cgd8_3680 | Acetyl-CoA carboxylase

_IDPredictionOTHERSPmTPCS_Position
cgd8_3680OTHER0.9999780.0000130.000009
No Results

  • Fasta :-

    >cgd8_3680 MKKEEENLPIYSSLEEFIEINGGVNLIKKILVATSGQAAIKCIRSMRHWAYVTFGNEKAF EFVVMATPEDIQSNSESVSEADYYVDIPMGPNYHNYANIEVIVSIAEEHECDAVWPGWGH ASENPELPKALLRARRKIIWIGPSAESMETVGQKIQSNIIAQSVQVPCVPWSGDGISVSV DRDGRFTGIVSDEQLQAACVNSTQECIDVCKRIGFPVMIKASSGGGGKGIRLCSSMEDLE SNYRQVINEVKGSQVFVMRAVNKCRHLEVQVLGDKYGDVFALSTRDCTIQRRHQKVIEEG PVTIVSQEIVKELELSAERMCKAVGYSSAGTVEFLYDIERSCIAFLEVNARLQVEHVVSE GVANCNIPAAQLQIAMGIPLKKIRDIEEYRKLRKQGNAPPRHIIAARITSEHAEKGFTPT CGDVFEISFRSSQTVWGYFSVASPGHIHQYSDSQFGHIFAFGMNREEARKHLIMGLKGLT IRGEIRTNVEAVCRILENQDFITGNTYTQWLEHSVYFSSPLTKKVTMQYLNAVFAAACFT GLRYFKESEDTFVRMLEQGQAPTSINIQYEMTLVHKGMKFICESHFIGPEHVRIMLNGSS VTAKVRNIYPPSMQNGRDSCYLISGGFDGRNRKVFFKKDAEDNLLVTFDGTTYTFLKEQD PRQVRAPVSGKLVRWLIQNGGQGEKGQAYVEIEIMKTYMQLTLSHSGVLEHAKPQGASFN VGDILAMLELPSEFIPPALELYPLPFPKIGGVKSPKLALETFCSGGFRGGPRMVALANFR EGKQQLLNALNGFFPAFEDVRSALGMFYHVLDPIMPFIELQEACEVATPLIKVTVRRKIS DLIEDVFQTFEQLSKNSWYEQFDRQLSAFISNNSCFESDVMSDQCLNSFEDNDDIEDEGQ PPKVLQDKRLSSDGSEMPSMLLSNKADELDPKNASFAQNKKELAKEIFVNEAEQKKSFEN FLGTNIYLKNHSKNIRSASDLEIYILDCLKIVSDIIEESIQDSDNENISVDEFVAIRNQY DPLIHIIRRNEKGRWMRLMYELHEIILKYIEIEKLFEERSSLVPARIIPSLRTEYELPEL MQMGRSHQQLRVKNEIMEEIAKEMANNPSLLQCTAPFRDTIHQIAELTSTEYTKVAGAFR YVLLMKENVTTTTQIQSVTKKIFEYSQLISLAQTHGQHLISIANTPSSPLQYPINATPSL STWSGIPNLGNSQQTSLSNIIADFTNFPDFTLLACIGHPNPIIGKLAFEIYIRRHYERCG LSFYAIKSRGEAWDSSVDISTVGNSSMLMTSCPDLKGAVPLRGEIQNFNNILGVWTHNAL TTSSFFQNQCDPLRSNTLNIPAIQNNVDQYNQNENNSKGRTLSILESNNTSKNMSSKCHV KGAIHIENSRWKSMLNAFSGQSLSSIADDLLEESLPIQTSIGLYFESISDFQDRFEQCVD ELKILHGFFPQISSSVDSIVMLVILSSFSNGEITTESEVASINDENDSSSIETQSNSRDI IEILKGTINKHQEKLSNNNIHMISFTIAPYSDQNKPESLSASLVYLKTPVHYHFRSKKGI PIYKYNSQDLESNLSLQDSLMNQAESVEMEDLENNYFIEEPFIRNIPSTLLSTLELKRLR YFTIKSIPTSISGINLYVGTPRELCSGYSVIGKRKEAENKENNSSLKNGNSNISKSHESD SGKNVKLSESNTSEKPNYSGPQTKRISTKEMEGENLTNKSNKTLSAKPVTSKISGYNKQR RYFIRVLVQHECSELYFEEQERYFIAALSTLESWLSFDQNYSNTSSSTVSRGHTGLNHLL FTSVGVLNDKNSGYITTSMAEEAARTLVQRYSQRIQQSSLQTMEFRYIQRSVYQKDSNNV VVPVRFVVDNPTGQAIRLRSFVEIKNPTTSGGKVFAAIDSKQSFLNFVSTSRSDKTFSLP GLQQSKSLKEISNLNKGSKILTINENMVPNLALYQHEHIYDGKPLDIPHPLIGKIDQKRY QAAELNTVYIYDFLDLFEEAIKSLWNKCPKYFVTTPSSVSLSKSNIKSARANGSTTAGIS TNCESGFEQSSGKTAFLPNKLLEYVELDINKDSGELECVSREPGNNTCGMVAWCITMHTP EYPKGRRVILIGNDITYQMGTFGIQEDLLFQRASEYARSLGIPRIFIAANSGARMGLATE VQKCMKVEFVDPENPVKGYKYLYVTEEDYNKFDLQNSINYEVIDHPKDGKIYKITDVIGS QLGLGVENLSGSGGIAGETSKASKSIMTITYATTRTVGIGAYLARLGHRVIQKAHGAPIV LTGYQALNKVASKEIYSSNDELGGTEIMAKNGVTHLVVKDDLEGCVEILKWLSYVPECVG GRLPIMVDPTDPIYRNITYSCNSNTEDPRLMLTGCVDSRGRWLSGLCDKDSFKEVMSDWA KSVIVGRGRIGGIPVGFILVETRVTEYIQPADPVMPHTSELRVTRAGQIWFPDSAYKTAQ AIRDFNMEELPLIILANWRGFSGGQKDMFDQVLKFGSYVVDELVNYKQPCFVYIPPKGEL RGGAWVVVDSNINPEFIEMYADPTARGSVLEAAGIVEIKFRSKALKEWMMRLDPELLSLQ EKDQLLHLKGYPIDSSERSSIKEKINKRCSLLHSVYHAAAIHFADLHDTSNRMKAKQAIH DIVQWKNARVFFIHRIKRQLLLFSLRSEISQKLGISLTDSQNVVFQWAIQDGIDPNNNTQ FIQWICHSANIIEQRISQLSSSDIR
  • Download Fasta
  • MitoProt II - v1.101 File : /home/rajan/sadaf/4480_mitoprot/test/cgd8_3680.fa Sequence name : cgd8_3680 Sequence length : 2725 VALUES OF COMPUTED PARAMETERS Coef20 : 3.059 CoefTot : -0.226 ChDiff : -34 ZoneTo : 3 KR : 2 DE : 0 CleavSite : 0 HYDROPHOBIC SCALE USED GES KD GVH1 ECS H17 : 1.424 1.771 0.228 0.582 MesoH : 0.184 0.444 -0.250 0.291 MuHd_075 : 20.343 14.442 6.741 3.991 MuHd_095 : 8.317 8.485 1.727 1.799 MuHd_100 : 11.454 11.990 3.712 3.391 MuHd_105 : 23.085 17.770 6.365 5.656 Hmax_075 : 1.050 7.233 -0.928 3.267 Hmax_095 : -3.413 5.075 -2.639 2.450 Hmax_100 : -1.600 6.900 -2.378 3.080 Hmax_105 : -0.700 7.300 -1.824 3.840 CLASS NOT-MITO MITO(/CHLORO) DFM : 0.9871 0.0129 DFMC : 0.9842 0.0158
