hypothetical protein DAPPUDRAFT_238102, snap_masked-scaffold125_size330479-processed-gene-1.1 (gene) Tigriopus kingsejongensis

Overview
Namehypothetical protein DAPPUDRAFT_238102
Unique Namesnap_masked-scaffold125_size330479-processed-gene-1.1
Typegene
OrganismTigriopus kingsejongensis (Tigriopus kingsejongensis)
Associated RNAi Experiments

Nothing found

Homology
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BLAST of hypothetical protein DAPPUDRAFT_238102 vs. L. salmonis genes
Match: EMLSAG00000007669 (supercontig:LSalAtl2s:LSalAtl2s446:41257:76039:1 gene:EMLSAG00000007669 transcript:EMLSAT00000007669 description:"augustus-LSalAtl2s446-processed-gene-2.13")

HSP 1 Score: 106.686 bits (265), Expect = 1.424e-25
Identity = 68/128 (53.12%), Postives = 82/128 (64.06%), Query Frame = 0 
Query:  248 YHAAPNHSGPSYHEEPTHYQYGYAVQDEYAGTSFRANEARDGYATNGEYSVLLPDGRTQTVTYTVDDYSGYVADVKYDG---YAKEYQPTP---HQPAPAYKPAP-YQPAP---YKPAPYKPRYQPAP 365
            Y  AP +   +Y E P  Y Y YAV D+Y+G +F A E  D    +G YSV LPDGR QTV+YTVD YSG+VADV+Y G   Y K Y+P P   ++PAP Y  AP Y+PAP   YKPAP  P Y+PAP
Sbjct:  118 YKPAPAYQPATYDESPKPYNYQYAVSDDYSGVNFSAEENSDAKVISGSYSVALPDGRIQTVSYTVDGYSGFVADVQYQGTPTYPK-YEPKPSSSYKPAPTYNTAPAYKPAPSPAYKPAP-VPAYKPAP 243
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BLAST of hypothetical protein DAPPUDRAFT_238102 vs. L. salmonis genes
Match: EMLSAG00000001416 (supercontig:LSalAtl2s:LSalAtl2s1241:8830:11413:1 gene:EMLSAG00000001416 transcript:EMLSAT00000001416 description:"snap-LSalAtl2s1241-processed-gene-0.27")

HSP 1 Score: 98.9821 bits (245), Expect = 3.145e-25
Identity = 67/111 (60.36%), Postives = 78/111 (70.27%), Query Frame = 0 
Query:  210 TFVALSALVALTVAAPANPYRSAPNHPAPAPYTPAPAPYHAAPNHSGPSYHEEPTHYQYGYAVQDEYAGTSFRANEARDGYATNGEYSVLLPDGRTQTVTYTV-DDYSGYV 319
            +FVALSAL+A+ ++APA+ YR AP HPAPAPY  AP               EEP  YQY YAV DEYAG +F A+EARDGY+T G+YSV LPDGR QTV+Y V D YSGYV
Sbjct:    3 SFVALSALLAVAISAPADLYRPAPYHPAPAPYHAAPXY------------KEEPAXYQYQYAVSDEYAGLNFGADEARDGYSTQGKYSVALPDGRIQTVSYNVADAYSGYV 101
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BLAST of hypothetical protein DAPPUDRAFT_238102 vs. L. salmonis genes
Match: EMLSAG00000009004 (supercontig:LSalAtl2s:LSalAtl2s5650:4067:4550:1 gene:EMLSAG00000009004 transcript:EMLSAT00000009004 description:"snap-LSalAtl2s5650-processed-gene-0.3")

HSP 1 Score: 98.9821 bits (245), Expect = 3.940e-25
Identity = 61/118 (51.69%), Postives = 74/118 (62.71%), Query Frame = 0 
Query:  210 TFVALSALVALTVAAPANPYRSAPNHPAPAPYTPAPAPYHAAPNHSGPSYHEEPTHYQYGYAVQDEYAGTSFRANEARDGYATNGEYSVLLPDGRTQTVTYTV-DDYSGYVADVKYDG 326
            +F+ALSAL+A+  A     + +   +            Y  AP H  PSY E+PT YQY YAV DEY G +F A+EARDGY+T G+ SV LPDGR QTV+Y V D YSGYVADV Y G
Sbjct:    3 SFIALSALLAIAFA----DHPAPAPYHPAPAPYXPAPAYKPAPYHPAPSYKEDPTVYQYRYAVSDEYXGLNFEADEARDGYSTQGKXSVALPDGRIQTVSYNVADAYSGYVADVTYSG 116
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BLAST of hypothetical protein DAPPUDRAFT_238102 vs. L. salmonis genes
Match: EMLSAG00000005985 (supercontig:LSalAtl2s:LSalAtl2s322:1028992:1029576:1 gene:EMLSAG00000005985 transcript:EMLSAT00000005985 description:"augustus-LSalAtl2s322-processed-gene-9.11")

HSP 1 Score: 101.293 bits (251), Expect = 4.869e-25
Identity = 63/117 (53.85%), Postives = 75/117 (64.10%), Query Frame = 0 
Query:  236 PAPAPY-TPAPAPYHA-APNHSGPSYHEEPTHYQYGYAVQDEYAGTSFRANEARDGYATNGEYSVLLPDGRTQTVTYTVDDYSGYVADVKYDG---YAKEYQPTPHQ----PAPAYK 343
            P PAPY  P PAPYHA AP++    Y E P  Y + Y V D+Y G++F A E  DG  T+G Y V LPDGR QTVTYTVD Y+G+VADV+Y+G   Y K Y+P P      P PAYK
Sbjct:   39 PTPAPYHPPRPAPYHAPAPSYKPTKYKEAPQPYAFQYGVADDYTGSNFSAEENADGKITSGSYKVALPDGRIQTVTYTVDAYNGFVADVQYEGTPVYPK-YEPKPSSYKAAPVPAYK 154
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BLAST of hypothetical protein DAPPUDRAFT_238102 vs. L. salmonis genes
Match: EMLSAG00000003960 (supercontig:LSalAtl2s:LSalAtl2s2120:76:702:-1 gene:EMLSAG00000003960 transcript:EMLSAT00000003960 description:"snap_masked-LSalAtl2s2120-processed-gene-0.1")

HSP 1 Score: 98.5969 bits (244), Expect = 9.163e-25
Identity = 54/131 (41.22%), Postives = 72/131 (54.96%), Query Frame = 0 
Query:  372 VQIRELVVPKLFELGSADHILLDCDFDYEESEKYQLDIKWYFNNEPSPFMQWVPGQMKRPQLIGDKFRGHVDLNHSVDADA----------FKRHRALLLTHPSLELSGIYTCKVSTFLDEDVQHKKLTIY 492
            V+I EL VP  F +  +D ++LDC ++ EES   QLDIKWYFN+ P P   W+PG   +PQ      RG V    S+ + A          +  HRA+ + HP    SG YTCKVSTF+DED     + +Y
Sbjct:    5 VKITELKVPSTFSVDESDEVILDCIYEVEESLYSQLDIKWYFNDRPVPIYMWIPGY--KPQT-----RGGVPFAMSLVSGASHLDGKEIHKYNEHRAIKIIHPDERHSGEYTCKVSTFVDEDSSSASMIVY 128
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BLAST of hypothetical protein DAPPUDRAFT_238102 vs. L. salmonis genes
Match: EMLSAG00000001413 (supercontig:LSalAtl2s:LSalAtl2s1241:39014:39687:-1 gene:EMLSAG00000001413 transcript:EMLSAT00000001413 description:"snap-LSalAtl2s1241-processed-gene-0.18")

HSP 1 Score: 95.1301 bits (235), Expect = 8.279e-24
Identity = 65/101 (64.36%), Postives = 78/101 (77.23%), Query Frame = 0 
Query:  210 TFVALSALVALTVAAPANPYRSAPNHPAPAPYTPAPAPYHAAPNHSGPSYHEEPTHYQYGYAVQDEYAGTSFRANEARDGYATNGEYSVLLPDGRTQTVTY 310
            +FVALSAL+A+ ++APA+PYR AP HPAPAPY P       AP H+ P+Y EEP  YQY YAV DEYAG +F A+EARDGY+T G+YSV LPDGR QTV+Y
Sbjct:    3 SFVALSALLAVAMSAPADPYRPAPYHPAPAPYHP-----APAPYHAAPTYKEEPAAYQYQYAVSDEYAGLNFGADEARDGYSTQGKYSVALPDGRIQTVSY 98
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BLAST of hypothetical protein DAPPUDRAFT_238102 vs. L. salmonis genes
Match: EMLSAG00000009894 (supercontig:LSalAtl2s:LSalAtl2s643:527852:528501:1 gene:EMLSAG00000009894 transcript:EMLSAT00000009894 description:"augustus-LSalAtl2s643-processed-gene-4.12")

HSP 1 Score: 93.5893 bits (231), Expect = 1.619e-22
Identity = 47/70 (67.14%), Postives = 55/70 (78.57%), Query Frame = 0 
Query:  258 SYHEEPTHYQYGYAVQDEYAGTSFRANEARDGYATNGEYSVLLPDGRTQTVTYTVDD-YSGYVADVKYDG 326
            SY+E P  YQY YAV+D+Y+G +F A+E RDGYAT G Y+V LPDGR QTVTY+V D YSGYVADV Y G
Sbjct:   80 SYNEVPAAYQYQYAVKDDYSGVNFGADETRDGYATKGSYTVALPDGRLQTVTYSVTDAYSGYVADVTYSG 149
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BLAST of hypothetical protein DAPPUDRAFT_238102 vs. L. salmonis genes
Match: EMLSAG00000005116 (supercontig:LSalAtl2s:LSalAtl2s26:85872:86493:-1 gene:EMLSAG00000005116 transcript:EMLSAT00000005116 description:"maker-LSalAtl2s26-augustus-gene-0.24")

