LmjF.27.0510 | calpain-like cysteine peptidase, putative

_IDPredictionOTHERSPmTPCS_Position
LmjF.27.0510OTHER0.9999440.0000520.000004
No Results

  • Fasta :-

    >LmjF.27.0510 MSSPFTEVPDSNTLFKDTEFIASNQDVADQWVSIRDLYPSGVNQPLLPEVFSREQFGQGN HYECFMLSALAPLIRFPDVIRNCFVTKKVRQDGRYTFQFFRGQEWVKVEIDDTIPLEDNA VLYARSPTEHWWPLLLEKAYAKFYTAYDHLEGCTLQETFHDLTGNPVLNIPMNAKLAKAA GVNTKDGLYWLSMGECLLRGDHVLSALTTDADLESIGMQSEQQYAILGIFSLTGSSALDD IVIHLHNPFEDDEYEYSGPLNKKDSKWTAKLRQQYPVDDRYSIFIPLKLFLKSMNSIQHC FMRTIDAVSQTYSAAWEGESAGGNPTFVTWRKNPLFLVRNSGPTELKIVTMIQQEDQRRL SSPDSDTSYAQCGVVVTRFTYQQPIPTFCVTGNSHKTIFKGLFLNSREVANAITIPGHSM CYLVPSCMQKGVEARFQLSLYHFKDQDYSQLSVEPLSIPGMNWVNCATKNVELCQKEKDR VDFYVDEGTDIHILMHQTKPYVSKSGGDAMTEDYMGMYLYDDTDRKIAGVHAATNFREIS IIHRLPRSGRYAISITCPRAKGEVPAYITIVGSHASNVRIVDPPEDATMFDDEDIIDEGD DAALVDNPIDYAPVVFDVAHHDEQAESDSPFEDKRFYVDNRGATSEPWVHIGDLYPEGKT RPLLPNELSRDQFGQGDHYDCSTLTAFAALLEHHPDVIRNCFISKNPRKDGRYTFQFHRY GQWIKVEIDDRIPMVKGDTVFCRSPTHHWWPLLLEKAYAKFYMRYENLEGISQEEVFHDY TGQPCVSVSTDPAAAKVNMSYFDEVPYWKELASKLPDLCTTALASGREAEQYGLLKERYY AVLDIVSIANGERVRDMLVKMYNPYEGSPYTGPMNAKDDAWTSELQSRFRPGDDSHAFYI PATNFVTAFSAMQMGYVGGLAEPSRHFNSEWGSGTNGGDTSLISWRENPLFIFSNPTNDI VQVVAMLRQPDQRHLRHAMPNHELVYPMKGLSVAQANPSAEGIPTHLVTFDNHRLIHREE PVAVREVANVLTIPPQSVCYVAGHCNNRAVSKFLLSYWFMRGEDAEKLRIERYRPKVTQH QPAIAHVDLGNRASERVDFLIDTPTEVHALLRQEKAFESHQGGDVIAQDYVGVYLYDLQN NRIKGLPSAMNYREVSLVTHLKTPGHYVFFITCPRSNGGVPCKVEIAAQEEAHARITEAP QNAAPLSTLDMAFLDAHPESIPLSELPIDRDIPFQDDLAALERLLSDPSASAEEIQRLKD RLNERAHALAKAILTSEQPIYLTCHDLHALNPLLNDDQAYMDAERERYYLKQDPRNHYKL PAQEAKLRSIADNIADELLHVDLSFIDARPEGIPRDAIPMSSDKAFAEMTTELLRLRRRP EKNPSAIRDVEHRLGKRAAEIARAMHDAERTYLDQHPEYVPLELLPLNTDERFCADEDEL RQLLRSSSADQNTVTALQAKLNKHAHELAQQLKDGERGKLLADSYEGVPTSELPLDTDAA FHEMEVERLRRVRTGTGADAEVARLEGEMRNRARELAVSKKANERVILRGMEIPLTAGQL DALLDKDAETADMERRLRELRKNPDKNATAIKALEKEVQKRAQELADGHLAEERSKYLAA EYGGRAIGTLPLGDDAAYRDAEAAYMKMLESGHADPAALQRLMDTMNERAAGIAHDINVA DRAQYVPKALRGVPLRALPLDDDAEFRRLEHERARAACTPGHKAEVAALEAQLLARADEL ARARLAGDRAYLAPEPAGIPLELVPLDEDAEFCAKEAQRAELKESGQTDRSGIALRETEL NARAVEVAQQLKDGERGKLLADSYEGVPTSELPLDTDAAFHEMEVERLRRVRTGTGADAE VARLEGEMRNRARELAVSKKANERVILRGMEIPLTAGQLDALLDKDAETADMERRLRELR KNPDKNAAAIKALEKEVQKRAQELADGHLAEERSKYLAAEYGGRAIGTLPLGDDAAYRDA EAAYMKMLESGHADPAALQRLMDTMNERAAGIAHDINVADRAQYVPKALRGVPLRALPLD DDAEFRRLEHERARAACTPGHKAEVAALEAQLLARADELARARLAGDRAYLAPEPAGIPL ELVPLDEDAEFCAKEAQRAELKESGQTDRSGIALRETELNARAVEVAQQLKDGERGKLLA DSYEGVPTSELPLDTDAAFHEMEVERLRRVRTGTGADAEVARLEGEMRNRARELAVSKKA NERVILRGMEIPLTAGQLDALLDKDAETADMERRLRELRKNPDKNATAIKALEKEVQKRA