  • ##### ProP v.1.0b ProPeptide Cleavage Site Prediction ##### ##### Furin-type cleavage site prediction (Arginine/Lysine residues) ##### 2725 cgd8_3680 MKKEEENLPIYSSLEEFIEINGGVNLIKKILVATSGQAAIKCIRSMRHWAYVTFGNEKAFEFVVMATPEDIQSNSESVSE 80 ADYYVDIPMGPNYHNYANIEVIVSIAEEHECDAVWPGWGHASENPELPKALLRARRKIIWIGPSAESMETVGQKIQSNII 160 AQSVQVPCVPWSGDGISVSVDRDGRFTGIVSDEQLQAACVNSTQECIDVCKRIGFPVMIKASSGGGGKGIRLCSSMEDLE 240 SNYRQVINEVKGSQVFVMRAVNKCRHLEVQVLGDKYGDVFALSTRDCTIQRRHQKVIEEGPVTIVSQEIVKELELSAERM 320 CKAVGYSSAGTVEFLYDIERSCIAFLEVNARLQVEHVVSEGVANCNIPAAQLQIAMGIPLKKIRDIEEYRKLRKQGNAPP 400 RHIIAARITSEHAEKGFTPTCGDVFEISFRSSQTVWGYFSVASPGHIHQYSDSQFGHIFAFGMNREEARKHLIMGLKGLT 480 IRGEIRTNVEAVCRILENQDFITGNTYTQWLEHSVYFSSPLTKKVTMQYLNAVFAAACFTGLRYFKESEDTFVRMLEQGQ 560 APTSINIQYEMTLVHKGMKFICESHFIGPEHVRIMLNGSSVTAKVRNIYPPSMQNGRDSCYLISGGFDGRNRKVFFKKDA 640 EDNLLVTFDGTTYTFLKEQDPRQVRAPVSGKLVRWLIQNGGQGEKGQAYVEIEIMKTYMQLTLSHSGVLEHAKPQGASFN 720 VGDILAMLELPSEFIPPALELYPLPFPKIGGVKSPKLALETFCSGGFRGGPRMVALANFREGKQQLLNALNGFFPAFEDV 800 RSALGMFYHVLDPIMPFIELQEACEVATPLIKVTVRRKISDLIEDVFQTFEQLSKNSWYEQFDRQLSAFISNNSCFESDV 880 MSDQCLNSFEDNDDIEDEGQPPKVLQDKRLSSDGSEMPSMLLSNKADELDPKNASFAQNKKELAKEIFVNEAEQKKSFEN 960 FLGTNIYLKNHSKNIRSASDLEIYILDCLKIVSDIIEESIQDSDNENISVDEFVAIRNQYDPLIHIIRRNEKGRWMRLMY 1040 ELHEIILKYIEIEKLFEERSSLVPARIIPSLRTEYELPELMQMGRSHQQLRVKNEIMEEIAKEMANNPSLLQCTAPFRDT 1120 IHQIAELTSTEYTKVAGAFRYVLLMKENVTTTTQIQSVTKKIFEYSQLISLAQTHGQHLISIANTPSSPLQYPINATPSL 1200 STWSGIPNLGNSQQTSLSNIIADFTNFPDFTLLACIGHPNPIIGKLAFEIYIRRHYERCGLSFYAIKSRGEAWDSSVDIS 1280 TVGNSSMLMTSCPDLKGAVPLRGEIQNFNNILGVWTHNALTTSSFFQNQCDPLRSNTLNIPAIQNNVDQYNQNENNSKGR 1360 TLSILESNNTSKNMSSKCHVKGAIHIENSRWKSMLNAFSGQSLSSIADDLLEESLPIQTSIGLYFESISDFQDRFEQCVD 1440 ELKILHGFFPQISSSVDSIVMLVILSSFSNGEITTESEVASINDENDSSSIETQSNSRDIIEILKGTINKHQEKLSNNNI 1520 HMISFTIAPYSDQNKPESLSASLVYLKTPVHYHFRSKKGIPIYKYNSQDLESNLSLQDSLMNQAESVEMEDLENNYFIEE 1600 PFIRNIPSTLLSTLELKRLRYFTIKSIPTSISGINLYVGTPRELCSGYSVIGKRKEAENKENNSSLKNGNSNISKSHESD 1680 SGKNVKLSESNTSEKPNYSGPQTKRISTKEMEGENLTNKSNKTLSAKPVTSKISGYNKQRRYFIRVLVQHECSELYFEEQ 1760 ERYFIAALSTLESWLSFDQNYSNTSSSTVSRGHTGLNHLLFTSVGVLNDKNSGYITTSMAEEAARTLVQRYSQRIQQSSL 1840 QTMEFRYIQRSVYQKDSNNVVVPVRFVVDNPTGQAIRLRSFVEIKNPTTSGGKVFAAIDSKQSFLNFVSTSRSDKTFSLP 1920 GLQQSKSLKEISNLNKGSKILTINENMVPNLALYQHEHIYDGKPLDIPHPLIGKIDQKRYQAAELNTVYIYDFLDLFEEA 2000 IKSLWNKCPKYFVTTPSSVSLSKSNIKSARANGSTTAGISTNCESGFEQSSGKTAFLPNKLLEYVELDINKDSGELECVS 2080 REPGNNTCGMVAWCITMHTPEYPKGRRVILIGNDITYQMGTFGIQEDLLFQRASEYARSLGIPRIFIAANSGARMGLATE 2160 VQKCMKVEFVDPENPVKGYKYLYVTEEDYNKFDLQNSINYEVIDHPKDGKIYKITDVIGSQLGLGVENLSGSGGIAGETS 2240 KASKSIMTITYATTRTVGIGAYLARLGHRVIQKAHGAPIVLTGYQALNKVASKEIYSSNDELGGTEIMAKNGVTHLVVKD 2320 DLEGCVEILKWLSYVPECVGGRLPIMVDPTDPIYRNITYSCNSNTEDPRLMLTGCVDSRGRWLSGLCDKDSFKEVMSDWA 2400 KSVIVGRGRIGGIPVGFILVETRVTEYIQPADPVMPHTSELRVTRAGQIWFPDSAYKTAQAIRDFNMEELPLIILANWRG 2480 FSGGQKDMFDQVLKFGSYVVDELVNYKQPCFVYIPPKGELRGGAWVVVDSNINPEFIEMYADPTARGSVLEAAGIVEIKF 2560 RSKALKEWMMRLDPELLSLQEKDQLLHLKGYPIDSSERSSIKEKINKRCSLLHSVYHAAAIHFADLHDTSNRMKAKQAIH 2640 DIVQWKNARVFFIHRIKRQLLLFSLRSEISQKLGISLTDSQNVVFQWAIQDGIDPNNNTQFIQWICHSANIIEQRISQLS 2720 SSDIR 2800 ................................................................................ 80 ................................................................................ 160 ................................................................................ 240 ................................................................................ 320 ................................................................................ 400 ................................................................................ 480 ................................................................................ 560 ................................................................................ 640 ................................................................................ 720 ................................................................................ 800 ................................................................................ 880 ................................................................................ 960 ................................................................................ 1040 ................................................................................ 