HSP 1 Score: 93.5893 bits (231), Expect = 2.163e-22
Identity = 55/103 (53.40%), Postives = 63/103 (61.17%), Query Frame = 0 
Query:  244 APAPYHAAPNHSGPSYHEEPTHYQYGYAVQDEYAGTSFRANEARDGYATNGEYSVLLPDGRTQTVTYTVDD-YSGYVADVKYDGYAKEYQPTPHQPAPAYKPA 345
            AP   HAA  H G S +E+  HY Y Y V D+Y+G +F  +E+RDGYAT GEY V LPDGR QTV Y V D YSGYVADV Y G       TPH  A  +  A
Sbjct:   23 APHAVHAATPHHGASSYEQLAHYAYNYGVVDDYSGNNFGQSESRDGYATTGEYHVQLPDGRLQTVNYHVGDAYSGYVADVTYSG-------TPHYGAAGHAVA 118
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BLAST of hypothetical protein DAPPUDRAFT_238102 vs. L. salmonis genes
Match: EMLSAG00000000959 (supercontig:LSalAtl2s:LSalAtl2s1167:47042:47518:-1 gene:EMLSAG00000000959 transcript:EMLSAT00000000959 description:"augustus-LSalAtl2s1167-processed-gene-0.8")

HSP 1 Score: 92.0485 bits (227), Expect = 3.288e-22
Identity = 67/121 (55.37%), Postives = 79/121 (65.29%), Query Frame = 0 
Query:  241 YTPAPAPYHAAPNHSGPSYHEEPTHYQYGYAVQDEYAGTSFRANEARDGYATNGEYSVLLPDGRTQTVTYTVDDYSGYVADVKYDG---YAK-EYQPTPHQPAPAYKPAPYQPAP-YKPAP 356
            Y PAPAPYH AP +    Y E P  Y + Y V D+Y+GT F A E  D     G Y V LPDGR QTVTYT DDY+G+VADV Y+G   Y K + +P P++ AP YKPAPY+P P YKPAP
Sbjct:   33 YHPAPAPYHPAPAYKPAPYDESPKPYAFQYGVADDYSGTKFSAEENSDAKTVAGSYQVALPDGRVQTVTYTADDYAGFVADVTYEGVPTYPKYDPKPAPYKSAPVYKPAPYKPTPVYKPAP 153
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BLAST of hypothetical protein DAPPUDRAFT_238102 vs. L. salmonis genes
Match: EMLSAG00000005114 (supercontig:LSalAtl2s:LSalAtl2s26:148932:155474:-1 gene:EMLSAG00000005114 transcript:EMLSAT00000005114 description:"augustus-LSalAtl2s26-processed-gene-1.3")

HSP 1 Score: 91.2781 bits (225), Expect = 1.567e-21
Identity = 47/78 (60.26%), Postives = 56/78 (71.79%), Query Frame = 0 
Query:  250 AAPNHSGPSYHEEPTHYQYGYAVQDEYAGTSFRANEARDGYATNGEYSVLLPDGRTQTVTYTVDD-YSGYVADVKYDG 326
            A  +H  PSY E+P HY Y Y V D+Y+G +F  +E+RDGYAT+GEY V LPDGR QTV Y V D Y+GYVADV Y G
Sbjct:   74 AQGHHPTPSY-EQPAHYAYNYGVVDDYSGNNFGQSESRDGYATSGEYHVQLPDGRLQTVNYHVGDAYTGYVADVTYSG 150
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BLAST of hypothetical protein DAPPUDRAFT_238102 vs. SwissProt
Match: gi|75026432|sp|Q9V7U0.1|RESIL_DROME (RecName: Full=Pro-resilin; Flags: Precursor)

HSP 1 Score: 60.8474 bits (146), Expect = 1.464e-8
Identity = 32/71 (45.07%), Postives = 45/71 (63.38%), Query Frame = 0 
Query:  260 HEEPTHYQYGYAVQDEYAGTSFRANEARDGYATNGEYSVLLPDGRTQTVTYTVDDYSGYVADVKYDGYAKE 330
            ++EP  Y++ Y V+D  +G SF  +E RDG  T G+Y+VLLPDGR Q V Y  D   GY   ++Y+G A +
Sbjct:  339 NDEPAKYEFNYQVEDAPSGLSFGHSEMRDGDFTTGQYNVLLPDGRKQIVEYEADQ-QGYRPQIRYEGDAND 408
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BLAST of hypothetical protein DAPPUDRAFT_238102 vs. SwissProt
Match: gi|113011|sp|P26967.1|CU20_TENMO (RecName: Full=Adult-specific cuticular protein ACP-20; Flags: Precursor)

HSP 1 Score: 56.9954 bits (136), Expect = 4.097e-8
Identity = 28/66 (42.42%), Postives = 37/66 (56.06%), Query Frame = 0 
Query:  263 PTHYQYGYAVQDEYAGTSFRANEARDGYATNGEYSVLLPDGRTQTVTYTVDDYSGYVADVKYDGYA 328
            P HYQ+ Y V+D   G   +  E R G    GEYS+  PDG  + V YT DD++G+ A V   G+A
Sbjct:   64 PAHYQFKYGVEDHRTGDRKQQAEVRVGDVVKGEYSLAEPDGTVRVVKYTADDHNGFNAVVSRVGHA 129
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BLAST of hypothetical protein DAPPUDRAFT_238102 vs. SwissProt
Match: gi|117622|sp|P11734.1|CU08_LOCMI (RecName: Full=Cuticle protein 8; AltName: Full=LM-ACP 8; Short=LM-8)

HSP 1 Score: 51.9878 bits (123), Expect = 8.127e-7
Identity = 25/57 (43.86%), Postives = 36/57 (63.16%), Query Frame = 0 
Query:  266 YQYGYAVQDEYAGTSFRANEARDGYATNGEYSVLLPDGRTQTVTYTVDDYSGYVADV 322
            Y++ Y V D + G   + +EARDG    G YS++ PDG T+TV Y  DD++G+ A V
Sbjct:   61 YEFNYGVHDAHTGDIKQQSEARDGDVVKGSYSLVEPDGSTRTVEYQADDHNGFNAVV 117
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BLAST of hypothetical protein DAPPUDRAFT_238102 vs. nr
Match: gi|1325318994|ref|XP_023341265.1| (uncharacterized protein LOC111711209 [Eurytemora affinis])

HSP 1 Score: 147.132 bits (370), Expect = 1.237e-36
Identity = 67/164 (40.85%), Postives = 103/164 (62.80%), Query Frame = 0 
Query:  367 LAICSVQIRELVVPKLFELGSADHILLDCDFDYEESEKYQLDIKWYFNNEPSPFMQWVPGQMKRPQLIGDKFRGHVDLNHSVDADAFKRHRALLLTHPSLELSGIYTCKVSTFLDEDVQHKKLTIYSPASSISFQQDRFRSGQEVNITCAVEGIYPLPRIKLTW 530
            L + SV I  + +P++ E G +  ++LDC F+Y   EK QLDIKWYFN+ P+P  QW+P     PQ+I  +F  ++DL ++V+ + +++HRAL L + +  LSG Y CKVS+FLDED   K L +Y P S++ F  +     +   I+C+ +GIYP P  ++ W
Sbjct:   15 LGVQSVDIISMDIPQVAESGKS--LVLDCRFEYRAEEKDQLDIKWYFNSSPTPIYQWLPAMNTGPQVIDPRFTEYLDLLYTVNGEKYEKHRALHLVNVTHHLSGSYMCKVSSFLDEDFNQKNLMVYVPPSTVKFSHESSEGEERTKISCSADGIYPSPTARVYW 176
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BLAST of hypothetical protein DAPPUDRAFT_238102 vs. nr
Match: gi|1339051997|ref|XP_023714309.1| (uncharacterized protein LOC111868133, partial [Cryptotermes secundus])

HSP 1 Score: 129.798 bits (325), Expect = 1.936e-31
Identity = 70/166 (42.17%), Postives = 94/166 (56.63%), Query Frame = 0 
Query:  372 VQIRELVVPKLFELGSADHILLDCDFDYEESE----KYQ-LDIKWYFNNEPSPFMQWVPGQMKRPQLIGDKFRGHVDLNHSVDADAFKRHRALLLTHPSLELSGIYTCKVSTFLDEDVQHKKLTIYSPASSISFQQDRFRSGQEVNITCAVEGIYPLPRIKLTWGP 532
            +QI +L VP      S    LLDC++  +  E    KY  L +KWYF N PSP  QW+PGQ  +PQ +G   +G +DL+H         HRAL +T+P+ ELSG Y C VSTF DED   KK+ +++P  S+ F   RF     VN+TC   G+YP P++ L   P
Sbjct:   19 IQITDLRVPSAVRNNSGSAALLDCEYTLKPEELAADKYSGLVVKWYFKNSPSPVYQWIPGQ--KPQDLG-ILKGKLDLSHRASDHGATMHRALYITNPTTELSGEYKCFVSTFDDEDFMTKKMVVFAPEKSLEFTSSRF-GPDAVNLTCRARGVYPQPKMALYKDP 180
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BLAST of hypothetical protein DAPPUDRAFT_238102 vs. nr
Match: gi|913309888|ref|XP_013185553.1| (PREDICTED: uncharacterized protein LOC106131110, partial [Amyelois transitella])

HSP 1 Score: 129.413 bits (324), Expect = 1.596e-30
Identity = 64/164 (39.02%), Postives = 98/164 (59.76%), Query Frame = 0 
Query:  368 AICSVQIRELVVPKLFELGSADHILLDCDFDYEESEKYQLDIKWYFNNEPSPFMQWVPGQMKRPQLIGDKFRGHVDLNHSVDADAFKRHRALLLTHPSLELSGIYTCKVSTFLDEDVQHKKLTIYSPASSISFQQDRFRSGQEVNITCAVEGIYPLPRIKLTWG 531
             + S++I  + VP++ + G+ D + LDCDF  E      L +KW++N++  P  QW+P Q  +PQ +G   R  +DL + V  + + +HRAL + HP +EL+G YTC VSTFL ED + + +TI+ P       QDR   G  +NI C+VEG+YP P + +  G
Sbjct:   13 CVVSIRITNMRVPEVIQYGTMDSVTLDCDF--ETDNVTGLVVKWFYNDKSHPVYQWIPPQ--KPQALG-LLRNKLDLTYRVSPNPYTQHRALRIKHPGIELTGNYTCVVSTFLAEDQRTRPMTIFVPEKRFDMIQDRVNDG-FLNIICSVEGVYPRPELVILAG 170
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BLAST of hypothetical protein DAPPUDRAFT_238102 vs. nr
Match: gi|1022773941|gb|KZS17979.1| (Uncharacterized protein APZ42_015945 [Daphnia magna])

