCCTATTTACTTTTTGGCAGTATTTAATGGGCTATTAATAGTTAT
TTATTGAGAGGAATAATCGCATTAAGCAAAAAAAAAGGAAATTTAATTTG
GTATATACATGTATATCAATTTATTTTGTATTAAAGTACAAAATAGATTA
TTAAAATAGAAAATTTGCNNNNNNNNNNNNNGAGGTAGTGGGGGGGGGGG
GGGGGGGCGTTAAAATCAAAGTTAATTTTAGTTATACTTTTTTGGATTCA
AGAGCATCAAAATTAAGCATTCAAATATAAMTTGTTTTTTTTATTTCCGA
CCAAAAACGTATGACGACCACCATTAGTGTTGTGTCGGKTCTTACTGAGG
ACCGCGGKCCAGTCCAGCCTCATTTGTTGATCCTTAAAGAAGGTAAAATA
TTTCATATCTTATTTGGCTCAATAAACACATCGATATTTTTATGAGAAAT
TCCAAAGACTGACGGCCCTAAGACTGAATTGGACCGGATCGAATAAATAA
GGGTTGACACATCAATAATCACCATCATGGACATTTGAAATTGTATCTAC
TGATGCTCTCATTACTTTGTCTCAGAAGTTCTTTAATACATTTCTGAGCT
TCTTTTATTTAAATATGATCAAGATTCTGATCATATCAAAATATTCAAAT
CCATCGACAGATGCATCAGATGTATATTCGGTGTCGATATATGTCAGTTT
ATATTTCCCTTGACCGCTCTTTCCCTAGAGTCTTTTTGATATTTTGAAGT
GAAGTTTTTTTATGTTAATTTATTTTACAATTTGATCATTTTCAGATAAG
TTTTTAATTAACTATTCTTTTAAATATTGATTTGATATTACCAAAAACTA
CTTCAAACACTTAGTGTATTTTTAATATCTTATATTTTCAGTTTCTCTTA
TCCGGATGGCTAGGTTTGATGCTTGTTACATGTTGTAGACATCATTATCC
GGGGACTCGTCAAGTTGGTTGCGTTTTTCCCGTTAAATTCCATCATATTG
TAAGTATGAGCTTATTTATAGTCCTAAACACTCCCTAATTCATATTAAAT
CCTTTTTAGATCATCACTATCATAATTTCCATCGTGTCTCTTATGTTTGG
AATCTTTGCCTCCATATTTCATAGCCTTCACTTTTATTCTCTTCTACTCA
AACCCATTTGCCGAGAATTTCCACTTCCCGTCTCGGCCCCAGAGTGGTTT
AGCAAATTAATTGATCTTGCTCACGAGCATCCTGTAAGTTGTCGATGCGA
AGGAACCAACACATTTGGATCTCATCTAGAATATCCTGGTTTACCCTGTG
ATGATGTCTTAACTGTTTATACAGGGATTCTTGGTGCCTCTGGAATTCTT
AATATCATTGCCTCGGTGGCTGCAACTTGGTTTATTGTGCTTCTTATAAA
AAATCGAAGGCCCTCTCAACTTTTAAGTTCCTCTTCTTCAACGACGAACG
ATAGTGAGYAACAAATCCTTCCACGGAGAAGAAGTATTGTTTAATAATGA
ATCATCATTTTTCGAGATAACTCCAGGGATGGAGTTGTTTACTTCGAAAT
GTTTTTAACTTTTCACGAACTATTCTTCTTGGGTTCTTTTTTTCTCCTTC
GTGAGGTCATGTGTGTGCGGATCTCATCTGTGAAGAAATGAATGTTCATT
CATTCATTAAGAACTTAACTAGACGGAAATAATTAAAACTTATCTCACAT
ATGCATAATCAAATGTTTGGTCAAGTTTTATTTAAAAGGACTCGATTGAT
TTAATTATTATAATAATACCTTCTATGAGTGATATTAAACCTAAAAGCTA
GGAAGAAATTATTATTATTATTATGATAGG
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