1120 ................................................................................ 1200 ................................................................................ 1280 ................................................................................ 1360 ................................................................................ 1440 ................................................................................ 1520 ................................................................................ 1600 ................................................................................ 1680 ................................................................................ 1760 ................................................................................ 1840 ................................................................................ 1920 ................................................................................ 2000 ................................................................................ 2080 ................................................................................ 2160 ................................................................................ 2240 ................................................................................ 2320 ................................................................................ 2400 ................................................................................ 2480 ................................................................................ 2560 ................................................................................ 2640 ................................................................................ 2720 ..... 2800 Propeptide cleavage sites predicted: Arg(R)/Lys(K): 0 Name Pos Context Score Pred ____________________________v_________________ cgd8_3680 2 -----MK|KE 0.068 . cgd8_3680 3 ----MKK|EE 0.085 . cgd8_3680 28 GGVNLIK|KI 0.069 . cgd8_3680 29 GVNLIKK|IL 0.091 . cgd8_3680 41 SGQAAIK|CI 0.077 . cgd8_3680 44 AAIKCIR|SM 0.100 . cgd8_3680 47 KCIRSMR|HW 0.347 . cgd8_3680 58 VTFGNEK|AF 0.065 . cgd8_3680 129 ENPELPK|AL 0.064 . cgd8_3680 133 LPKALLR|AR 0.098 . cgd8_3680 135 KALLRAR|RK 0.076 . cgd8_3680 136 ALLRARR|KI 0.465 . cgd8_3680 137 LLRARRK|II 0.109 . cgd8_3680 154 METVGQK|IQ 0.074 . cgd8_3680 182 ISVSVDR|DG 0.092 . cgd8_3680 185 SVDRDGR|FT 0.311 . cgd8_3680 211 ECIDVCK|RI 0.065 . cgd8_3680 212 CIDVCKR|IG 0.121 . cgd8_3680 220 GFPVMIK|AS 0.069 . cgd8_3680 228 SSGGGGK|GI 0.066 . cgd8_3680 231 GGGKGIR|LC 0.097 . cgd8_3680 244 DLESNYR|QV 0.097 . cgd8_3680 251 QVINEVK|GS 0.061 . cgd8_3680 259 SQVFVMR|AV 0.184 . cgd8_3680 263 VMRAVNK|CR 0.065 . cgd8_3680 265 RAVNKCR|HL 0.130 . cgd8_3680 275 VQVLGDK|YG 0.056 . cgd8_3680 285 VFALSTR|DC 0.121 . cgd8_3680 291 RDCTIQR|RH 0.082 . cgd8_3680 292 DCTIQRR|HQ 0.125 . cgd8_3680 295 IQRRHQK|VI 0.257 . cgd8_3680 311 VSQEIVK|EL 0.061 . cgd8_3680 319 LELSAER|MC 0.075 . cgd8_3680 322 SAERMCK|AV 0.257 . cgd8_3680 340 FLYDIER|SC 0.102 . cgd8_3680 351 FLEVNAR|LQ 0.079 . cgd8_3680 381 AMGIPLK|KI 0.071 . cgd8_3680 382 MGIPLKK|IR 0.102 . cgd8_3680 384 IPLKKIR|DI 0.184 . cgd8_3680 390 RDIEEYR|KL 0.105 . cgd8_3680 391 DIEEYRK|LR 0.065 . cgd8_3680 393 EEYRKLR|KQ 0.258 . cgd8_3680 394 EYRKLRK|QG 0.079 . cgd8_3680 401 QGNAPPR|HI 0.160 . cgd8_3680 407 RHIIAAR|IT 0.119 . cgd8_3680 415 TSEHAEK|GF 0.070 . cgd8_3680 430 VFEISFR|SS 0.131 . cgd8_3680 465 FAFGMNR|EE 0.071 . cgd8_3680 469 MNREEAR|KH 0.089 . cgd8_3680 470 NREEARK|HL 0.106 . cgd8_3680 477 HLIMGLK|GL 0.066 . cgd8_3680 482 LKGLTIR|GE 0.079 . cgd8_3680 486 TIRGEIR|TN 0.084 . cgd8_3680 494 NVEAVCR|IL 0.094 . cgd8_3680 523 FSSPLTK|KV 0.086 . cgd8_3680 524 SSPLTKK|VT 0.123 . cgd8_3680 543 ACFTGLR|YF 0.096 . cgd8_3680 546 TGLRYFK|ES 0.140 . cgd8_3680 554 SEDTFVR|ML 0.120 . cgd8_3680 576 EMTLVHK|GM 0.058 . cgd8_3680 579 LVHKGMK|FI 0.077 . cgd8_3680 593 IGPEHVR|IM 0.073 . cgd8_3680 604 GSSVTAK|VR 0.085 . cgd8_3680 606 SVTAKVR|NI 0.088 . cgd8_3680 617 PSMQNGR|DS 0.116 . cgd8_3680 630 SGGFDGR|NR 0.071 . cgd8_3680 632 GFDGRNR|KV 0.103 . cgd8_3680 633 FDGRNRK|VF 0.201 . cgd8_3680 637 NRKVFFK|KD 0.067 . cgd8_3680 638 RKVFFKK|DA 0.288 . cgd8_3680 657 TTYTFLK|EQ 0.063 . cgd8_3680 662 LKEQDPR|QV 0.124 . cgd8_3680 665 QDPRQVR|AP 0.153 . cgd8_3680 671 RAPVSGK|LV 0.074 . cgd8_3680 674 VSGKLVR|WL 0.129 . cgd8_3680 685 NGGQGEK|GQ 0.060 . cgd8_3680 696 VEIEIMK|TY 0.061 . cgd8_3680 713 GVLEHAK|PQ 0.080 . cgd8_3680 748 YPLPFPK|IG 0.069 . cgd8_3680 753 PKIGGVK|SP 0.079 . cgd8_3680 756 GGVKSPK|LA 0.067 . cgd8_3680 768 FCSGGFR|GG 0.083 . cgd8_3680 772 GFRGGPR|MV 0.120 . cgd8_3680 780 VALANFR|EG 0.076 . cgd8_3680 783 ANFREGK|QQ 0.092 . cgd8_3680 801 PAFEDVR|SA 0.119 . cgd8_3680 832 VATPLIK|VT 0.051 . cgd8_3680 836 LIKVTVR|RK 0.075 . cgd8_3680 837 IKVTVRR|KI 0.234 . cgd8_3680 838 KVTVRRK|IS 0.091 . cgd8_3680 855 TFEQLSK|NS 0.060 . cgd8_3680 864 WYEQFDR|QL 0.097 . cgd8_3680 903 DEGQPPK|VL 0.065 . cgd8_3680 908 PKVLQDK|RL 0.069 . cgd8_3680 909 KVLQDKR|LS 0.199 . cgd8_3680 925 SMLLSNK|AD 0.059 . cgd8_3680 932 ADELDPK|NA 0.072 . cgd8_3680 940 ASFAQNK|KE 0.064 . cgd8_3680 941 SFAQNKK|EL 0.107 . cgd8_3680 945 NKKELAK|EI 0.077 . cgd8_3680 955 VNEAEQK|KS 0.064 . cgd8_3680 956 NEAEQKK|SF 0.182 . cgd8_3680 969 GTNIYLK|NH 0.069 . cgd8_3680 973 YLKNHSK|NI 0.067 . cgd8_3680 976 NHSKNIR|SA 0.297 . cgd8_3680 990 YILDCLK|IV 0.077 . cgd8_3680 1017 DEFVAIR|NQ 0.074 . cgd8_3680 1028 PLIHIIR|RN 0.113 . cgd8_3680 1029 LIHIIRR|NE 0.103 . cgd8_3680 1032 IIRRNEK|GR 0.132 . cgd8_3680 1034 RRNEKGR|WM 0.120 . cgd8_3680 1037 EKGRWMR|LM 0.208 . cgd8_3680 1048 LHEIILK|YI 0.067 . cgd8_3680 1054 KYIEIEK|LF 0.054 . cgd8_3680 1059 EKLFEER|SS 0.087 . cgd8_3680 1066 SSLVPAR|II 0.107 . cgd8_3680 1072 RIIPSLR|TE 0.074 . cgd8_3680 1085 ELMQMGR|SH 0.111 . cgd8_3680 1091 RSHQQLR|VK 0.111 . cgd8_3680 1093 HQQLRVK|NE 0.066 . cgd8_3680 1102 IMEEIAK|EM 0.056 . cgd8_3680 1118 QCTAPFR|DT 0.110 . cgd8_3680 1134 TSTEYTK|VA 0.077 . cgd8_3680 1140 KVAGAFR|YV 0.104 . cgd8_3680 1146 RYVLLMK|EN 0.062 . cgd8_3680 1160 QIQSVTK|KI 0.066 . cgd8_3680 1161 IQSVTKK|IF 0.160 . cgd8_3680 1245 PNPIIGK|LA 0.061 . cgd8_3680 1253 AFEIYIR|RH 0.062 . cgd8_3680 1254 FEIYIRR|HY 0.132 . cgd8_3680 1258 IRRHYER|CG 0.091 . cgd8_3680 1267 LSFYAIK|SR 0.091 . cgd8_3680 1269 FYAIKSR|GE 0.076 . cgd8_3680 1296 TSCPDLK|GA 0.072 . cgd8_3680 1302 KGAVPLR|GE 0.110 . cgd8_3680 1334 NQCDPLR|SN 0.110 . cgd8_3680 1358 QNENNSK|GR 0.062 . cgd8_3680 1360 ENNSKGR|TL 0.138 . cgd8_3680 1372 ESNNTSK|NM 0.071 . cgd8_3680 1377 SKNMSSK|CH 0.081 . cgd8_3680 1381 SSKCHVK|GA 0.108 . cgd8_3680 1390 IHIENSR|WK 0.076 . cgd8_3680 1392 IENSRWK|SM 0.090 . cgd8_3680 1434 ISDFQDR|FE 0.101 . cgd8_3680 1443 QCVDELK|IL 0.064 . cgd8_3680 1498 ETQSNSR|DI 0.115 . cgd8_3680 1505 DIIEILK|GT 0.058 . cgd8_3680 1510 LKGTINK|HQ 0.065 . cgd8_3680 1514 INKHQEK|LS 0.071 . cgd8_3680 1535 PYSDQNK|PE 0.063 . cgd8_3680 1547 ASLVYLK|TP 0.052 . cgd8_3680 1555 PVHYHFR|SK 0.151 . cgd8_3680 1557 HYHFRSK|KG 0.065 . cgd8_3680 1558 YHFRSKK|GI 0.340 . cgd8_3680 1564 KGIPIYK|YN 0.079 . cgd8_3680 1604 IEEPFIR|NI 0.087 . cgd8_3680 1617 LSTLELK|RL 0.054 . cgd8_3680 1618 STLELKR|LR 0.099 . cgd8_3680 1620 LELKRLR|YF 0.075 . cgd8_3680 1625 LRYFTIK|SI 0.105 . cgd8_3680 1642 LYVGTPR|EL 0.093 . cgd8_3680 1653 GYSVIGK|RK 0.072 . cgd8_3680 1654 YSVIGKR|KE 0.110 . cgd8_3680 1655 SVIGKRK|EA 0.143 . cgd8_3680 1660 RKEAENK|EN 0.069 . cgd8_3680 1667 ENNSSLK|NG 0.062 . cgd8_3680 1675 GNSNISK|SH 0.080 . cgd8_3680 1683 HESDSGK|NV 0.099 . cgd8_3680 1686 DSGKNVK|LS 0.064 . cgd8_3680 1695 ESNTSEK|PN 0.074 . cgd8_3680 1704 YSGPQTK|RI 0.102 . cgd8_3680 1705 SGPQTKR|IS 0.200 . cgd8_3680 1709 TKRISTK|EM 0.092 . cgd8_3680 1719 GENLTNK|SN 0.071 . cgd8_3680 1722 LTNKSNK|TL 0.104 . cgd8_3680 1727 NKTLSAK|PV 0.084 . cgd8_3680 1732 AKPVTSK|IS 0.065 . cgd8_3680 1738 KISGYNK|QR 0.064 . cgd8_3680 1740 SGYNKQR|RY 0.087 . cgd8_3680 1741 GYNKQRR|YF 0.279 . cgd8_3680 1745 