QELADGHLAEERSKYLAAEYGGRAIGTLPLGDDAAYRDAEAAYMKMLESGHADPAALQWL MDTMNERAAGIAHDINVADRAQYVPKALRGVPLRALPLDDDAEFRRLEHERARAACTPGH KAEVAALEAQLLARADELARARLAGDRAYLAPEPAGIPLELVPLDEDAEFCAKEAQRAEL KESGQTDRSGIALRETELNARAVEVAQQLKDGERGKLLADSYEGVPTSELPLDTDAAFHE MEVERLRRVRTGTGADAEVARLEGEMRNRARELAVSKKANERVILRGMEIPLTAGQLDAL LDKDAETADMERRLRELRKNPDKNATAIKALEKEVQKRAQELADGHLAEERSKYLAAEYG GRAIGTLPLGDDAAYRDAEAAYMKMLESGHADPAALQWLMDTMNERAAGIAHDINVADRA QYVPKALRGVPLRALPLDDDAEFRRLEHERARAACTPGHKAEVAALEAQLLARADELARA RLAGDRAYLAPEPAGIPLELVPLDEDAEFCAKEAQRAELKESGQTDRSGIALRETELNAR AVEVAQQLKDGERGKLLADSYEGVPTSELPLDTDAAFHEMEVERLRLKATDTQPNGAKNG SLDAALNRRAAELARSLRVEDLSSVEGSPLGLAKEVLDLHSDSVGAALINDLRKLRKNPL GNAVVLREKGSALNDRAFEVARRLLAGDRASYLDPRPRNILLEHIPLDEDDVFHALEVER SMMKVTDPVNSVAAVRKAENMLKDRACQLAELVMKEDLAQFPSNYHGICTKDLKPHSDRL FSEAAEKRRAGMRDGTVAFKENLDQIMDNRLSELARERKEGELYFIDPNPEGVPLSELPL STDKAFNDLLQGRQELKESDPMENRKAIAGLEDEMNSRAAELARSVLNSDLDGLDKLPLG IPLDLLKPRQDAGVVRLIEELRRSKRLPQLKNNVVDLQAKLNERLHELATAALEEGRDAY LDPHPEGVPREILPLRTDAVFQKEVQRAILRLQDPVKHAGAIAHLESELKACVKELALAQ KEEDLRGLDQHPHDLPLTLLQPHEDAQFGKMIDELRWLKALEGDQHIAVKEVQSRMNDRC YAMADGVMKGDRSYLHPKPEKVPLRRLPLDTDAALHALEVERAKLKLTDPRKNEQKIADL ESQLNSRAAELARAVKTADLKPLTQTPRGIPLELLNLHEDPTFSALIAEKEQLPEGHSAD LAARLLSSMNECAMKAADKLLRGDRGYLDQDPEGLPLGHLPLDTDTAFHEMEVERALLKA RDPVKNSSTIKGLEVQLNKRAHDLSNLALAMDRGYLSPRPEGVSIEELPLFTDSKFHSME VERAKLKMSRADGNAERMHELEGCLNKRAASLARKQLEEDLKGLDQEPEGYPLNFLRLHS DAVFAAEVVSLRRAKKEPLVSAAKVRDVQEALNVRAHVLARERIAADRARLDQEPENVPL SLLALEEDALFVAMEMELRSLKASDKQNPKAIAEAEGRMNDRVHVMAAKVKAEGRDFLRS KSFDIPKELLALDADKAFVAKEKELWKQKQQPHAPHSSSAAADLRRELQARADEVGEAQL KSDRDKYLDMQPEGVDLCDIPLDTDDVYHGMEVERAILLAQDATGRRSAVEELEKELNAR AHELAHEIVVGDRGYLPEEMHGIPVEELPLDTDRKFMKLERQRRAHKRSPDMNKEVAADE EELRNHALKLADEVIAMDLESIKASYRGIAKEELNLHADVAFRELAKKRRRHRGKGRVEA AEVAVIEDEMNRRACEIADDLITAERAFLDPQPEGMYINEVPLDDDPAFQKLEQEYRRRS RDPRSAKQNGDVLRELTSAMNQRSHTLARAAFAKTRGFMEQEQEGIPLAELGLDEDPEFK EAEIARYRMNHSASPNAATVAEMELRMNERARELAWATLAADRVFLDPMPEGVLLEELPL DSDKAFGNLARERRRRKKALKGGIGEAEVRAIEEKMNARSHELAKEFLEAERAFLSREPE GVPLADLPLNADSLFRAMEDERLQLKREPLSNAAMIAAKETDLEHRAHVIAKDLLRKERV LLDQEPLGVPLEELPLNHDEILNPIERKRRELRAHPKRNHEAIRACEEQMVDRVGQIAED FVQKQRAFLDQNPEGVPLRYLPLNTDREFHERELHRRKLLQRPEKNRSELADTERKMNER VHVLAKDLVLKGRAFLHGEPCGVPIADVPLNEDEDFRKMEEQRRALKEAGRSAASVKTIE EKLNNRAEELAQRLLDDERAFMDCAPLGIPLHDLPLNTDRRMREIERTRRHLRKFDPEGG AVDIAVLETGMNARAYELADQLLSSDRDYLKPEPCGVPLADLPLHTDRIFHEKELARFRA KKKGQTDLFQMEDELNERAKELAAEFIQTERAYLDQEPEGIPLERLPLDTDPIFHNIELE