HSP 1 Score: 133.265 bits (334), Expect = 1.663e-30
Identity = 69/161 (42.86%), Postives = 101/161 (62.73%), Query Frame = 0 
Query:  372 VQIRELVVPKLFELGSADHILLDCDFDYEESEKY-QLDIKWYFNNEPSPFMQWVPGQMKRPQLIGDKFRGHVDLNHSVDADAFKRHRALLLTHPSLELSGIYTCKVSTFLDEDVQHKKLTIYSPASSISFQQDRFRSGQEVNITCAVEGIYPLPRIKLTWG 531
            +QI E+ VP + E GSA  ++LDCD+    ++K  +L ++WYF N  SP  QW+PG  KRPQ +G   +G ++L++    D  KRHRAL +  P+ ELSG+Y CKV+T  +E V  + + IY+PA ++     +  S   VN+TC VEGI P PR++L  G
Sbjct:  134 LQIVEMRVPAVVEDGSATSVILDCDYVLRSADKKSELVVQWYFQNGSSPVYQWIPG--KRPQDLG-VLKGRLNLDYRASNDPHKRHRALEILKPTYELSGVYRCKVATVEEEAVAARTMIIYTPARNLEIWHQKM-SFDAVNVTCRVEGISPRPRLQLYRG 290
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BLAST of hypothetical protein DAPPUDRAFT_238102 vs. nr
Match: gi|1101335611|ref|XP_018907535.1| (PREDICTED: uncharacterized protein LOC109037368 isoform X2 [Bemisia tabaci])

HSP 1 Score: 129.413 bits (324), Expect = 3.052e-30
Identity = 66/160 (41.25%), Postives = 101/160 (63.12%), Query Frame = 0 
Query:  371 SVQIRELVVPKLFELGSADHILLDCDFDYEE--SEKYQLDIKWYFNNEPSPFMQWVPGQMKRPQLIGDKFRGHVDLNHSVDADAFKRHRALLLTHPSLELSGIYTCKVSTFLDEDVQHKKLTIYSPASSISFQQDRFRSGQEVNITCAVEGIYPLPRIKL 528
            SV+I+ L+VP++ ELGS   ++LDCD+  ++   +   L +KW+FN  PSP  QW+  Q KRPQ +G   +G ++L++   +DA K +RAL + + + ELSG Y C+VSTF +ED Q KK+ I  P   + F     + G  VN+TC+ EG+YP P + +
Sbjct:   35 SVKIKSLLVPEVVELGSRSSVVLDCDYSLDDPSGKAAGLVVKWFFNRHPSPVYQWI--QNKRPQDLG-VLKGRLNLDYRASSDATKMYRALEIVNVTTELSGEYQCQVSTFYNEDRQAKKMVILVPEKELVFTTS--KEGNMVNLTCSAEGVYPEPNMTI 189
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BLAST of hypothetical protein DAPPUDRAFT_238102 vs. nr
Match: gi|1101335609|ref|XP_018907526.1| (PREDICTED: uncharacterized protein LOC109037368 isoform X1 [Bemisia tabaci])

HSP 1 Score: 129.798 bits (325), Expect = 4.112e-30
Identity = 66/160 (41.25%), Postives = 101/160 (63.12%), Query Frame = 0 
Query:  371 SVQIRELVVPKLFELGSADHILLDCDFDYEE--SEKYQLDIKWYFNNEPSPFMQWVPGQMKRPQLIGDKFRGHVDLNHSVDADAFKRHRALLLTHPSLELSGIYTCKVSTFLDEDVQHKKLTIYSPASSISFQQDRFRSGQEVNITCAVEGIYPLPRIKL 528
            SV+I+ L+VP++ ELGS   ++LDCD+  ++   +   L +KW+FN  PSP  QW+  Q KRPQ +G   +G ++L++   +DA K +RAL + + + ELSG Y C+VSTF +ED Q KK+ I  P   + F     + G  VN+TC+ EG+YP P + +
Sbjct:   35 SVKIKSLLVPEVVELGSRSSVVLDCDYSLDDPSGKAAGLVVKWFFNRHPSPVYQWI--QNKRPQDLG-VLKGRLNLDYRASSDATKMYRALEIVNVTTELSGEYQCQVSTFYNEDRQAKKMVILVPEKELVFTTS--KEGNMVNLTCSAEGVYPEPNMTI 189
[Close]
BLAST of hypothetical protein DAPPUDRAFT_238102 vs. nr
Match: gi|321474461|gb|EFX85426.1| (hypothetical protein DAPPUDRAFT_238102 [Daphnia pulex])

HSP 1 Score: 132.109 bits (331), Expect = 1.585e-29
Identity = 67/161 (41.61%), Postives = 101/161 (62.73%), Query Frame = 0 
Query:  372 VQIRELVVPKLFELGSADHILLDCDFDYEESEKY-QLDIKWYFNNEPSPFMQWVPGQMKRPQLIGDKFRGHVDLNHSVDADAFKRHRALLLTHPSLELSGIYTCKVSTFLDEDVQHKKLTIYSPASSISFQQDRFRSGQEVNITCAVEGIYPLPRIKLTWG 531
            +QI E+ VP + E GSA  ++LDCD+    ++K  +L ++WYF N  SP  QW+PG  KRPQ +G   +G ++L++    D  KRHRAL +  P+ ELSG+Y CKV+T  +E V  + + +Y+PA ++     +  S   VN+TC VEGI P P+++L  G
Sbjct:  161 LQIVEMRVPSVVEDGSATSVILDCDYVLRSADKKSELVVQWYFQNGSSPVYQWIPG--KRPQDLG-VLKGRLNLDYRASNDPHKRHRALEILKPTYELSGVYRCKVATVEEEAVAARTMIVYTPARNLEIWHQKM-SFDAVNVTCRVEGISPRPKLQLYRG 317
[Close]
BLAST of hypothetical protein DAPPUDRAFT_238102 vs. nr
Match: gi|913332749|ref|XP_013198020.1| (PREDICTED: uncharacterized protein LOC106140913, partial [Amyelois transitella])

HSP 1 Score: 125.561 bits (314), Expect = 4.308e-29
Identity = 60/158 (37.97%), Postives = 93/158 (58.86%), Query Frame = 0 
Query:  371 SVQIRELVVPKLFELGSADHILLDCDFDYEESEKYQLDIKWYFNNEPSPFMQWVPGQMKRPQLIGDKFRGHVDLNHSVDADAFKRHRALLLTHPSLELSGIYTCKVSTFLDEDVQHKKLTIYSPASSISFQQDRFRSGQEVNITCAVEGIYPLPRIKL 528
            SV+I  L+VP++ + G  D ++LDCD+ Y  +    L +KW+F N+  P  QW+P Q  +PQ +G   RG VDL +    D  K HRAL +  P  E+SG YTC VSTF++ED + K++ ++ P +     Q++      VN+ CA +G +P P + +
Sbjct:   29 SVKISRLIVPEIIQYGVQDSVILDCDYTYGNNTA-GLVVKWFFKNKARPVYQWIPSQ--KPQDLG-ILRGRVDLTYRASNDPLKMHRALRIIKPDTEISGEYTCVVSTFMEEDSRTKQMIVFVPETHFRLMQNK-SDDDTVNVICAADGAFPAPNLTI 181
[Close]
BLAST of hypothetical protein DAPPUDRAFT_238102 vs. nr
Match: gi|768429898|ref|XP_011556150.1| (PREDICTED: uncharacterized protein LOC105387158 [Plutella xylostella])

HSP 1 Score: 125.946 bits (315), Expect = 7.160e-29
Identity = 56/158 (35.44%), Postives = 97/158 (61.39%), Query Frame = 0 
Query:  371 SVQIRELVVPKLFELGSADHILLDCDFDYEESEKYQLDIKWYFNNEPSPFMQWVPGQMKRPQLIGDKFRGHVDLNHSVDADAFKRHRALLLTHPSLELSGIYTCKVSTFLDEDVQHKKLTIYSPASSISFQQDRFRSGQEVNITCAVEGIYPLPRIKL 528
            +V+I ++VVP++ + G  D ++LDCD++   +    L +KW+F N+  P  QW+  Q  +PQ +G   RG VDL +   +D +K HRA+ +  P+ ++SG YTC VSTF++ED + K++ ++ P ++    Q++      VN+ CA +G +P P + L
Sbjct:   30 AVKIVKIVVPEIIQYGVQDAVILDCDYNVTGNNTAGLVVKWFFRNKTRPVYQWIAAQ--KPQDMG-ILRGRVDLTYRASSDPYKMHRAMRIVKPNTDISGEYTCVVSTFMEEDQKTKQMIVFVPETNFRLIQNK-TDDDTVNVICAADGAFPAPNLTL 183
[Close]
BLAST of hypothetical protein DAPPUDRAFT_238102 vs. nr
Match: gi|1069800449|ref|XP_018324768.1| (PREDICTED: uncharacterized protein LOC108736721 [Agrilus planipennis])

HSP 1 Score: 124.79 bits (312), Expect = 1.038e-28
Identity = 62/162 (38.27%), Postives = 103/162 (63.58%), Query Frame = 0 
Query:  371 SVQIRELVVPKLFELGSADHILLDCDFDYEESEKYQLDIKWYFNNEPSPFMQWVPGQMKRPQLIGDKFRGHVDLNHSVDADAFKRHRALLLTHPSLELSGIYTCKVSTFLDEDVQHKKLTIYSPASSISFQQDRFRSGQE-VNITCAVEGIYPLPRIKLTWG 531
            S++IR L VP++ E GS   ++LDCD+ +++ +   L +KW+FNN  +P  QW+    K+PQ +G   +G ++L +S   +   +HRAL +T P+ ELSG YTC VS+F DED + K + ++ P  S++ +Q+  RSG+  + + C  EG++P+P + L  G
Sbjct:   28 SLKIRNLQVPEITEFGSP--VVLDCDYTWDDLKDDGLVVKWFFNNGRTPIYQWITN--KKPQALG-ILKGRLNLEYSASQNQNSKHRALHITKPAPELSGDYTCSVSSFNDEDSRTKSMLVFVPGRSLNLRQE--RSGENLIRVYCTAEGVFPIPEMTLLQG 182
The following BLAST results are available for this feature:
BLAST of hypothetical protein DAPPUDRAFT_238102 vs. L. salmonis genes
Analysis Date: 2018-04-19 (T. kinsejongensis vs L. Salmonis peptides)
Total hits: 25
Match NameE-valueIdentityDescription
EMLSAG000000076691.424e-2553.13supercontig:LSalAtl2s:LSalAtl2s446:41257:76039:1 g... [more]
EMLSAG000000014163.145e-2560.36supercontig:LSalAtl2s:LSalAtl2s1241:8830:11413:1 g... [more]
EMLSAG000000090043.940e-2551.69supercontig:LSalAtl2s:LSalAtl2s5650:4067:4550:1 ge... [more]
EMLSAG000000059854.869e-2553.85supercontig:LSalAtl2s:LSalAtl2s322:1028992:1029576... [more]
EMLSAG000000039609.163e-2541.22supercontig:LSalAtl2s:LSalAtl2s2120:76:702:-1 gene... [more]
EMLSAG000000014138.279e-2464.36supercontig:LSalAtl2s:LSalAtl2s1241:39014:39687:-1... [more]
EMLSAG000000098941.619e-2267.14supercontig:LSalAtl2s:LSalAtl2s643:527852:528501:1... [more]
EMLSAG000000051162.163e-2253.40supercontig:LSalAtl2s:LSalAtl2s26:85872:86493:-1 g... [more]
EMLSAG000000009593.288e-2255.37supercontig:LSalAtl2s:LSalAtl2s1167:47042:47518:-1... [more]
EMLSAG000000051141.567e-2160.26supercontig:LSalAtl2s:LSalAtl2s26:148932:155474:-1... [more]