QRRYFIR|VL 0.162 . cgd8_3680 1762 YFEEQER|YF 0.115 . cgd8_3680 1791 SSSTVSR|GH 0.138 . cgd8_3680 1810 VGVLNDK|NS 0.065 . cgd8_3680 1825 MAEEAAR|TL 0.088 . cgd8_3680 1830 ARTLVQR|YS 0.124 . cgd8_3680 1834 VQRYSQR|IQ 0.102 . cgd8_3680 1846 LQTMEFR|YI 0.107 . cgd8_3680 1850 EFRYIQR|SV 0.187 . cgd8_3680 1855 QRSVYQK|DS 0.093 . cgd8_3680 1865 NVVVPVR|FV 0.129 . cgd8_3680 1877 PTGQAIR|LR 0.076 . cgd8_3680 1879 GQAIRLR|SF 0.137 . cgd8_3680 1885 RSFVEIK|NP 0.066 . cgd8_3680 1893 PTTSGGK|VF 0.052 . cgd8_3680 1901 FAAIDSK|QS 0.060 . cgd8_3680 1912 NFVSTSR|SD 0.076 . cgd8_3680 1915 STSRSDK|TF 0.154 . cgd8_3680 1926 PGLQQSK|SL 0.067 . cgd8_3680 1929 QQSKSLK|EI 0.083 . cgd8_3680 1936 EISNLNK|GS 0.066 . cgd8_3680 1939 NLNKGSK|IL 0.080 . cgd8_3680 1963 EHIYDGK|PL 0.066 . cgd8_3680 1974 PHPLIGK|ID 0.052 . cgd8_3680 1978 IGKIDQK|RY 0.067 . cgd8_3680 1979 GKIDQKR|YQ 0.281 . cgd8_3680 2002 LFEEAIK|SL 0.067 . cgd8_3680 2007 IKSLWNK|CP 0.071 . cgd8_3680 2010 LWNKCPK|YF 0.073 . cgd8_3680 2023 SSVSLSK|SN 0.086 . cgd8_3680 2027 LSKSNIK|SA 0.110 . cgd8_3680 2030 SNIKSAR|AN 0.164 . cgd8_3680 2053 FEQSSGK|TA 0.062 . cgd8_3680 2060 TAFLPNK|LL 0.076 . cgd8_3680 2071 VELDINK|DS 0.072 . cgd8_3680 2081 ELECVSR|EP 0.094 . cgd8_3680 2104 HTPEYPK|GR 0.061 . cgd8_3680 2106 PEYPKGR|RV 0.158 . cgd8_3680 2107 EYPKGRR|VI 0.102 . cgd8_3680 2132 EDLLFQR|AS 0.087 . cgd8_3680 2138 RASEYAR|SL 0.218 . cgd8_3680 2144 RSLGIPR|IF 0.088 . cgd8_3680 2154 AANSGAR|MG 0.089 . cgd8_3680 2163 LATEVQK|CM 0.061 . cgd8_3680 2166 EVQKCMK|VE 0.060 . cgd8_3680 2177 DPENPVK|GY 0.064 . cgd8_3680 2180 NPVKGYK|YL 0.074 . cgd8_3680 2191 TEEDYNK|FD 0.057 . cgd8_3680 2207 EVIDHPK|DG 0.067 . cgd8_3680 2210 DHPKDGK|IY 0.056 . cgd8_3680 2213 KDGKIYK|IT 0.089 . cgd8_3680 2241 IAGETSK|AS 0.063 . cgd8_3680 2244 ETSKASK|SI 0.115 . cgd8_3680 2255 ITYATTR|TV 0.131 . cgd8_3680 2265 IGAYLAR|LG 0.095 . cgd8_3680 2269 LARLGHR|VI 0.098 . cgd8_3680 2273 GHRVIQK|AH 0.075 . cgd8_3680 2289 GYQALNK|VA 0.073 . cgd8_3680 2293 LNKVASK|EI 0.069 . cgd8_3680 2310 GTEIMAK|NG 0.061 . cgd8_3680 2319 VTHLVVK|DD 0.066 . cgd8_3680 2330 GCVEILK|WL 0.064 . cgd8_3680 2342 PECVGGR|LP 0.074 . cgd8_3680 2355 PTDPIYR|NI 0.084 . cgd8_3680 2369 SNTEDPR|LM 0.076 . cgd8_3680 2379 TGCVDSR|GR 0.085 . cgd8_3680 2381 CVDSRGR|WL 0.076 . cgd8_3680 2389 LSGLCDK|DS 0.082 . cgd8_3680 2393 CDKDSFK|EV 0.069 . cgd8_3680 2401 VMSDWAK|SV 0.162 . cgd8_3680 2407 KSVIVGR|GR 0.122 . cgd8_3680 2409 VIVGRGR|IG 0.081 . cgd8_3680 2423 FILVETR|VT 0.092 . cgd8_3680 2442 PHTSELR|VT 0.088 . cgd8_3680 2445 SELRVTR|AG 0.238 . cgd8_3680 2457 FPDSAYK|TA 0.072 . cgd8_3680 2463 KTAQAIR|DF 0.120 . cgd8_3680 2479 IILANWR|GF 0.122 . cgd8_3680 2486 GFSGGQK|DM 0.078 . cgd8_3680 2494 MFDQVLK|FG 0.070 . cgd8_3680 2507 DELVNYK|QP 0.056 . cgd8_3680 2517 FVYIPPK|GE 0.068 . cgd8_3680 2521 PPKGELR|GG 0.086 . cgd8_3680 2546 YADPTAR|GS 0.083 . cgd8_3680 2559 AGIVEIK|FR 0.080 . cgd8_3680 2561 IVEIKFR|SK 0.179 . cgd8_3680 2563 EIKFRSK|AL 0.065 . cgd8_3680 2566 FRSKALK|EW 0.087 . cgd8_3680 2571 LKEWMMR|LD 0.074 . cgd8_3680 2582 LLSLQEK|DQ 0.076 . cgd8_3680 2589 DQLLHLK|GY 0.059 . cgd8_3680 2598 PIDSSER|SS 0.104 . cgd8_3680 2602 SERSSIK|EK 0.067 . cgd8_3680 2604 RSSIKEK|IN 0.070 . cgd8_3680 2607 IKEKINK|RC 0.059 . cgd8_3680 2608 KEKINKR|CS 0.104 . cgd8_3680 2632 LHDTSNR|MK 0.090 . cgd8_3680 2634 DTSNRMK|AK 0.079 . cgd8_3680 2636 SNRMKAK|QA 0.113 . cgd8_3680 2646 HDIVQWK|NA 0.078 . cgd8_3680 2649 VQWKNAR|VF 0.084 . cgd8_3680 2655 RVFFIHR|IK 0.080 . cgd8_3680 2657 FFIHRIK|RQ 0.051 . cgd8_3680 2658 FIHRIKR|QL 0.346 . cgd8_3680 2666 LLLFSLR|SE 0.095 . cgd8_3680 2672 RSEISQK|LG 0.060 . cgd8_3680 2715 ANIIEQR|IS 0.080 . cgd8_3680 2725 LSSSDIR|-- 0.104 . ____________________________^_________________

  • Fasta :-