RRRLKRSGENSLQVLELESLLNRRAHELSMELRGWQDPEFHAANEHVAEQWVRVCDLYPE GRYEDFVPAVLAPNDVVSALQDMSYLVPFIAALSLHPVLLQRLIVTKEAPVNAPYTFIFF DPQGNPVYIDVDDRVPCDDKSEPKFAQSPYNLWYPLLLEKAYAKFVGGYDQLVNCTPLET LRDLTGRPVTHTPFKRKLAAAGNLDNYTSVDFWLGVKEGMARGDVVVCSSNAEVPNGIHP HCSYALVDVVITLEGSVNPSDVVIKLENSYCKDEPVYTGPLCHTDVNWSLALQRVCQYDP ERDDVLYLPLPTFLRNFSSMQTCHTNCGDRLTAEGTWNSRTSGGSAIFTTFRNNPIFILQ NSSSRPASVLAELRHAAPQFVDPEGRRHYPQSGIVLMEPTSSTAPLTPLITNSTARFLHK SIILDAREVCCVMEVPARSTCLFIPYTAKAGQHGAFYVSVYPGSAKVTLAPLHYCGLSRE PRSTAVTLTPGTEGQRVDFTISSACDVHVLLRQEKMTDRMGAIKGDAIAEDDVMMVAFNE QATKLTSSGDPTNAREHSLVFRAEKPGYYSLLLISPNQPVSGDNPCTVSIFTPKQVMVRF VAPPAGARQLQHARFPKLPQKRAAASGGNSSRQPRGASTACQSQQRQHDEKLPPLRGNGA STLNSGRVSGGDRFTCSF
  • Download Fasta
  • MitoProt II - v1.101 File : /home/rajan/sadaf/4480_mitoprot/test/489 Sequence name : 489 Sequence length : 5358 VALUES OF COMPUTED PARAMETERS Coef20 : 3.532 CoefTot : -0.029 ChDiff : -191 ZoneTo : 6 KR : 0 DE : 0 CleavSite : 0 HYDROPHOBIC SCALE USED GES KD GVH1 ECS H17 : 1.588 1.718 0.223 0.664 MesoH : -0.050 0.589 -0.196 0.319 MuHd_075 : 26.229 15.668 7.546 5.663 MuHd_095 : 7.484 5.617 1.760 1.689 MuHd_100 : 21.371 13.163 4.186 4.275 MuHd_105 : 30.240 17.845 6.348 5.824 Hmax_075 : 9.917 8.283 0.322 3.920 Hmax_095 : 0.500 2.700 -2.066 1.980 Hmax_100 : 9.000 5.800 -0.847 3.300 Hmax_105 : 9.000 5.800 -0.847 3.300 CLASS NOT-MITO MITO(/CHLORO) DFM : 0.9953 0.0047 DFMC : 0.9670 0.0330
  • ##### ProP v.1.0b ProPeptide Cleavage Site Prediction ##### ##### Furin-type cleavage site prediction (Arginine/Lysine residues) ##### 5358 LmjF.27.0510 MSSPFTEVPDSNTLFKDTEFIASNQDVADQWVSIRDLYPSGVNQPLLPEVFSREQFGQGNHYECFMLSALAPLIRFPDVI 80 RNCFVTKKVRQDGRYTFQFFRGQEWVKVEIDDTIPLEDNAVLYARSPTEHWWPLLLEKAYAKFYTAYDHLEGCTLQETFH 160 DLTGNPVLNIPMNAKLAKAAGVNTKDGLYWLSMGECLLRGDHVLSALTTDADLESIGMQSEQQYAILGIFSLTGSSALDD 240 IVIHLHNPFEDDEYEYSGPLNKKDSKWTAKLRQQYPVDDRYSIFIPLKLFLKSMNSIQHCFMRTIDAVSQTYSAAWEGES 320 AGGNPTFVTWRKNPLFLVRNSGPTELKIVTMIQQEDQRRLSSPDSDTSYAQCGVVVTRFTYQQPIPTFCVTGNSHKTIFK 400 GLFLNSREVANAITIPGHSMCYLVPSCMQKGVEARFQLSLYHFKDQDYSQLSVEPLSIPGMNWVNCATKNVELCQKEKDR 480 VDFYVDEGTDIHILMHQTKPYVSKSGGDAMTEDYMGMYLYDDTDRKIAGVHAATNFREISIIHRLPRSGRYAISITCPRA 560 KGEVPAYITIVGSHASNVRIVDPPEDATMFDDEDIIDEGDDAALVDNPIDYAPVVFDVAHHDEQAESDSPFEDKRFYVDN 640 RGATSEPWVHIGDLYPEGKTRPLLPNELSRDQFGQGDHYDCSTLTAFAALLEHHPDVIRNCFISKNPRKDGRYTFQFHRY 720 GQWIKVEIDDRIPMVKGDTVFCRSPTHHWWPLLLEKAYAKFYMRYENLEGISQEEVFHDYTGQPCVSVSTDPAAAKVNMS 800 YFDEVPYWKELASKLPDLCTTALASGREAEQYGLLKERYYAVLDIVSIANGERVRDMLVKMYNPYEGSPYTGPMNAKDDA 