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BLAST of hypothetical protein DAPPUDRAFT_238102 vs. SwissProt
Analysis Date: 2018-04-19 (T. kingejongensis peptided Blastp vs. SwissProt)
Total hits: 3
Match NameE-valueIdentityDescription
gi|75026432|sp|Q9V7U0.1|RESIL_DROME1.464e-845.07RecName: Full=Pro-resilin; Flags: Precursor[more]
gi|113011|sp|P26967.1|CU20_TENMO4.097e-842.42RecName: Full=Adult-specific cuticular protein ACP... [more]
gi|117622|sp|P11734.1|CU08_LOCMI8.127e-743.86RecName: Full=Cuticle protein 8; AltName: Full=LM-... [more]
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BLAST of hypothetical protein DAPPUDRAFT_238102 vs. nr
Analysis Date: 2018-05-15 (T. kingsejongensis proteins Blastp vs. NR)
Total hits: 25
Match NameE-valueIdentityDescription
gi|1325318994|ref|XP_023341265.1|1.237e-3640.85uncharacterized protein LOC111711209 [Eurytemora a... [more]
gi|1339051997|ref|XP_023714309.1|1.936e-3142.17uncharacterized protein LOC111868133, partial [Cry... [more]
gi|913309888|ref|XP_013185553.1|1.596e-3039.02PREDICTED: uncharacterized protein LOC106131110, p... [more]
gi|1022773941|gb|KZS17979.1|1.663e-3042.86Uncharacterized protein APZ42_015945 [Daphnia magn... [more]
gi|1101335611|ref|XP_018907535.1|3.052e-3041.25PREDICTED: uncharacterized protein LOC109037368 is... [more]
gi|1101335609|ref|XP_018907526.1|4.112e-3041.25PREDICTED: uncharacterized protein LOC109037368 is... [more]
gi|321474461|gb|EFX85426.1|1.585e-2941.61hypothetical protein DAPPUDRAFT_238102 [Daphnia pu... [more]
gi|913332749|ref|XP_013198020.1|4.308e-2937.97PREDICTED: uncharacterized protein LOC106140913, p... [more]
gi|768429898|ref|XP_011556150.1|7.160e-2935.44PREDICTED: uncharacterized protein LOC105387158 [P... [more]
gi|1069800449|ref|XP_018324768.1|1.038e-2838.27PREDICTED: uncharacterized protein LOC108736721 [A... [more]

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Alignments
The following features are aligned
Aligned FeatureFeature TypeAlignment Location
scaffold125_size330479supercontigscaffold125_size330479:88250..109807 -
Analyses
This gene is derived from or has results from the following analyses
Analysis NameDate Performed
maker2018-02-12 .496401
T. kinsejongensis vs L. Salmonis peptides2018-04-19
T. kingejongensis peptided Blastp vs. SwissProt2018-04-19
T. kingsejongensis proteins Blastp vs. NR2018-05-15
Properties
Property NameValue
Note-
Relationships

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

Feature NameUnique NameSpeciesType
snap_masked-scaffold125_size330479-processed-gene-1.1-mRNA-1snap_masked-scaffold125_size330479-processed-gene-1.1-mRNA-1Tigriopus kingsejongensismRNA


Sequences
The following sequences are available for this feature:

gene from alignment at scaffold125_size330479:88250..109807-

Legend: mRNA
Hold the cursor over a type above to highlight its positions in the sequence below.
>snap_masked-scaffold125_size330479-processed-gene-1.1 ID=snap_masked-scaffold125_size330479-processed-gene-1.1|Name=hypothetical protein DAPPUDRAFT_238102|organism=Tigriopus kingsejongensis|type=gene|length=21558bp|location=Sequence derived from alignment at scaffold125_size330479:88250..109807- (Tigriopus kingsejongensis)
ATGCCCCAACGGCTGGGTGAAGATGCTGAAGACATGGTCGTTGGGGAACG
CGATGGGCGGAATCTAGGTGAAATAAGTACTTAAGGTGAATAGGTTGTTG
CCCACGAGAAGACAATGTTGCAGTGGCGGCTCGAGCTGAGTCTTTATAAG
CGAAGCTAGCTTATCTTGTTGTCTCTGTGGCAGTGTGAACTCGGCTGCGT
ACTGAATGAATGTCACGAACTTTTTGAACTCCTTAGTAACGACGGCGTCT
CGAACACGCTTTCAGACCCGTTTTGATCATTTAGGTTCAGTAAAGGACTC
CGAGTTCAATGTTGTTCTTGTTTGCTCGCACACTTGGAACGGAGAAAAAG
TGTGCAACCTGTCTGCCCAATTCGGAGGCAATGCTGTATCGTCGTCTCCT
CCAACCATCTTAACCTGTCGATGGAAGTCTACAGAGAATACACAAGGACT
CTTGCAAGTGCGACAAATACAATTGTGTGGAAATAATGTTGCCTCTGAAA
TGAAACTAAATATGCATGGCCAATTAGAACCTTTAGCGGAAAGACTGGCG
AATTAACTCGATTGGCCAGCCAGATGAAGGTGGTTCAAACAACCAGTCAT
GCAAGAAATCAGACTCCTCGATGTGAGATTGTTTTCAATCTTGAATGATT
GCATAAGTTGATTGGGGGTTTAAGCACCACTCTCTACACGTAGTATTGTC
ACTAGAAAGCTTTCACGTGGTATTTGTGTTCCTTGGATAAAGCCGCTCAT
CCGATTGGTCTACCAGGATCGAGATACTATTCTTGCCTAGTTGACTACAT
TAGTCATATGTTCCACAGAATCTCGATCTAAATCAAGGCCCACGCGGCAA
AAATCACTCGCAGGGCCAAGGCTCAAGCCCAGCTAATGATGAGTTGATGT
ACTGCCTGCATCTTTACACGTTTGGCTGGGGTTCATCACGAGTTTCCATA
TTTAACCTAAGATGTCTCTGTTCCTGGCATGCTCTTAAATCTGAAATGTT
GCCATAAAGTGCGCCACCTGGTGGGCAAAGCTTTAACCGCTTTAGCCTCG
CACTAAACTAGTGAGACACGTAGATTCCGGACCGTTTGGTGGGTATAAGA
TCTTAAGAATCTGAACACCTGCCCTAGACCGTGGAAATCTAGAGAATGTT
TAGATATCCATGACCTGTTTGTATGGTTTTTTTAATCACGCTTGTGGTAC
GTACTAAAGCACTTAAATTGCCCAAGTCTAGTCTTTGTTTTGTTTGTTTA
GAAGGCCCCGCGCATTTCTGCCCAGCTAGGGAAGAATCCGAGGAGACATT
GTCAGCCTGGCGGTCAAATTTATCATGAAATATTACCTTACCTCTCCCTG
TATTAGGTACGCCCACTTCAATCCCCCCAGGGAAGCAAACATTAGCCGTG
AGTGAACACCACTAGTTGTCGGAACTTGGCCAGCCCGGGGATCGACCCAA
CGACCCTCGGATAACACAATGGTAGATGAATGATTGTGCCACTCTACCAT
TGCGTTACGCTACTTGCCCAACTACTGGCAGTATATAGAGCTGGTCTCGA
CGAATTGCAATTTTCCGAGTTCGCCAGGTTGCCGGGGTTTTAACTTGGTC
ATATCAGGATGAGCCACCCACCTAGATATTGAATCACTACAATTGGTAAC
CCATAGATTATAATAGAAACCAAATATTTGGCCCCCGTTGGCAACAAATT
GGGAAAGGGCTCGTGAGACATCGTCGAAATTTGCACTTAGCGAAGATCTC
GTAGCTCTTTTAAGGTAATTTATACTTGCTCTCACTTTCAATACTATCGA
CTGCGCCATGTGCAATTGTATTTTATTTCTACGTTTAAAATAGTGTTATG
CTGCGACTACACCCTTCGCCAACAAATGCTAGTCAGTCGTGTTTGGGCAT
TTTATAAAGTAATCTATGATAAACTTAACGGTACAAATGCAACACAAAAA
CATGACAGTACAGGCACCAAACTATATCAAAACAATTTTTTCCAAACAGA
ACAAAACTTCCGGTATTGAGAACAAGAAAGCTGTACAGAATAACAAAACA
TACAAAACAGAACTATGGATATACAGGATGAGAATACTCTAGAGAAAAAC
TAAACATAACTAAACTATACCAAATGTCTAAGTAGACCAAGACAGGAAGC
ACAACGCATAAAAATCACACGCATTCGTACAATGGCATTAGTAGCGCAAT
ATAGTAATTGTACGACATTGATCAAATAGGGCAGCTCGTAAAATAGTCTT
AACACGTTCGAGGCCATCTGCTTCGAAGGTGTTCACAGGGTAGCATCTAT
TTGACGAGTGCTTGATGAGTATCAGACGAGTCAGAGGAAATACAGGCACA
AGTACGAGCAGTCATGATATGAACATGGTACAAATGCATTCGTTGTATGA
TCAATTGGTCCAACAAGATATAGACAATAATCCATTGCAGTTACCATCGT
TTCCACGTCGGCCCATTTTGTGACCGTATCTCTTTTACCTGGTTTCAAAC
TATTGAATATTTGAAGACTTGTCTAACCTCGGGGCCAAGAGTTGGTTTCT
ATGTATAAGCCGATGTTCGAAACCAGAGTCGTTAAAACTCGAGAGCCATT
CTCTCCATGATACGGCCTCTGCAATTTAGCCACCACAGCCAGCCGTCCAA
TTGTCCTACCGGTGCTGCGTTCTGACCATTAGTGACCAATTTCAACCCAG
ACTCATTTGGGTCGATGAGGTGTGGTTCTGGCTTGGGTGGCACCTCTGCA
TAAACACTATCTGCACATTTCGGGCATAGTTCGAACAATGGCCACCCAGT
CCTTCGCCAAATTGGGGCCTTTCTCTGGGTAGCTGAGTTTCATTTTCGCC
AAAATATGATATGTTCATTTGGTGTACTGTAATTTCTCACATAAATATAA
TATTGCATAAGGGCAGGAGCTAGGGCACTTCTGCACTTAAAAAAGGGTAC
TTCTCCCATATATGGCTTCGAATCGTGAAATCCCCTTGCTTTAGCTCTTA
TGTTGAACTCAGTCTAAGGATAGGAATTCACGAGATCTTTCCGTCGCACA
TAACAATTGGAAGATTTTTAATTGGGATTGGACTTGACAAATAATTCGGG
TGGAGACCATCGAGCTATATTTTGACGTATATGCTATATTATGTTATAAT
ATAGCTCGTTGATGGAGACCAAGCCAAGTTCTGGTTGAACATGAGGGTAG
CCATGGATTACCAATTACAGTACTCCAACCGGTAGCTTAGGAGGGATTGT
GAGTGTCAATCAACCATTCATTGGTGTTGGATCAACGCCTATTGGACCGT
TCGTCCAACCAGCTGAGGTTAAAACAGAGGAAATGGGCGTTCATGGGTTC
TACCAATCTTCTCTGAAATGACTCAATCCTCTGAAAGGTTGCTCACTGCA
TAGCACCACATTGCTCCGCGTTGATTACATCCTCGCGATCTAAACAACTC
GATAGGTTGCGCGGGCAATTTAAACTTTTGGCGAAAAATTCCCCTAGATT
CGATATCCTGTACATACAACCCCTTTGAGACTTTTGTGAGCTCTGGAAAA
GACACAAAAATCAGTTCTGCATGGTAAAAATACGAGCAGCTAATCATGGG
GGAAAGGAATGGGGAAAGATGTGGAGGTCAGTCGAGGAAGGTGAAAGATT
GGCCAGAATTGCAATTTAAATCCTGAAAAAAAGAAGAATCCTAATTCAAG
GAAGGAATAACTTTTGGACGGTTCTTTTCAACACCCAAGAGTTGCTAAAA
AGAGGACAGAATACTCAAACCAATAGCGTTAGTGCATATTTTCTCAGGTA
CTACTCAGTCAGTTAGCCCTAACCTTCGATAAAACTTGAATTTCTACGCT
AGAACTGTGCGCTAATGATTACTAATATCATATGTCTCATAGGAGACCAA
TCAAAACTAAATCAAAGTTTTAGTTTTGTTCCACTGTTGCAAACAAGAAG
TTGTTGTTTGGCTCAGAAAATAAAAACTGTTATCCCCAGCATCAGGGATT
TCATTTTATGCAGCGATTAACACTGCTCAGAGTTGAATACTGGAAAGTGG
TACTGGACAAAAAACCACCGATTATTGAAAGTGAACAAAACATATGGAAT
GAATGGTCAATGGCATATAAGGTATGTTAAGAACGATATAGTGTGGACAG
ATTAACAGGGCAGGTGGGTGGTGCTAATAACTTTATTTAGCTCCGAATCG
TATGCTAAATCCACACGTAATGACGAAATAGGGTTGAATGTCTCCCGCCG
TCCTTCCGGCATTATTAGAGATAGGGTGAACTGTTGAAAGTCTCAACATT
TGACTACACAATAAGCGGAAAAAGGCTTCAGTTCGATACATTCCTATTTC
GACTCTTTCCCCGCCGCGTAATACTCCCAAACAGACCAAATATCGGCTGA
ATCCCTTGCTCTTAAAGTTATCGTCAAAGTAACTCAATCATTATCTTCGT
ACGAGTTAGAATAAAGCCTTTCATGATGTCTTAGACTATCGAAAACCACA
AAGCCTAGGATCATCACAGAGAGGGCCTTACTTTCGTCCCCACAGACTCT
AGTGCTGTTGGGCTAAATTAAACTTGGAACACTCCAATTTGTGTTTTTAT
ACATTTTGCCATCCCACCCAATACAGTTAAAAGCGGTTCATCAAATGGTT
AGATAGTAATGAAATTTTCATACTCAACTGTTTCATGCTCGTAAATTTTT
AAACGCCACGGGCTTAATTGAATATCTTATTTTTACCATTCGCACATAAA
TAATATATTTTTGTAATGTTAGAAATTGTTCGAAAAGATCAATAGCTTAA
ATGACATTTCACACAGAATATCATTACTTGTTTATTACAAACTCTGCACT
CACTGAGGGAGACGAATTTCTTGTCCCAACATCTGAACTACAAAGAATAC
ATCAATTATTTAATTTAGTTTAGTTTAGTTTATTTCGGAGATCCCAGATT
CATCATATGCAAAATGAGAAGAAATGATGGGATGCACCGAGGGTCACAGA
TAAGTCGAAACGACTTGTTTTCACTGTGATACTAGGGGAGAACACAAAAT
TTTACACAAAGACACGGCAGCGGAGGAGGGAGGGCAGAATACAATAAAAT