    >cgd8_3680 CTAGGCTTGCTCGAATTGCTCAAAATGAAGAAGGAAGAGGAAAACCTTCCAATTTATTCC TCACTAGAGGAATTTATAGAAATTAATGGAGGCGTTAACCTTATTAAAAAAATTCTAGTG GCCACAAGCGGACAAGCAGCAATAAAGTGTATAAGATCTATGAGGCATTGGGCATATGTT ACATTTGGGAATGAAAAAGCTTTTGAATTTGTAGTAATGGCGACGCCTGAAGATATCCAA AGCAACTCAGAATCTGTGAGCGAAGCTGATTATTATGTTGATATACCGATGGGCCCAAAC TATCATAACTATGCAAATATTGAAGTAATCGTTTCAATAGCAGAAGAACATGAGTGCGAT GCTGTCTGGCCAGGATGGGGTCATGCCTCTGAAAACCCAGAGCTTCCAAAAGCTCTTTTA AGAGCTAGAAGAAAGATTATTTGGATTGGTCCTTCAGCAGAATCAATGGAAACTGTAGGG CAAAAAATCCAATCAAATATTATTGCTCAATCCGTACAGGTTCCGTGTGTTCCTTGGTCA GGAGATGGAATTTCTGTTAGTGTAGATAGGGATGGGCGCTTCACAGGTATTGTTTCTGAT GAGCAACTTCAAGCAGCGTGCGTCAATAGCACTCAAGAATGTATTGACGTTTGTAAGCGA ATTGGATTTCCTGTTATGATCAAGGCTAGCTCAGGAGGTGGAGGGAAAGGTATCCGACTT TGCAGTTCCATGGAAGACCTAGAATCAAATTACAGACAAGTTATAAATGAAGTTAAAGGT AGCCAAGTATTTGTTATGCGAGCAGTTAATAAGTGTAGGCACCTAGAGGTTCAAGTACTA GGAGACAAATATGGTGACGTGTTCGCATTGAGCACAAGAGATTGCACAATACAGAGGCGT CACCAAAAGGTTATAGAGGAAGGGCCAGTTACAATTGTGAGTCAAGAGATTGTTAAGGAA TTGGAGTTATCTGCAGAGAGGATGTGCAAAGCTGTGGGTTATTCATCTGCAGGAACTGTT GAATTTCTATATGATATTGAACGTTCATGTATAGCTTTTCTAGAAGTTAATGCCAGATTA CAAGTTGAACATGTTGTTTCTGAGGGAGTAGCTAACTGCAATATACCCGCAGCACAGTTA CAAATTGCTATGGGAATTCCATTGAAGAAAATTCGTGATATTGAAGAATATAGAAAGCTA AGAAAGCAGGGGAATGCGCCTCCAAGGCATATTATCGCAGCAAGAATAACATCTGAACAT GCTGAGAAAGGATTTACTCCAACATGTGGAGACGTGTTTGAAATTTCTTTTAGATCTTCG CAAACAGTATGGGGATACTTTTCAGTTGCTTCTCCAGGTCATATCCATCAATACTCCGAT TCTCAATTCGGACACATTTTTGCTTTTGGAATGAATAGAGAAGAAGCAAGAAAACATTTA ATCATGGGTTTGAAGGGCTTAACCATCAGAGGTGAGATTAGAACAAATGTTGAAGCAGTT TGTAGAATATTAGAAAATCAAGATTTCATTACAGGCAACACATATACACAATGGCTAGAA CACAGTGTCTATTTCTCTTCACCGTTAACTAAAAAAGTTACAATGCAGTATTTGAATGCA GTATTTGCAGCTGCATGTTTCACTGGGCTCAGATACTTCAAAGAAAGTGAGGATACATTT GTGAGGATGCTTGAGCAAGGACAAGCTCCAACCAGTATCAATATTCAGTATGAAATGACT CTAGTTCACAAGGGGATGAAGTTTATATGTGAGAGCCACTTTATTGGTCCTGAACACGTC AGAATTATGTTGAATGGTAGTTCTGTTACAGCGAAGGTGCGTAATATTTATCCACCCAGT ATGCAAAATGGGCGTGACTCGTGCTATTTAATATCAGGAGGTTTTGATGGTAGAAACAGG AAGGTTTTCTTTAAAAAAGATGCTGAAGATAACTTATTGGTTACATTTGATGGAACTACT TACACATTCCTAAAAGAGCAAGACCCTCGTCAAGTTAGAGCTCCAGTTAGTGGTAAGTTA GTAAGGTGGTTAATACAAAACGGAGGTCAAGGTGAAAAGGGCCAGGCATACGTTGAAATA GAAATTATGAAAACATATATGCAGCTAACTCTTTCTCATAGTGGAGTTCTAGAGCATGCT AAACCTCAAGGCGCTTCATTCAATGTGGGCGATATCCTAGCAATGTTAGAGCTCCCTAGT GAGTTTATCCCTCCTGCTTTGGAGCTATACCCGCTACCATTTCCAAAAATAGGAGGGGTA AAATCTCCAAAGCTTGCTCTTGAGACTTTTTGCTCTGGAGGATTTAGAGGAGGCCCGAGA ATGGTAGCTTTAGCAAACTTTAGAGAAGGAAAGCAACAGCTTCTAAATGCACTTAATGGG TTTTTCCCAGCCTTTGAGGATGTTAGAAGCGCTCTTGGGATGTTCTACCATGTTTTAGAC CCAATAATGCCATTTATTGAACTTCAAGAAGCTTGCGAAGTTGCCACACCGCTTATCAAA GTTACAGTTCGAAGAAAAATATCTGATTTGATAGAAGATGTATTTCAAACATTTGAGCAA TTAAGTAAAAATAGCTGGTATGAACAGTTTGATAGACAATTGAGCGCATTTATTTCTAAT AATTCTTGCTTTGAATCTGATGTAATGTCAGACCAATGCTTGAATTCATTCGAAGATAAT GATGATATCGAAGATGAAGGACAGCCACCAAAAGTTCTTCAAGATAAACGCCTAAGTTCT GATGGTTCTGAAATGCCATCAATGCTGCTTTCAAACAAAGCTGATGAGCTTGACCCAAAA AATGCGAGCTTCGCACAGAATAAGAAGGAATTAGCCAAAGAAATATTTGTAAATGAGGCC GAACAAAAAAAAAGTTTTGAAAATTTTCTTGGTACTAATATATATTTGAAGAACCATTCA AAAAATATTAGATCGGCATCTGATTTAGAAATATATATATTGGACTGCTTAAAGATAGTT AGCGATATTATAGAAGAGTCTATACAAGATTCAGATAATGAGAATATTTCCGTCGACGAA TTCGTCGCTATAAGAAATCAGTATGATCCATTAATTCATATAATAAGAAGAAATGAAAAG GGGAGATGGATGAGACTAATGTACGAGCTGCATGAAATTATTCTAAAGTATATTGAAATA GAAAAGTTATTTGAAGAACGCTCCTCACTTGTCCCAGCACGCATTATCCCAAGCCTTAGA ACGGAGTATGAGCTCCCTGAACTAATGCAAATGGGCCGTTCTCACCAACAGTTGAGAGTG AAGAATGAAATTATGGAGGAAATCGCAAAAGAAATGGCTAACAATCCATCTTTACTTCAG TGTACTGCTCCATTCAGAGATACAATCCATCAAATAGCTGAATTGACATCAACAGAGTAC ACAAAGGTGGCAGGAGCCTTTAGATACGTATTACTTATGAAAGAGAATGTTACAACAACA ACTCAAATACAGTCTGTTACAAAAAAAATATTTGAGTATAGTCAGTTAATTTCACTAGCT CAGACACATGGTCAACATCTTATTTCGATTGCTAATACTCCTTCTTCACCTCTTCAATAC CCAATAAATGCAACTCCATCATTATCTACTTGGAGTGGTATTCCAAATTTAGGAAATAGC CAACAGACCTCCTTGTCAAATATTATTGCAGACTTCACTAATTTCCCTGATTTCACACTT TTGGCATGCATTGGCCACCCAAATCCAATTATTGGTAAGTTAGCCTTTGAAATATATATA CGTCGTCATTATGAAAGATGTGGCTTATCATTTTATGCTATAAAGAGCAGAGGGGAGGCA TGGGATAGCTCTGTGGATATTAGCACCGTTGGGAATAGCAGTATGCTAATGACAAGTTGC CCAGACCTTAAGGGAGCGGTTCCATTAAGAGGAGAAATCCAGAACTTTAACAATATTTTG GGGGTGTGGACACATAATGCCTTAACAACATCATCGTTTTTCCAAAATCAATGTGATCCT TTAAGGTCAAATACTTTAAATATCCCTGCAATACAAAATAATGTGGATCAATATAATCAA