880 WTSELQSRFRPGDDSHAFYIPATNFVTAFSAMQMGYVGGLAEPSRHFNSEWGSGTNGGDTSLISWRENPLFIFSNPTNDI 960 VQVVAMLRQPDQRHLRHAMPNHELVYPMKGLSVAQANPSAEGIPTHLVTFDNHRLIHREEPVAVREVANVLTIPPQSVCY 1040 VAGHCNNRAVSKFLLSYWFMRGEDAEKLRIERYRPKVTQHQPAIAHVDLGNRASERVDFLIDTPTEVHALLRQEKAFESH 1120 QGGDVIAQDYVGVYLYDLQNNRIKGLPSAMNYREVSLVTHLKTPGHYVFFITCPRSNGGVPCKVEIAAQEEAHARITEAP 1200 QNAAPLSTLDMAFLDAHPESIPLSELPIDRDIPFQDDLAALERLLSDPSASAEEIQRLKDRLNERAHALAKAILTSEQPI 1280 YLTCHDLHALNPLLNDDQAYMDAERERYYLKQDPRNHYKLPAQEAKLRSIADNIADELLHVDLSFIDARPEGIPRDAIPM 1360 SSDKAFAEMTTELLRLRRRPEKNPSAIRDVEHRLGKRAAEIARAMHDAERTYLDQHPEYVPLELLPLNTDERFCADEDEL 1440 RQLLRSSSADQNTVTALQAKLNKHAHELAQQLKDGERGKLLADSYEGVPTSELPLDTDAAFHEMEVERLRRVRTGTGADA 1520 EVARLEGEMRNRARELAVSKKANERVILRGMEIPLTAGQLDALLDKDAETADMERRLRELRKNPDKNATAIKALEKEVQK 1600 RAQELADGHLAEERSKYLAAEYGGRAIGTLPLGDDAAYRDAEAAYMKMLESGHADPAALQRLMDTMNERAAGIAHDINVA 1680 DRAQYVPKALRGVPLRALPLDDDAEFRRLEHERARAACTPGHKAEVAALEAQLLARADELARARLAGDRAYLAPEPAGIP 1760 LELVPLDEDAEFCAKEAQRAELKESGQTDRSGIALRETELNARAVEVAQQLKDGERGKLLADSYEGVPTSELPLDTDAAF 1840 HEMEVERLRRVRTGTGADAEVARLEGEMRNRARELAVSKKANERVILRGMEIPLTAGQLDALLDKDAETADMERRLRELR 1920 KNPDKNAAAIKALEKEVQKRAQELADGHLAEERSKYLAAEYGGRAIGTLPLGDDAAYRDAEAAYMKMLESGHADPAALQR 2000 LMDTMNERAAGIAHDINVADRAQYVPKALRGVPLRALPLDDDAEFRRLEHERARAACTPGHKAEVAALEAQLLARADELA 2080 RARLAGDRAYLAPEPAGIPLELVPLDEDAEFCAKEAQRAELKESGQTDRSGIALRETELNARAVEVAQQLKDGERGKLLA 2160 DSYEGVPTSELPLDTDAAFHEMEVERLRRVRTGTGADAEVARLEGEMRNRARELAVSKKANERVILRGMEIPLTAGQLDA 2240 LLDKDAETADMERRLRELRKNPDKNATAIKALEKEVQKRAQELADGHLAEERSKYLAAEYGGRAIGTLPLGDDAAYRDAE 2320 AAYMKMLESGHADPAALQWLMDTMNERAAGIAHDINVADRAQYVPKALRGVPLRALPLDDDAEFRRLEHERARAACTPGH 2400 KAEVAALEAQLLARADELARARLAGDRAYLAPEPAGIPLELVPLDEDAEFCAKEAQRAELKESGQTDRSGIALRETELNA 2480 RAVEVAQQLKDGERGKLLADSYEGVPTSELPLDTDAAFHEMEVERLRRVRTGTGADAEVARLEGEMRNRARELAVSKKAN 2560 ERVILRGMEIPLTAGQLDALLDKDAETADMERRLRELRKNPDKNATAIKALEKEVQKRAQELADGHLAEERSKYLAAEYG 2640 GRAIGTLPLGDDAAYRDAEAAYMKMLESGHADPAALQWLMDTMNERAAGIAHDINVADRAQYVPKALRGVPLRALPLDDD 2720 AEFRRLEHERARAACTPGHKAEVAALEAQLLARADELARARLAGDRAYLAPEPAGIPLELVPLDEDAEFCAKEAQRAELK 2800 ESGQTDRSGIALRETELNARAVEVAQQLKDGERGKLLADSYEGVPTSELPLDTDAAFHEMEVERLRLKATDTQPNGAKNG 2880 SLDAALNRRAAELARSLRVEDLSSVEGSPLGLAKEVLDLHSDSVGAALINDLRKLRKNPLGNAVVLREKGSALNDRAFEV 2960 ARRLLAGDRASYLDPRPRNILLEHIPLDEDDVFHALEVERSMMKVTDPVNSVAAVRKAENMLKDRACQLAELVMKEDLAQ 3040 FPSNYHGICTKDLKPHSDRLFSEAAEKRRAGMRDGTVAFKENLDQIMDNRLSELARERKEGELYFIDPNPEGVPLSELPL 3120 STDKAFNDLLQGRQELKESDPMENRKAIAGLEDEMNSRAAELARSVLNSDLDGLDKLPLGIPLDLLKPRQDAGVVRLIEE 