TTCAAACAAATACAGGACCACTTTTCAAATAGCACAACATAAAATCACAG
TTTAAAGCAAGAAGAAGCAAATTTGCTCAAAAACTGAGTGCCAAGAAAGC
ACAAAGATAATTAAGATATGTCTACTTATAAAATACGATCGAAATGAAAG
ATCGCTCACAATGTTTGGCGAAATATAAATAGTACAAACATCACAAAATA
GGTTGAATAGGACAAATAGCAGTAATTAGTACGTGAACACACTAATACAC
TGCTCATCGATGAACTAAATTAGATGATAACTACAAAAAGCTTGCGACCA
GAAAATGCGTTAGAGTGGAAGGAGATTATACAAGGCTATTGCTCAATTCA
GTGATGCTGGGCAGCGGAACTTGGGGATTGGCTTCGGGATATCTCAGATA
TATTCATAGGACTTGCGAATGCGCTCAGTTTTCTGCTCTGCCCCAACCAC
GTCCGCACGAGAAACACATTAGGTTGGCGCAGATAGTCGAATCGTAGGAC
AGCACTATACTTTGCTTGATGTTAGATGCCAATGCCCTACTTTTGACCCG
GCCGTTAAAATCTACATTAGTCATCGAATTCCATATTTTCGGAAAAGCAA
AATTAGGAAGCTTTTGCAGCCAATTGGTACTTGCATTGGGCNATATTTGT
AATATTTATATTTCGCCAAACATTGTGAGCGATCTTTCATTTCGATCGTA
TTTTATAAGTAGACATATCTTAATTATCTTTGTGCTTTCTTGGCACTCAG
TTTTTGAGCAAATTTGCTTCTTCTTGCTTCAAACTGTGATTTTATGTTGT
GCTATTTGAAATGTGGTCCTGTATTTGTTTGAAATTTTATTGTATTCTGC
CCTCCTCACTCCGCTGCCGTGTCTTTGTGTAAAATTTCGTGTTCTCCCTT
AGGATCACAGTGAAAACAAGTCGTTTCGACTTATCTGTGACCCTCGGTGC
ATCCCATAATTTCTTCTCATTTTGCATATGATGAATCTGGGATCTCCGAA
ATAAACTAAACTAAACTTCTATGCTTTTCATTCTCTTAACACTTGAAAGA
ACTGTCTAGTCGCAATATCACTTTATTCTTCATTGCACCTACATGCTAGC
ATAGCAAGTGGCACCAAGATGGCGCCCATGCGGTAGCTCCGCGGAACTCT
CTTTAAATGCTCTTGGCCAAGCAAGCGGCCTCAGCCACTACAAAGCAGCG
CAGAATTCAAAATTCGAGCGGTGTTCAATCCCAGTGAGGTTCAAACCTCG
GATAAAAGGCTTCCCAGTCTCCTATCTTAATGATTCCTCCACCTCCACCT
TCAACACCATCATGTCAACATGGGAATGCGTCAGATCTTTACCAGCCACC
TCTTCAATGTATTACGTCTATTGTGAAAACATACATAATTGTATATCTCT
AGTCGTGGGTGTCAAAATCCGAAATACAATACAATTCAATCTAGATTGGT
TTACCAAGGAGTTTCTATGTGTTACCTCAATGGGTAAACCTCAACAAAAG
GCACATGCTTTGACTTGTGCAAAAGGTGTGTGAGACTTTTTGAGAGTAAT
TGTTCCAGATGTAAAGGGTTCCATGGATGATTCAAGGAACACTGACTTCA
CTGTATGATGTCGAAAGGATTTAAAACGATATTCAATAAATTTTCCAAGC
GATCAAATTTGCAAAAAATATTATTTTAAAGAAATCTAAAAAGGGCTTTT
TTAGAGAGCCTATAATTTTGGAGATTTCTTTTTCTTTCAAAAATTTATTT
TTAGCATTTTTTGGCATTGCTAGTGTTCAATGTGGTTAAAAATGATGGCA
TTTTTTGTTTGAAAATGGATTCTATGCATTTTCGAGTTTTTTTGCAAGAA
ATGACATTTTTGGCATTATTTTAGTAGACTTCAAAATTTAGACTCTTGCA
AAAAAGTTTCAAAATAAACACGAAAAATACGATTTATTTTAGTATGAATA
AACCTATTGGTACACACCCAAATACATCAGTATTCATATAATTCACAAAA
ACATACATAAGCTTTGCTATCTAGTGATAATTAGGAAGGGATAAAAAGTG
CAAAACAATCTAGGGTCTTGGAGATTACAATTTGCGAAAAAACGATCCTT
AAAGTGCAAAAAATTGAACAAATAAAGGTACATATAATTCACAAAAACAT
ACGTACATAAGCTTTGCTATCTAGTGATCATACAACCATAGGTCATCAAT
TGCTTAGATCTGATCTACTAATTTCGTGATCCACTTTGTCCTCTGGCAAC
CGATAAATTGAGCATTTATATCATACCTTCAAGTAGTATATCTTACAATA
GGTACAGGTTTGTAGCCTAAAAAACAAGACAGGAAAAATTATTTCATGAT
CTTGTTCTATACACAATTACATTGCTAACTGCCTTTTTCAAGCTTGGGCT
GAAATTAAAACGAAAATCCAACCGACCGCCAATTTTTTCCCATCAAAAGT
ATTGTACCCTGAGGGCAACCATCTACTGCACTTTTCAAAAATATAGTTGA
CTGACATTCTATAGTAGTTTGGATGTCTTCTAGAATCGCGATAAATTGGT
TGACTAACTCATAGGGAGTTTTTCATATCTCGGGTTTGAATACCATTAAG
ATAGCTCTCATCGTATGGTTGCCAGTGGTCTTTCCAAGTCGTATGCAAAG
TCATGGAGTACTAGAATCACCTGGAGGTTGCACAGAACGAAATATGTGTC
CAAAGACGGCATCAGGTTCTGGAAACTCGAAAGCCGTTAATGCAATGAAT
TGACGGACGGGAGTTGCGGGGATATTTCATATGTCTCTAAGGTGCTAATC
TATGTAAGCTAATCTCCAAGGTGCTTGAGGTCATTGTGAAATCTGACCTT
GAAGCTCATCTGACCAAAGTGGAGGCGCTCCCAAACACACAGTTTGGCTT
TAGTCCACATAGGTCGTCTACGGCTGCACTGGCCCCGGTCCAAGCTGAGT
GGATTCGCGGGAGCCACAGTGGCGACTTTGTTGGGGTCCTTGGCTTCGAT
CTCTCCTCTGCTTTTGACACCGTGGACAAGATGAGCTCCTCCCCAAATTT
GAGGCTCTGGGCATCACGGGCACTTCGCTGGCCTGGTTCTATTCCTACTT
TTCGGGCGGAAGGCAATGCGTTGTTTGGAATGAGACCAGGTCGGACTTCT
CGGACTTCTCGGACGTCAAGTATGGTGAGCGACAGGGATCGATACTGGGC
CCAATCCTTTACCTCGTCCTGGTGGCCGACATGCCAGACTGTGGTGGTAT
CAGCGAGAGTGACAACTCTTGCTATGCCGACGACACTACCATCTGGGCCG
TTGCAGGTGATCTTGCATCCGTCAAGGAACTGCTGACTGAGCGTGCAGTC
CTTGGCTCCATTCGCACAGAAAAACGGGCTGGTTCTAAATCCGGCCAAGA
CCCAGCTCATGGTTGGGGGGAACATCAAAGCCAAAGACCTATCCTCCCTC
TCTATCGAGGTGAATGGGATCATGGTCGGTCCAACCCAGGAGATAGAGCT
TCTAAGGGTTAGGTTTAACACCAAGTTTTCAACAGCACCACACGACACCA
ATGTGGCCACAGGCGCCCGGCAACGTGCAGGCCTCATTGCTAGGCTCGCC
TACCACTTACCCCGCGGCGAATACTTGCTCCAGTTGACCACGGGACTGTT
CATTCACAGTACAGTGTCACGGGACAGTCGGTTATGCGGTTGCAGCCGTT
GTTCCACCCGGCCTCAATGACTGGGAAGCCTCCATGTCCAACGCACACAA
AGCCGTCCAGGTGGCTTTGAACGACGTGGCCAGGACCATCATTGGGAAGA
GCAGGAAGGATCATGTCCAAATCGCTGACCTCCTCCACCTGGCTGGGGTA
CCCTCGTTCAATGAGCTGGCTGTCACGGCCTCGGTCATGGAGACCTGGAA
GGCGTTTCGGAGCTCGGAGAGGAAGAATGGAGGGAGGAATCCTCTGGGCC
AAATTATCTTTCCTTGCCCCCCGACGCTAGTGGAGGGCCAACAACAACCC
GATCTAAATCTGCCGGCATCGTCATGCCCCCCTTGGGCAAGAAAGCGGAC
ACGTTGGCTGTCCATGCAGCCAATATTTGGAATAAGTTCTCGGCACTCAG
GACTGCCAAAACGAGGAAGGCTGCATTCACGGTAGCCACCTCAATGGCTA
AGGATGCCCACATCTAGTCACACTTACAGTTGACAGATTTACCATTTTTT
AATTATCACCGCGATTGTCATTTGACCACAGCATTAACTAGCAGACTTGG
TAATGTGTTGAACGCAAATAAACTTCGATTACACTGAAACCCTACCAAGT
TCTGTAGGCTTTCAGAGTGACTAGTTAATGTACTCTTAAACCCTACAGAA
CTGGACGATATATCAAGCGCATGTCCAGTCTCTCAATTGATTACATTAAC
GGTTTTAGGAGCTGCCTGAACGTCTTTGGAGACATTTTTCGTTCTGTGTA
ACCTCCAGGTGATTCTAGTAGTCCATGGCACAGTGCATTGGGATCCTCTG
AGCGCTTTAGCGCATCAAAACAGTAGGTGGCTCCACAATCACCGCTGACG
GTGAAAATCACCGGTTTGCTCGGGGAAGGAGTCTTCCATCCTGAAAAGTG
CCCTCCGAGTAGCGTGAACTCTACTGTACAATCGGAAACAACTCTGTTTA
CGATGCCAGGCTTATAAATAGGCTGGCCCTTTTCTTAAACAATATCAATC
TTCAGTTAACTGAGATCCAGATAACAACCACCTACTTCAATCATGAAGGT
AGGCTCACTTCCCATTCGTATAACATCAATCTGTTCAGGTGCACCCTTCA
TGTTCAATACCTTCACCTCTCTCCGGCCTTCCTCAGACCTTTGTTGCTCT
CTCCGCCCTTGTGGCCTTGACCGTGGCTGCCCCAGCCAATCCCTACCGAT
CCGCTCCTAACCATCCAGCCCCAGCTCCCTACACTCCGGCTCCAGCTCCT
TACCATGCCGCTCCTAACCATTCCGGTCCCTCCTACCATGAGGAGCCCAC
TCACTACCAGTACGGTTATGCCGTCCAGGACGAGTATGCGGGCACCAGCT
TCCGTGCCAACGAGGCCCGTGATGGCTATGCCACCAACGGCGAGTACAGT
GTGCTCCTCCCCGATGGCCGCACCCAGACCGTGACCTACACCGTTGACGA
CTATTCTGGCTATGTGGCCGATGTCAAGTACGACGGCTACGCCAAGGAGT
ACCAACCCACTCCCCACCAGCCTGCCCCCGCTTACAAGCCCGCTCCGTAC
CAGCCAGCACCATACAAACCTGCTCCTTACAAACCCCGTTACCAACCTGC
TCCTTACCTTGGTTAAGTTGTCTGTGATATTTAACTATTTATGTAAACTG
AGCAATAAAAGCTTTCATAAAAGAAAAGCAATTGTTGAAAGCCAATTTGA
TGGCACTTCTCGTGATTAGTAGGGGTGAGACAAACAGACCAATGAATCAT
CGCAATTTATTTGCTTATACGTCTTTTTCCAATGGATATTAATCCAAAAA
AAGACATGCGCGTGTTTCTAATTCATGGCAGGCAAAGAGTTGTCACCCTC