AATGAAAACAATTCTAAAGGTAGAACACTAAGCATATTAGAATCAAATAATACATCAAAA AATATGAGCTCAAAGTGCCATGTAAAAGGGGCAATACATATTGAAAATAGCCGTTGGAAA AGCATGCTAAATGCATTTAGTGGGCAAAGCTTAAGCAGCATTGCAGATGACTTGTTGGAG GAGTCTCTTCCCATTCAAACCAGTATTGGGCTTTATTTTGAATCTATATCTGATTTCCAA GACAGATTTGAACAGTGTGTTGATGAATTGAAAATCTTACATGGGTTTTTCCCCCAAATT TCTTCATCTGTTGATTCTATCGTCATGTTAGTTATTTTGTCTAGTTTTTCCAATGGCGAG ATCACTACTGAGTCGGAAGTGGCTTCGATTAATGATGAAAATGATTCCTCTTCCATTGAA ACTCAATCAAACTCAAGGGACATAATAGAGATTCTTAAAGGAACTATTAACAAACACCAA GAAAAACTCTCTAACAATAACATACACATGATTTCATTTACAATAGCTCCTTATTCAGAT CAAAACAAACCTGAGTCACTTTCTGCAAGCTTAGTTTATCTAAAAACTCCTGTTCATTAC CATTTCAGGTCTAAAAAGGGAATTCCAATTTATAAATACAATTCTCAAGATCTGGAATCT AACTTATCTTTACAAGATAGCCTAATGAATCAAGCTGAAAGTGTTGAAATGGAAGATTTG GAGAACAACTATTTTATTGAAGAACCATTTATTAGAAATATTCCTAGTACTTTACTTTCT ACACTTGAACTGAAGAGGTTGCGTTACTTTACAATAAAGTCAATTCCTACATCAATTTCA GGGATAAATTTATATGTTGGTACACCAAGAGAACTTTGTTCCGGTTATTCTGTTATTGGT AAACGCAAAGAAGCCGAAAACAAGGAAAACAACTCTTCATTGAAAAATGGAAACTCAAAT ATTAGTAAATCTCACGAATCTGATTCAGGAAAAAATGTCAAACTTTCTGAATCAAATACT TCGGAAAAGCCTAATTATTCTGGCCCCCAAACCAAAAGAATCTCAACAAAGGAAATGGAA GGTGAAAATCTGACAAATAAATCTAACAAGACTTTAAGTGCAAAACCAGTTACAAGCAAA ATTTCTGGATATAATAAACAGAGAAGATATTTCATAAGAGTATTAGTTCAACATGAATGC AGTGAGTTATACTTTGAGGAACAGGAAAGATACTTTATAGCAGCCTTAAGTACTTTAGAG TCTTGGTTATCTTTTGACCAAAACTATTCGAATACAAGTTCAAGCACAGTTTCAAGAGGT CATACAGGTCTTAACCATCTTCTTTTTACTTCTGTTGGGGTTTTAAATGATAAAAACTCA GGCTATATTACAACCAGCATGGCAGAAGAAGCAGCAAGAACATTAGTTCAGCGATATTCG CAACGAATACAGCAGAGTTCACTACAAACCATGGAGTTCCGCTATATTCAAAGGTCAGTA TATCAAAAAGATAGTAATAACGTTGTTGTGCCCGTTCGTTTTGTGGTAGATAACCCAACA GGGCAAGCAATTAGATTACGCAGTTTTGTTGAAATAAAGAATCCCACAACTAGTGGAGGA AAAGTGTTTGCAGCTATAGACTCTAAACAGTCATTCTTAAACTTTGTATCCACAAGCAGA TCTGACAAAACTTTCAGCTTACCTGGGCTTCAACAGTCTAAAAGCCTAAAAGAAATCTCT AATCTTAATAAAGGGTCTAAAATTCTGACAATTAATGAAAATATGGTTCCAAATTTGGCT TTATATCAACATGAACACATTTATGACGGGAAACCTCTGGATATTCCTCATCCTTTAATT GGAAAAATTGATCAGAAAAGGTATCAGGCTGCAGAGTTGAATACGGTTTATATATATGAT TTCTTGGATCTATTTGAAGAAGCAATTAAGAGTTTGTGGAATAAATGCCCAAAATACTTT GTTACAACGCCTTCTAGTGTTTCGCTTTCTAAATCAAACATAAAATCAGCAAGAGCAAAT GGTTCTACTACAGCAGGAATCTCAACTAATTGTGAATCGGGCTTTGAACAATCTAGTGGA AAGACAGCATTTTTGCCCAATAAACTCTTAGAGTATGTTGAATTGGATATCAATAAGGAT TCAGGAGAACTAGAATGCGTTAGTAGAGAGCCTGGGAATAACACCTGTGGAATGGTTGCA TGGTGTATTACTATGCATACTCCAGAGTACCCAAAGGGTAGAAGAGTGATTCTTATTGGA AATGATATTACTTATCAAATGGGGACCTTTGGCATTCAAGAGGATCTTTTGTTTCAAAGA GCATCGGAATACGCAAGAAGCTTAGGAATCCCTAGAATATTTATTGCAGCAAATAGTGGT GCTAGAATGGGGCTAGCGACGGAGGTTCAGAAATGCATGAAAGTTGAATTTGTTGATCCT GAAAACCCAGTTAAGGGATACAAGTATCTATATGTTACGGAAGAAGACTATAACAAATTT GATCTGCAGAATAGTATTAATTACGAAGTAATAGATCATCCTAAAGATGGGAAAATATAC AAAATTACTGATGTTATTGGATCTCAGCTAGGACTTGGAGTTGAGAATCTCTCAGGAAGC GGAGGAATTGCAGGTGAAACATCAAAGGCATCTAAGTCGATTATGACAATTACATATGCA ACTACTAGAACAGTTGGAATTGGTGCCTATTTAGCAAGGCTTGGTCATAGAGTTATTCAA AAAGCTCATGGAGCTCCAATAGTACTTACAGGATATCAGGCACTTAATAAGGTAGCGTCA AAAGAAATTTATAGCAGCAATGATGAATTGGGAGGTACAGAGATTATGGCAAAAAATGGT GTAACACACCTCGTTGTTAAAGATGACTTAGAGGGTTGCGTAGAAATACTTAAATGGCTG AGCTATGTACCTGAATGCGTCGGAGGAAGGCTACCAATAATGGTGGATCCAACAGATCCT ATATATAGGAATATTACATACTCTTGTAATAGTAATACTGAAGACCCAAGATTAATGCTT ACTGGATGCGTAGACTCAAGAGGACGTTGGCTATCTGGTCTCTGTGATAAAGATTCTTTC AAAGAAGTTATGAGTGATTGGGCGAAAAGCGTAATAGTAGGTAGAGGAAGAATTGGGGGA ATACCTGTTGGGTTCATTTTAGTTGAAACTAGAGTTACTGAATACATTCAGCCAGCAGAT CCAGTAATGCCACACACAAGTGAACTTAGAGTTACTAGGGCAGGACAAATATGGTTCCCT GATTCTGCATATAAGACTGCACAAGCAATTCGTGATTTCAATATGGAAGAACTCCCATTG ATAATTCTTGCAAATTGGAGAGGATTTAGTGGAGGCCAGAAAGATATGTTTGACCAAGTC CTAAAGTTTGGGTCTTACGTAGTTGATGAACTTGTCAATTATAAACAACCTTGCTTTGTT TACATACCTCCAAAGGGAGAACTGCGCGGAGGAGCTTGGGTAGTAGTAGACTCAAATATT AATCCAGAATTCATTGAAATGTATGCCGACCCTACAGCAAGAGGAAGCGTCTTGGAAGCT GCTGGAATAGTTGAAATTAAGTTTAGAAGCAAGGCGCTTAAAGAATGGATGATGAGATTA GATCCAGAATTACTCTCCCTACAAGAGAAAGATCAACTACTTCATCTTAAAGGCTATCCA ATAGACTCTTCTGAAAGAAGCTCAATAAAAGAAAAGATTAATAAAAGATGCAGCTTACTT CATTCAGTTTATCACGCCGCTGCAATTCATTTTGCAGATTTGCACGATACTTCAAATAGA ATGAAAGCTAAGCAAGCAATCCATGATATTGTTCAGTGGAAGAATGCAAGAGTTTTTTTC ATTCATCGAATCAAAAGACAATTACTGCTTTTTTCTTTAAGGTCTGAAATTTCCCAAAAG CTTGGAATTTCTCTCACAGATTCTCAAAATGTGGTCTTTCAATGGGCAATACAAGACGGA ATAGATCCAAATAATAACACTCAATTCATTCAATGGATTTGCCACAGTGCTAACATTATT GAACAGAGAATCTCTCAACTATCTAGCTCTGATATAAGGTAG