3200 LRRSKRLPQLKNNVVDLQAKLNERLHELATAALEEGRDAYLDPHPEGVPREILPLRTDAVFQKEVQRAILRLQDPVKHAG 3280 AIAHLESELKACVKELALAQKEEDLRGLDQHPHDLPLTLLQPHEDAQFGKMIDELRWLKALEGDQHIAVKEVQSRMNDRC 3360 YAMADGVMKGDRSYLHPKPEKVPLRRLPLDTDAALHALEVERAKLKLTDPRKNEQKIADLESQLNSRAAELARAVKTADL 3440 KPLTQTPRGIPLELLNLHEDPTFSALIAEKEQLPEGHSADLAARLLSSMNECAMKAADKLLRGDRGYLDQDPEGLPLGHL 3520 PLDTDTAFHEMEVERALLKARDPVKNSSTIKGLEVQLNKRAHDLSNLALAMDRGYLSPRPEGVSIEELPLFTDSKFHSME 3600 VERAKLKMSRADGNAERMHELEGCLNKRAASLARKQLEEDLKGLDQEPEGYPLNFLRLHSDAVFAAEVVSLRRAKKEPLV 3680 SAAKVRDVQEALNVRAHVLARERIAADRARLDQEPENVPLSLLALEEDALFVAMEMELRSLKASDKQNPKAIAEAEGRMN 3760 DRVHVMAAKVKAEGRDFLRSKSFDIPKELLALDADKAFVAKEKELWKQKQQPHAPHSSSAAADLRRELQARADEVGEAQL 3840 KSDRDKYLDMQPEGVDLCDIPLDTDDVYHGMEVERAILLAQDATGRRSAVEELEKELNARAHELAHEIVVGDRGYLPEEM 3920 HGIPVEELPLDTDRKFMKLERQRRAHKRSPDMNKEVAADEEELRNHALKLADEVIAMDLESIKASYRGIAKEELNLHADV 4000 AFRELAKKRRRHRGKGRVEAAEVAVIEDEMNRRACEIADDLITAERAFLDPQPEGMYINEVPLDDDPAFQKLEQEYRRRS 4080 RDPRSAKQNGDVLRELTSAMNQRSHTLARAAFAKTRGFMEQEQEGIPLAELGLDEDPEFKEAEIARYRMNHSASPNAATV 4160 AEMELRMNERARELAWATLAADRVFLDPMPEGVLLEELPLDSDKAFGNLARERRRRKKALKGGIGEAEVRAIEEKMNARS 4240 HELAKEFLEAERAFLSREPEGVPLADLPLNADSLFRAMEDERLQLKREPLSNAAMIAAKETDLEHRAHVIAKDLLRKERV 4320 LLDQEPLGVPLEELPLNHDEILNPIERKRRELRAHPKRNHEAIRACEEQMVDRVGQIAEDFVQKQRAFLDQNPEGVPLRY 4400 LPLNTDREFHERELHRRKLLQRPEKNRSELADTERKMNERVHVLAKDLVLKGRAFLHGEPCGVPIADVPLNEDEDFRKME 4480 EQRRALKEAGRSAASVKTIEEKLNNRAEELAQRLLDDERAFMDCAPLGIPLHDLPLNTDRRMREIERTRRHLRKFDPEGG 4560 AVDIAVLETGMNARAYELADQLLSSDRDYLKPEPCGVPLADLPLHTDRIFHEKELARFRAKKKGQTDLFQMEDELNERAK 4640 ELAAEFIQTERAYLDQEPEGIPLERLPLDTDPIFHNIELERRRLKRSGENSLQVLELESLLNRRAHELSMELRGWQDPEF 4720 HAANEHVAEQWVRVCDLYPEGRYEDFVPAVLAPNDVVSALQDMSYLVPFIAALSLHPVLLQRLIVTKEAPVNAPYTFIFF 4800 DPQGNPVYIDVDDRVPCDDKSEPKFAQSPYNLWYPLLLEKAYAKFVGGYDQLVNCTPLETLRDLTGRPVTHTPFKRKLAA 4880 AGNLDNYTSVDFWLGVKEGMARGDVVVCSSNAEVPNGIHPHCSYALVDVVITLEGSVNPSDVVIKLENSYCKDEPVYTGP 4960 LCHTDVNWSLALQRVCQYDPERDDVLYLPLPTFLRNFSSMQTCHTNCGDRLTAEGTWNSRTSGGSAIFTTFRNNPIFILQ 5040 NSSSRPASVLAELRHAAPQFVDPEGRRHYPQSGIVLMEPTSSTAPLTPLITNSTARFLHKSIILDAREVCCVMEVPARST 5120 CLFIPYTAKAGQHGAFYVSVYPGSAKVTLAPLHYCGLSREPRSTAVTLTPGTEGQRVDFTISSACDVHVLLRQEKMTDRM 5200 GAIKGDAIAEDDVMMVAFNEQATKLTSSGDPTNAREHSLVFRAEKPGYYSLLLISPNQPVSGDNPCTVSIFTPKQVMVRF 5280 VAPPAGARQLQHARFPKLPQKRAAASGGNSSRQPRGASTACQSQQRQHDEKLPPLRGNGASTLNSGRVSGGDRFTCSF 5360 ................................................................................ 