AGCTTGACCAGACTGATAGCATATGGACTCTTTTTGAAAAATGGGAATAT
TCAGAAGGCTACAACCAAATTTTACTTGGTTTAGTAGCCGATTTCGGTAA
AATTGGGCAATCCTGACAGAAAAGTCAAGAGCCAAAAGAACATAACTTTT
TTTTATAAAATGCAAAGTGAGAACGAAAGATTGAGGAAAGAAACCAAAAA
AAGTGTGGAATTAGTAAAGCACGCAGTAATGTCTTAGATCCCAAAACAAG
GCCTTTTCGCACATCTTTGAAATGTGAACATTTTGTTATTATTCGAGACC
TGACTTGGTAAAATGCACACCAAGGGATCTGCGAATGCAGTCCTTTCATG
TTGTTTTCAAAAAACTTATTTCGTTCACACATATTAGATTTATCACGCCA
TTTCTTGTTGTTTCGATCTAATGTGAAATACTTTCTTCGACCATTTCCTG
TAATACCATTTTAAACGGTCCCATTAAAATCATGTAAAGGGTGCAATGTT
AACGCAGGGTTGCTGAAAAAGAAAAGACCAAACAAATGATCGACGCAGAA
ACGGACAGCGAACCAGTCAGGCACAGTGAGAAATAGACAGACAGCAGACC
AAACAAGAGAGAGAGAGAGTAAAAACAGACAGGCACGCAGATAATCAAAC
AGGCACGCTGTTATAAAAACAGGCACACACACAGACACACAGAGAAACAG
ACAGACAGCCGACCAAACAACAGAGAAAGATACAGGGACGCAAATTTGAC
ACACAGAGAAACAGACAGACAGCAGACTACACAACAGAGAAACAGACAGG
CATGCAGACACGCACAGTGGCACGCAGGCAGGCACACAGACAGGCAGGCA
GACGGACACGCGGACACACGAAGAAACAGACAGACACAAAGAGAAATAGG
CAAGGCAGAACAAAACAGAACAAAACAGAACAAAACAGAACAAAACAGAA
CAAAACAGAACAAAACAGAACAAAACAGAACAAAACAGAACAAAACAGAA
CAAAACAGAACAAAACAGAACAAAACAGAACAAAACAGAACAAAACAGAA
CAAAACAGAACAAAACAGAACAAAACAGAACAAAACAGAACAAAACAGAA
CAAAACAGAACAAAACAGAACAAAACAGAACAAAACAGAACAAAACANAG
ATTCCATTTTGGATTGATTATTTTCAGAAGATTCCCAAGAGAGGCATTAA
GAGAACTCCTGAAAATGGGTGAGACGGATTTCCCGGCCATCAAGAAGAAA
TGCCTCTCTTGGGAATCTTCTGAAAATAATCAATCCAAAATGGAATCTTC
GGTCCCCATTAACCAAATATCAACCTACAAAAAGATTCGAAAATCAAAGT
CTAAGGACCAAGTCCTCGCGAAGACCAACCCGAATCTCTAGAAATCAAAT
ACTGGTGCCTGTTTCTATTGTGGTCGATCAGCTCATCCCAGAAGCCAATG
CCCAGCAAAAAAGTTCACATGCAACAATTGTTTAGTTTAGTTTATTTCGG
AGATCCCAGATTCATCATATGCAAAATGAGAAGAAATTATGGGATGCACC
GAGGGTCACAGATAAGTCGAAACGACTTGTTTTCACTGTGATCCTAGGGG
AGAACACAAAATTTTACACAAAGACACGGCAGCGGAGGAGGGAGGGCAGA
ATACAATAAAATTTCAAACAAATACAGGACCACTTTTCAAATAGCACAAC
ATAAAATCACAGTTTGAAGCAAGAAGAAGCAAATTTGCTCAAAAACTGAG
TGCCAAGAAAGCACAAAGATAATTAAGATATGTCTACTTATAAAATACGA
TCGAAATGAAAGATCGCTCACAATGTTTGGCGAAATATAAATATTACAAA
CATCACAAAATAGTTGATAGTGCGGAAAACCATGATCCAGACCACATAAA
TACCGATCCATCTTTTGATAGTTTATTCATCATTGGAAACAAAGAAAATA
ACAGCTTGTAGTCAAAACGTGGTGCTTCAAAAAAAGACGGACAAGTTTGA
TCTTTCTTCGCACAACCTTTCATGATTTAGTATTGGTTTAGGATATTGGG
CTTTACTAATGTAGTTTGTTGTTCACTTCTAGCGTTTAGTGATCACGTCC
ATGTTTGAAGCAACTCCTTAGACTTCTTTTTTGTTCAGGAGTTCCAGAGG
AGGTTGATCAATTAACTGCAGTTCCTGTGATCATACAGTATTTAAATATG
TACGTAGAAGAAGGTTGAAAACCAACACTTATTAGATAACAAAGTGTGTC
TATTGATAACCAATAATGTGTGGGCTAATGTCCATATACTAAGGACTGAA
CAAGACTCAAAACAAATAGATCTTAAAAATGTACCAGAACACAACTATAC
GAAAAAGAGAACCTCCCATGATCGAAATTTGGAAAACTGAATAACGTGGA
ATCTCTTCTGAAAGATAGCCAGCTTGGCAAATTTATCATGAATTGTTACC
TTACCCTCGAGGTATTACCACAGCTGGGTCCACTTCATTCGCACCAGGGT
ACCAAGCAATAGCTCTGAGTTAAAACCACTAGTTGTTGTGAATTAGGAAC
CCTGGGATTCGAACCCCGGTCAATCAGCACTAGCGTAGTGCCTGCGCAAT
ACGTAAATATGCATACCCAATTCCTGGGTTTAACTGAGATACATTGCCAA
CCTATTTGGGTCACTGAGTGTTAGTCCATCAAGAACATGCTATTGGGAAA
ATCAAAACTTATGATTCCGTTACCGGTAAGTCATTTATGTCGATTTTTCA
ATTTCTATTAAAGCCATTAATACAATCCAAGTTCAAGGATGCCAAATGGT
TTGACCTACAAGGCCAAGATTGTCATTGGGATATTGTTCAGAGAATGTGA
ATTGGCTTTTGCCTGAAACATTAGTCAAGTAAGATCAACAGCTTCTCATG
TAGTAGTGTTTACAAATGATTTCAAATCCAAGAATCAATTATGTTACCTG
GGCTGGGTCGAGGAACCCAGTCCAGAAATGCTATGGATGATTACAACGAA
GCAAATACCAATAGCCAGGAATCCATTTTGGTCCAAATTCCGCTCGATGT
TTAACGAATCGAATTTTCTCCGCACAATTACCGTTTACTTTGGCGAAATG
ATCGAATTCGGGGTAAAGTTTCGTCCTTATTTTTCGCCACTGAAAATGAA
AATAACGATTGCTTTGTGGGCATTGTCTTTCATTGGTCATTTGGTCCGAA
TTCCATTTTCAAGAGGTTTCTACACCCACCAATTTGTGATTCCAGTGGCG
AGATAGAGTGCACAAAGTTATTGAACATAGCCTTCAATCCATTCGGTCGT
ATTCGTTTCGGGAACAGCTACCCTTAATCCCCACTCCAGTGGTCCAAGTA
CAATGTAATTGAGCTTGGCAATCAGTGTTGACACTTGAAAATGATCTCCC
AAATTATCTTCGAAGTGCTCGTCCCCCACTGGGCCACGAGAGAAATTGCT
TCGTCCGCACGAAGATCATACCTAGGATAGGCCATGGCGAGTGTAAGTAG
ACAATTAGGGCTCTAATTAGAACTCCTGCCAGGAATTGACTAATGGTCTC
ACAAAATATGGGTTCATTGTGTGTGGAGCTCCCTGAAAACAAAGGGTTGT
TGGAAAAAGGCCAGATTGAAAACCAAGCAATCTCACAATGATCGGAACCG
ACTCCAGGGTGTTGGGTTACAAGCAACCAAGGTGTGATAAGAAAAGTGAG
ATATATGGCGACCACAAGCAGAAACTCAGAGTGGAAAGGGAACCCAAAAT
GTCTGTGCGTATTGGGCAAATCAGTCCGAGATGTTGGCATATGGTTTCAA
AACATTTCAAGAGAAGAGCGTAACAATTGGTGAATAAGCCTAAATGGGTG
CCTTATCACATTAAATAATCAACGTACATTGCATCAGTCCAGATAAGATG
CCCGCCACTGGAACAAGGCCATCCACCATTGTGTTCCCGTTGGTTCGATC
CCGGTTTGGTAGGATTTTTGCATTCTTGACGGTGCTCGAGTGGGAGAATT
TGTGAGATTTGTCCAAGCTAAGCCGTTGATAAATCATGTAAATTCTCACA
ATACAGCCAAGAGATTTCATATCTAGTCATATCTGTCATATCTGTCTCGG
GCCTGCCTTATGGCATAGGTCAACACCCGGGGAATCCTAAAAATTTAGCT
TGGGCACACTGATTTGGCCAAGCAAGGGTGTACATGTTTTTGAGTATCTC
TATTTTTGTTGATCTTGGTCTAAAACCTTGGCCAAGATTGCCAACATTGG
GGAAGGCTGTAAATCAAGCCATCCAAACAGAATACATTTTTAGTGTCTAA
GGAGACAAGCAGCGTAGCGCAATGATAGAGTGGCACATTCAGTCATATTT
GTGTTTTCCGAGGGTCGTTGGTTCGATCCCCGGGCAGGCCAAGTTTTTAC
TCACAGCTATTGTTGGCTTCCCTGGCGGGATTAAAGTGGGCGTACCTGTG
GTCATTCCTCGAGGGTAAGGTAATACCGGTAATTCATGATAAATTTGACC
ACCAGGCTGACTACGGTATGTCTCAATAGAGATTTCCCTAGCTGGGCAGG
AATGTCCGGGCCTTCCAAAAAAAAAACCACACACAAACAAACAAGGTGTG
TAAGGAACGAATCGCGTAAATGAGTGTTCCTGTAATAAACCATCACTCAC
CAATTCCAGCTAGGCTTTGAAACAGCAAATATTGCCCACACAACCCCCAT
TCAAGCTCAAAAGCCACCCTTGGGCTTTGGTCCCAGCGACACCGAACCAT
TCTTTGCCTCCTGCCCGATGCCGGCAGATGATCGAGCTCTCGAGCATCTT
TGTACAGGTGACTTGGGAAGCGCGCGAGGCGTTGCTGCTTGCGTACAAGT
TGCGGGACCAAAGGTTGCGCGCGAGTGAAACACATTGACAGGGATCGTTG
CCAGGAGATTCTTCTTCAGTCGTGAGCGGACAGTTCGGAGTGACACGCAA
GAGATTGCAGCACAGAGAAATTGTCGAGAGTGAACTTGATCAAGTCCAGT
TTGGTCCCCAATTCCCGGAGTGTGGCGATTATTAGAGCCAAGGAATGTGA
ACGGGCAGCTCATCATGGTGACTTTTCTCCGGATTGGAGCGTTTCTTAGT
CTTTGTCAAGGTAAGATCGCCAACAAGGCAGTGGCGAAGATTTGAACGCA
TGCAATTGCCCAGCTTCGGCCTCCGATTATCGACACTCTCTGAATGTGTA
ACTCATTAATGGGGATTTAAAAGTCTGCGACATTCGTCCCTGGTCTGAAT
TTCGGTTTAATGACGCCAAATTGTTTGTAATTTGCTTTCCCTCACCATGA
TTTGACGCCCTTGAACTGGGTGTGGCAACCCAAGAAACCCATTTGCTTGC
CCCAGACCCAACAAAGCCATCGACCAGATTTCTTTGTCCGAAAAGCATTC
AGCCCGATTGCGTCTGTAGTGCATCATTTCGCCCTCATGACTCCTCTGAT
CTCAGTGGCACCCATTGACACCCAACAATGGAAAACTCAATTTGGATGAT
CCCTTCAGGACTCTGTCCATAGGGCCACATATTGGACCATCTAAATCAAT