  • Download Fasta

  • Fasta :-

    MKKEEENLPIYSSLEEFIEINGGVNLIKKILVATSGQAAIKCIRSMRHWAYVTFGNEKAF EFVVMATPEDIQSNSESVSEADYYVDIPMGPNYHNYANIEVIVSIAEEHECDAVWPGWGH ASENPELPKALLRARRKIIWIGPSAESMETVGQKIQSNIIAQSVQVPCVPWSGDGISVSV DRDGRFTGIVSDEQLQAACVNSTQECIDVCKRIGFPVMIKASSGGGGKGIRLCSSMEDLE SNYRQVINEVKGSQVFVMRAVNKCRHLEVQVLGDKYGDVFALSTRDCTIQRRHQKVIEEG PVTIVSQEIVKELELSAERMCKAVGYSSAGTVEFLYDIERSCIAFLEVNARLQVEHVVSE GVANCNIPAAQLQIAMGIPLKKIRDIEEYRKLRKQGNAPPRHIIAARITSEHAEKGFTPT CGDVFEISFRSSQTVWGYFSVASPGHIHQYSDSQFGHIFAFGMNREEARKHLIMGLKGLT IRGEIRTNVEAVCRILENQDFITGNTYTQWLEHSVYFSSPLTKKVTMQYLNAVFAAACFT GLRYFKESEDTFVRMLEQGQAPTSINIQYEMTLVHKGMKFICESHFIGPEHVRIMLNGSS VTAKVRNIYPPSMQNGRDSCYLISGGFDGRNRKVFFKKDAEDNLLVTFDGTTYTFLKEQD PRQVRAPVSGKLVRWLIQNGGQGEKGQAYVEIEIMKTYMQLTLSHSGVLEHAKPQGASFN VGDILAMLELPSEFIPPALELYPLPFPKIGGVKSPKLALETFCSGGFRGGPRMVALANFR EGKQQLLNALNGFFPAFEDVRSALGMFYHVLDPIMPFIELQEACEVATPLIKVTVRRKIS DLIEDVFQTFEQLSKNSWYEQFDRQLSAFISNNSCFESDVMSDQCLNSFEDNDDIEDEGQ PPKVLQDKRLSSDGSEMPSMLLSNKADELDPKNASFAQNKKELAKEIFVNEAEQKKSFEN FLGTNIYLKNHSKNIRSASDLEIYILDCLKIVSDIIEESIQDSDNENISVDEFVAIRNQY DPLIHIIRRNEKGRWMRLMYELHEIILKYIEIEKLFEERSSLVPARIIPSLRTEYELPEL MQMGRSHQQLRVKNEIMEEIAKEMANNPSLLQCTAPFRDTIHQIAELTSTEYTKVAGAFR YVLLMKENVTTTTQIQSVTKKIFEYSQLISLAQTHGQHLISIANTPSSPLQYPINATPSL STWSGIPNLGNSQQTSLSNIIADFTNFPDFTLLACIGHPNPIIGKLAFEIYIRRHYERCG LSFYAIKSRGEAWDSSVDISTVGNSSMLMTSCPDLKGAVPLRGEIQNFNNILGVWTHNAL TTSSFFQNQCDPLRSNTLNIPAIQNNVDQYNQNENNSKGRTLSILESNNTSKNMSSKCHV KGAIHIENSRWKSMLNAFSGQSLSSIADDLLEESLPIQTSIGLYFESISDFQDRFEQCVD ELKILHGFFPQISSSVDSIVMLVILSSFSNGEITTESEVASINDENDSSSIETQSNSRDI IEILKGTINKHQEKLSNNNIHMISFTIAPYSDQNKPESLSASLVYLKTPVHYHFRSKKGI PIYKYNSQDLESNLSLQDSLMNQAESVEMEDLENNYFIEEPFIRNIPSTLLSTLELKRLR YFTIKSIPTSISGINLYVGTPRELCSGYSVIGKRKEAENKENNSSLKNGNSNISKSHESD SGKNVKLSESNTSEKPNYSGPQTKRISTKEMEGENLTNKSNKTLSAKPVTSKISGYNKQR RYFIRVLVQHECSELYFEEQERYFIAALSTLESWLSFDQNYSNTSSSTVSRGHTGLNHLL FTSVGVLNDKNSGYITTSMAEEAARTLVQRYSQRIQQSSLQTMEFRYIQRSVYQKDSNNV VVPVRFVVDNPTGQAIRLRSFVEIKNPTTSGGKVFAAIDSKQSFLNFVSTSRSDKTFSLP GLQQSKSLKEISNLNKGSKILTINENMVPNLALYQHEHIYDGKPLDIPHPLIGKIDQKRY QAAELNTVYIYDFLDLFEEAIKSLWNKCPKYFVTTPSSVSLSKSNIKSARANGSTTAGIS TNCESGFEQSSGKTAFLPNKLLEYVELDINKDSGELECVSREPGNNTCGMVAWCITMHTP EYPKGRRVILIGNDITYQMGTFGIQEDLLFQRASEYARSLGIPRIFIAANSGARMGLATE VQKCMKVEFVDPENPVKGYKYLYVTEEDYNKFDLQNSINYEVIDHPKDGKIYKITDVIGS QLGLGVENLSGSGGIAGETSKASKSIMTITYATTRTVGIGAYLARLGHRVIQKAHGAPIV LTGYQALNKVASKEIYSSNDELGGTEIMAKNGVTHLVVKDDLEGCVEILKWLSYVPECVG GRLPIMVDPTDPIYRNITYSCNSNTEDPRLMLTGCVDSRGRWLSGLCDKDSFKEVMSDWA KSVIVGRGRIGGIPVGFILVETRVTEYIQPADPVMPHTSELRVTRAGQIWFPDSAYKTAQ AIRDFNMEELPLIILANWRGFSGGQKDMFDQVLKFGSYVVDELVNYKQPCFVYIPPKGEL RGGAWVVVDSNINPEFIEMYADPTARGSVLEAAGIVEIKFRSKALKEWMMRLDPELLSLQ EKDQLLHLKGYPIDSSERSSIKEKINKRCSLLHSVYHAAAIHFADLHDTSNRMKAKQAIH DIVQWKNARVFFIHRIKRQLLLFSLRSEISQKLGISLTDSQNVVFQWAIQDGIDPNNNTQ FIQWICHSANIIEQRISQLSSSDIR

  • title: biotinylation site
  • coordinates: K696
No Results
No Results
IDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethod
cgd8_3680235 SRLCSSMEDL0.997unspcgd8_3680235 SRLCSSMEDL0.997unspcgd8_3680235 SRLCSSMEDL0.997unspcgd8_3680283 SVFALSTRDC0.993unspcgd8_3680857 SLSKNSWYEQ0.993unspcgd8_3680888 SQCLNSFEDN0.996unspcgd8_3680911 SDKRLSSDGS0.994unspcgd8_36801375 SSKNMSSKCH0.997unspcgd8_36801586 SNQAESVEME0.995unspcgd8_36801640 TLYVGTPREL0.991unspcgd8_36801676 SNISKSHESD0.995unspcgd8_36801681 SHESDSGKNV0.994unspcgd8_36801688 SNVKLSESNT0.993unspcgd8_36801693 SESNTSEKPN0.994unspcgd8_36801707 STKRISTKEM0.998unspcgd8_36801927 SQQSKSLKEI0.994unspcgd8_36802548 STARGSVLEA0.991unspcgd8_36802600 SSERSSIKEK0.998unspcgd8_36802720 SISQLSSSDI0.997unspcgd8_368077 SSNSESVSEA0.993unspcgd8_368084 YEADYYVDIP0.991unsp

cgd8_3680      



Dinesh Gupta lab Translational bioinformatics group, ICGEB, New Delhi, India