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 ................................................................................ 2880 ................................................................................ 2960 ................................................................................ 3040 ................................................................................ 3120 ................................................................................ 3200 ................................................................................ 3280 ................................................................................ 3360 ................................................................................ 3440 ................................................................................ 3520 ................................................................................ 3600 ................................................................................ 3680 ................................................................................ 3760 ................................................................................ 3840 ................................................................................ 3920 ................................................................................ 4000 ................................................................................ 4080 ................................................................................ 4160 ................................................................................ 4240 ................................................................................ 4320 ................................................................................ 4400 ................................................................................ 4480 ................................................................................ 4560 ................................................................................ 4640 ................................................................................ 4720 ................................................................................ 4800 ................................................................................ 4880 ................................................................................ 4960 ................................................................................ 5040 ................................................................................ 5120 ................................................................................ 5200 ................................................................................ 5280 .............................................................................. 5360 Propeptide cleavage sites predicted: Arg(R)/Lys(K): 0

  • Fasta :-

    >LmjF.27.0510 ATGTCGTCACCTTTTACGGAAGTACCGGACAGCAACACGCTCTTCAAGGACACTGAGTTC ATCGCAAGTAATCAAGATGTGGCAGATCAGTGGGTGTCCATTCGCGACCTGTATCCGAGC GGCGTGAACCAGCCGCTGCTGCCCGAAGTATTCTCGCGCGAGCAGTTCGGTCAGGGTAAC CACTATGAATGCTTCATGCTCTCGGCACTTGCACCGCTGATCCGCTTTCCGGATGTGATC CGCAACTGCTTTGTGACGAAGAAGGTGCGCCAGGATGGCCGCTACACGTTCCAGTTCTTC CGCGGACAGGAGTGGGTGAAGGTCGAGATCGACGACACCATTCCTTTAGAGGATAATGCA GTTCTGTACGCGCGGTCCCCGACTGAGCACTGGTGGCCGCTGCTGCTGGAGAAGGCGTAC GCGAAGTTCTACACGGCCTACGACCACCTCGAGGGCTGCACATTGCAGGAGACATTCCAC GACCTGACAGGCAACCCGGTGCTGAACATCCCCATGAACGCCAAGCTGGCCAAGGCGGCC GGCGTCAATACTAAAGATGGACTTTACTGGTTGTCGATGGGTGAATGCCTGCTACGCGGC GACCACGTCTTGTCTGCCCTCACGACGGATGCAGACCTAGAAAGCATCGGCATGCAGTCG GAGCAGCAATACGCAATTCTAGGTATCTTCTCCCTTACAGGATCGTCCGCACTGGACGAC ATCGTTATTCATCTGCACAACCCTTTCGAGGACGATGAGTACGAGTATAGCGGGCCCTTA AACAAGAAGGACAGCAAGTGGACAGCGAAGCTGCGGCAGCAATACCCCGTGGACGACCGC TATTCCATCTTTATTCCGCTGAAGTTGTTTCTGAAATCCATGAACTCCATCCAGCACTGC TTTATGCGCACCATAGATGCTGTGTCGCAAACGTACAGCGCCGCCTGGGAGGGTGAGTCG GCCGGCGGCAACCCGACCTTCGTCACGTGGCGCAAGAACCCGCTCTTCCTGGTGCGAAAC AGCGGCCCGACGGAGCTCAAGATAGTAACGATGATACAGCAGGAAGACCAGCGCCGCTTG TCCAGCCCGGATAGCGACACATCTTACGCTCAGTGTGGTGTCGTCGTGACCCGCTTCACC TACCAGCAGCCGATCCCGACCTTCTGCGTCACCGGAAACAGCCACAAGACAATCTTCAAG GGCCTCTTCCTCAACTCGCGCGAGGTGGCGAATGCCATTACGATTCCGGGCCACTCCATG TGCTACCTTGTCCCCTCCTGCATGCAAAAAGGCGTTGAGGCTCGCTTTCAGTTATCGCTG TACCACTTCAAGGATCAAGACTATTCGCAGCTCTCAGTAGAGCCGCTGTCCATCCCTGGC ATGAACTGGGTCAACTGCGCCACCAAGAACGTAGAGCTGTGCCAGAAGGAAAAGGACCGT GTTGACTTCTACGTCGATGAAGGGACAGATATCCACATCCTCATGCACCAAACAAAGCCC TATGTCAGCAAGTCCGGCGGCGACGCCATGACCGAGGACTACATGGGCATGTACCTCTAC GACGACACGGACCGCAAGATAGCCGGCGTGCACGCTGCCACGAACTTCCGCGAGATTAGC ATCATCCACCGCCTCCCCCGCAGCGGTCGCTATGCCATCTCCATCACGTGCCCGCGCGCG AAGGGCGAGGTGCCGGCTTACATCACCATCGTTGGCTCGCATGCCTCGAACGTACGTATC GTCGACCCACCAGAGGATGCCACGATGTTCGACGATGAGGACATCATCGACGAAGGCGAC GACGCCGCCCTCGTGGACAACCCGATCGACTACGCCCCCGTTGTATTCGATGTGGCGCAC CACGATGAGCAGGCCGAAAGCGATTCCCCGTTCGAGGACAAGCGCTTCTACGTGGACAAC CGTGGCGCCACGAGCGAGCCATGGGTGCACATCGGCGACCTTTACCCGGAAGGCAAGACG AGGCCGCTGCTGCCGAACGAGCTGAGCCGCGACCAGTTCGGGCAGGGCGACCACTACGAC