GATAATTCTGCACATAAACAAGTCTGCTCTTCATTACCTTGAGGACCTAG
TATATGTAGGTACAGCTGGGAGCAACCTAGTATCACACTTAGTACCACAC
AAGTGTACAGGCTGGCCCCAGACGTGTCTTGGGCCAGGATTTGGGATGTC
CACGACATTTTTTTCATGTCGTCATGATTTCAATTAGGCGTGGCAGCTTT
TGAACTGATATTATATGAGGACAGAGAGAGGGGCCATTGAAGGGTAGATG
CTAATCTGAGTCGATAGCATAACCTGCTGGGGTAAACTGTGCTGGGAAAT
CCAATGCGAATGGAAATGTGAACTCTAGTTCGAGGCGAATCCATTAGATC
GCACCTCCGCACATCTTTTTAAAAAAGCTGCAGGATTTCACGCCAGTGGC
AGAGTATTAATTTCCCCAGACAATGATCGCCTTCACTTTGTTGGCCCGAG
ATTCGGCTACAGGTCCATTTTTCGAGGTGTGTGTAAATATCGTGGTAATT
TGAAATGAGGGAAATCGGCCACTGGCCTGAATGTATTACCCAGAAACGCA
TTAGACGAAACCTTCAGGCCAGAAATCAGTTTGCTTGAGCGCTCAAATGT
TTGGAGTGGCATCATCAAATTTGTTGGGCCGAACAACGGGGGCACCTACG
AGTATCTACTCTGATATGTGGAAGAGCCCCTGGTTTTGTCTGGAAATGGA
GCTCAAGGTGGTAATGAGTATGCACTTGTGTCTCTCTCACCGAATTGGAT
TCAACCTCCTCAGCTTGGGACCAAAATCGTGAGATAGGCCAAAAAATGCA
GGATGGCCCAGACGAAGATTTGGAAAATTTGTTAACACACAGAACGACCC
TTTAAGAGCCTCTATCATTCTGTAGGCAGAGTTTAAGCGGCCATTTTCCC
CCCCAAGACTGAGGCTGTGTCAAGATGTAATTTCAAAAGATATAGCCAAT
TAAAGCTCATCCACGGCGATGATTGTCTACCTGGAGGACCTTTTTTGGTG
GCCATCCCGAGAATGGGAAAAAAGCCCTCCGCCATGAGCCCCAAGTATTG
AATGTCCAATGGGATATTAAAAGAGATGATCAAACCCTGCCCATGTTCCC
ATTGGGTGTTCAGTTGTCCACAAAATGAGGATTGCCCTCCAATGAATGCT
TTTAAAGATTGTGCGCTTTGTGAGCTGTAAAAGTACCACGGACTAATTTA
TGGAGAGGTTCACGGGAAATTGCTTGACGATTATGCATTATCATCATTAA
AATGAAATAGCACACGGGCTTATATGTTTATGTTCCTTGGTCCGTTGACA
TTGTCCCGCTGCGTTGGAGAAAGAGCTCGAATGGCCCAATTGGGCTCACC
TGGGATAAAACCGGGTAATTTGAGGAACCCACAACGTGTTATAAATCGAG
CATGATTGAGCTCAAATGCGCTCTCATGTGGGCACAAATTGAAGGGTTCT
TTATTCTCGACCATCAACGCCTTTGATATGGCCATCTATTATTCGGGGTT
CGAACAGCATCATTCACCTTAAAATGCCATCTCAATGGCCACGAACTCAG
TGGCAGGTCTTTAATGCATCCCTTGGCCACTTGATGCAAATGATCCATGG
TCTTATGACATGGGTAAATAGTGCTGAATGGTCCCACCTTCATGAGAGAT
CGGAAGCTCTAAGTGCATCATTGACACCCATTGACCGAGCGATTATCGCA
CACCCAGATCGATTTCCTAATCAACCTAACTCTAGGAGGCAATGCCTTCA
TGTCCTGTGTATTAATCAGGTCCACCCGACCCAAAAGACTACTTTATCGC
TCGGTGAAGATTCAGATGAACGATAAGCTCGGACTTTTCTCCTCATCCCC
CCCATTGTTTGGTGAACTAGTCTGGATGCAAAGCTGACCAGGGTGTTAAG
AGGGTTTGATACCAGAGTGTCTTTCATCCATGCTACTCCTTACACTAGGA
TAGGTCTGTGTGAGTCTCAAACCTTGTTACGACCGAATAGGATTTTTGCA
CTTGAACCATACTTCAACAAGTTCCAGTGCTCCAAATGGGGTGCATATTT
TGGGTGTGCATTGTTCAGGCACTTTGGGGAATGACTCTCCTTAGATACAA
TTACAGGCCATTGACCACGTTTTTACCGTCTCATTTCGCCTCACTTTATC
TCAATTCCTTACGCTTCATTGGAACTTTCCTTTCTTTCTCGAGGGAAATT
GGGGCTAATCGGAAAGTAAGATGCAAATGGGAAGTGAGGCGAAATATTTG
GCCCAGACAGAAGAATGATTAACAACGTTGCAATTCCTTCAAAATCTACA
TTTTAACGAGGCAGTAGTAGGAGAGTAGAGAGGCAGCACGTGCAGGCTGC
ATACAAAGAGTTTTTCCTCGTCTTCAAGTAGGCGCAGGCATTATTTCAGT
CCAAATTAGCCTAGTAAATGCAGGTTAGTTGGCGGCAATTGAGGCCCATC
CTTTTCGTCATGTGGCCAGAATTGCGCCTTCAAGACACCTTGTCACTCTG
AGATGATCTCCTGCTCATCTATGCTAGTGCAATCCTTGTCGTTGTCGGTT
GTCCGACTCCAATTTGAGGTCCCCGGCATTCGGTGGGGGCTCAGAGGACG
GATGCCGATAAGCTTTATCACTGGCTAATATTGGGAATGAAAGAATGTGT
CATTATTTAAAGTGTCTCCGTGGTCGCCGACTAGATAAGAGCCCGCTCGT
TCGGGGGCCAAAATTCACTCGGGAAGGCCGCAGATTTCGTCTTGAAACAG
GTGCCCCCAAGATCCTCATGGCGATTAGATAAGAGCCTCCACCAAGTTTC
TCGGCCATAAAAATGCAGTGACAAGTTCCTCACCTGATCTGAGATGAAGG
CTATCCCTTGATGACAGCGGCCAATAGTAAAGACCCTCGTCCATTGTCCA
AATCACTCACACGAGCTAGAAGCCTCCGGGATCAGCTTGGCCCAAGAAGC
TGATGACAATGTTTGACACTACTTGGTCAACGGAGATTTCTCCCAGCCAG
GAATCAATGTCTTCCTCGATGATGTACATGTAAATTGAGTGGAAGCCCCC
GGTTAGATTCGAGAATGTGAACGGCTATAACCAGTTTCCACAGATTTGGG
TGGTGAACGAGGTCAAAACACTGGGTCGGCTCTACCTCGAGTGAACTGGA
ACAACTAGTTCCTCCAAAGAGCATTTAAAGTCGCTTCCAGGCATTCCTGG
GTCCATTATCAATTCCCTGATCTACACCTAATTAATGCAAATAGCATCTT
CGCCCCCAGCTCACGTGCTAGTAAACCATTCAGTTATCAATGACATCATT
ATCATTCTCAGTTTGAAAGAGGGTTGATGGCGCTAAAGTTGGGCTTGGGA
ATTGGCATTTCAGAGCAATATTAGGTTTGGCCAAAAGTTGACCTTACATT
ATAAGTCGAATATTATGATTTGGATTTCGTGGAGTGGCCCAGCATGTCAA
CGTCACACAACATTGGGGTGTGAGTAAATATTGGCCACCACCCCAGCCAA
CCCTTTCACCGGGATGGAGTCCGGCACAGAAGCTGGAATCCTTGTCGGAC
TTGTCCCAATGGCCATCATTGTCGTCTGATTGAGGTCGGGCTTAGCCTTG
TGGGTTGTGCCTACGGATGCGATTATTGACAGAGATAGCTTCCAAAACGA
GTCCCCACACACCGCGCTATTTGGGTCGAGCCGGCCATCCATTGGCCTTG
GTGGGCACACACAAAAAAAATGTATTAACCATATAGCGTTAAATGAACTC
GTTTTAAAAGCAATGGCGAGTGGGGGTTGTTACCCCGTTCTTCGGGCGAC
GAATTTTGAGCGAAGCGAGATCCTAAAACGTCTGTGCACTTATCGAGTCT
GATAAAAACCTCTTCGTCTATCAAGAAGCAATCAATACTTGCCAATAGGA
GAAACCAGTCGGCATGAAATAATGGTTTTTCATGAGAACCCCGTATATCA
AGCCGATCTCAAGATGTGTCTTCTCCCTTTCAGCCATTTGCTCGGTCCAA
ATCCGAGAGCTCGTGGTGCCCAAGCTCTTCGAGTTGGGGTCCGCCGATCA
CATCCTGCTCGATTGCGACTTTGACTACGAGGAGAGTGAGAAATATCAAC
TGGACATTAAGTGGTACTTCAACAATGAGCCCTCGCCGTTTATGCAGTGG
GTGCCGGGACAGATGAAGCGGCCTCAGCTCATCGGGGACAAGTTCCGAGG
TCACGTTGACCTCAATCACAGTGTGGACGCCGATGCCTTCAAGCGGCATC
GCGCTCTCCTCCTCACGCATCCGAGCCTGGAACTGTCGGGCATTTACACG
TGTAAAGTGTCCACATTTCTGGATGAGGACGTTCAGCACAAGAAGCTGAC
CATCTACTGTGAGTTAAAGTGTTCAGTCGGGTTTTTGTGGGCTCTAAATT
TAAATTGGCGCCGATCAAACCATTGGAGTGTTATTTGACGCGTATTGGCA
TTTTGCACCATGATGGGGTGGACGTGCGGGTTTCTTGATTATTCATGTCA
AGGGTACCTCATGAGATCAAAGGGCGGAGTCTGGTGCTGGGGGTGGGTTG
GCAATAGTAATTCATGGAAGTTACTCTTTCCATTAAAGCTCTGACAGATT
TCATTTTGGTCATGGCGCGAGATTGAGCCCTTGGACTACTCCACAGATGG
CAGAGCTCCATGCTATTGCTTTTACCGGCGCTAATGCAGAGGTTGGATCT
CGGGTAAATGCCGTCAAAATTCGCATCCAAGTCTTCGTTTGACATCTTTT
AGGTGACTCAAATTGGTCGCCAACCCTCAGAGAGTAGTAATTAGTTAATT
GTTGATGCGTTTTACAGCGCAGGATTATCTCCCATCTTGATCTCAGCCTG
CGATCGTCTACATGTATAGTCGAGTGAAACAACGAGGATCACCCTCTGGC
CATGATGGCGGAAATTTGTAGTCACTAATTGGCAGCCCGAAATTCGACTC
ATTTTTAACTTGCGCCCTCCTTACCTGTCTGCATCTCGTCGTCGTCTCTC
TCGCTCTTGCTCTCCTGGGATGTCAGTGGAGTCCAAATAATTGGGGGCTC
AACTTCTTGACAAACTCCAAACCTCGTCTAAACCACGGTCCCTGGTCCTA
CCTCGGGCAATTATAAGGTTGAGGGCCCATGGAAAGTACTATGGTTTCTT
AGCGAATTACAAATTGTGACAAACGACCCAAGAGGCTCCAGGTACGAAGG
AAGTGATTGTCAAGTGCCTATTTTGCTCTTTTCCAGCTCCAGCATCGTCG
ATCAGCTTCCAACAAGATCGATTCCGATCGGGGCAGGAAGTGAATATCAC
TTGTGCCGTGGAAGGAATCTATCCCCTCCCCCGAATCAAACTCACTTGGG
GGCCTTAG
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Synonyms
The feature 'hypothetical protein DAPPUDRAFT_238102' has the following synonyms
Synonym
Tk06890
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