TGCAGTACGCTGACGGCGTTCGCGGCACTGCTGGAACACCACCCCGACGTGATCCGCAAC TGCTTCATCTCGAAGAACCCGCGCAAGGACGGCCGCTACACGTTCCAGTTCCACCGCTAC GGGCAGTGGATCAAGGTGGAGATCGACGACCGCATTCCGATGGTGAAGGGCGACACGGTG TTTTGCCGCTCGCCGACGCACCACTGGTGGCCGCTGCTGCTGGAGAAGGCGTACGCGAAG TTCTACATGCGTTATGAGAACCTCGAGGGCATTTCGCAGGAAGAGGTCTTCCACGACTAT ACAGGTCAGCCCTGCGTCTCTGTGTCGACTGACCCGGCGGCGGCGAAGGTGAACATGTCC TACTTCGACGAGGTGCCTTACTGGAAGGAGCTGGCTAGCAAGTTGCCGGACTTGTGCACG ACTGCGCTGGCCAGCGGCCGAGAGGCGGAGCAGTACGGTTTGTTGAAGGAACGGTATTAC GCGGTGCTGGATATTGTATCGATAGCAAACGGGGAACGGGTTCGTGACATGCTTGTGAAG ATGTACAACCCGTATGAGGGCTCGCCGTACACGGGGCCAATGAACGCCAAGGACGACGCG TGGACTAGTGAGCTGCAGAGCAGGTTTCGACCTGGGGACGATAGCCACGCTTTCTACATC CCTGCCACCAACTTTGTGACGGCGTTCTCGGCGATGCAGATGGGCTACGTTGGTGGCCTT GCGGAGCCTTCTCGGCACTTCAACAGCGAGTGGGGCTCGGGCACCAATGGCGGGGACACG TCCCTCATATCATGGCGCGAGAACCCCTTGTTCATTTTTTCGAACCCGACAAACGACATT GTTCAGGTTGTGGCGATGCTGCGTCAGCCGGATCAGCGACACTTGCGGCACGCCATGCCT AACCATGAGCTGGTCTATCCCATGAAAGGTCTCTCTGTCGCCCAGGCAAACCCCAGCGCT GAAGGCATTCCAACACACCTAGTCACGTTCGATAATCACCGTCTTATTCACCGCGAGGAG CCGGTAGCAGTGCGCGAGGTAGCCAACGTGCTGACGATTCCGCCACAGTCGGTGTGCTAC GTCGCTGGGCACTGCAACAACCGCGCAGTTAGCAAATTTCTGCTCTCCTACTGGTTCATG CGGGGCGAGGATGCCGAGAAGCTGCGCATCGAACGCTACCGCCCAAAGGTGACGCAGCAC CAACCGGCAATCGCGCACGTCGATCTCGGCAACCGCGCAAGCGAACGGGTCGATTTTTTG ATCGACACACCGACGGAGGTACATGCGTTACTTCGACAGGAGAAGGCGTTCGAGTCTCAT CAGGGTGGTGACGTGATCGCCCAAGACTATGTTGGCGTCTACTTGTACGATCTGCAGAAC AATCGCATCAAGGGACTTCCGTCCGCCATGAACTACCGCGAGGTGAGTCTCGTGACGCAC CTCAAGACACCGGGCCACTATGTCTTCTTTATTACCTGCCCCCGCAGTAACGGTGGCGTG CCATGCAAGGTGGAGATCGCTGCCCAAGAGGAGGCGCACGCGCGCATCACAGAGGCGCCG CAGAATGCAGCCCCTCTGAGCACGCTGGACATGGCCTTCCTCGACGCGCACCCGGAAAGT ATTCCACTATCGGAGTTGCCCATTGACAGGGATATCCCGTTCCAGGACGACTTGGCCGCA CTCGAACGCCTCCTCAGTGACCCATCTGCGAGCGCGGAGGAGATTCAACGCCTCAAGGAT CGCCTTAACGAGCGGGCGCATGCTCTGGCGAAGGCAATACTGACCAGTGAGCAGCCAATC TACTTGACATGCCACGACCTTCATGCACTCAACCCGCTGCTCAACGACGATCAGGCGTAC ATGGACGCGGAACGCGAGCGGTACTACCTCAAACAGGATCCGCGCAATCATTACAAGTTG CCTGCGCAGGAGGCGAAGCTGCGCAGCATCGCCGACAACATCGCTGACGAGCTTCTCCAT GTCGACCTCTCTTTCATCGATGCACGCCCAGAGGGCATCCCACGTGACGCGATTCCAATG AGCTCTGACAAGGCATTCGCCGAGATGACGACAGAACTGCTGCGTCTACGGCGCCGTCCG GAGAAGAATCCATCAGCCATTCGTGACGTTGAGCACCGCCTTGGCAAACGAGCAGCAGAA ATAGCTCGAGCGATGCACGATGCCGAGCGCACCTACCTCGATCAGCACCCGGAGTACGTG CCTCTCGAATTGTTACCGCTTAACACAGATGAGCGCTTCTGCGCCGACGAGGACGAGCTC AGACAGCTGCTTCGCTCGTCCTCCGCTGATCAAAACACTGTCACCGCCTTGCAAGCCAAG CTGAACAAACACGCTCATGAATTGGCGCAGCAGCTGAAGGATGGCGAGCGTGGCAAGCTC CTGGCCGACTCGTACGAGGGCGTACCGACGTCGGAGCTGCCACTCGACACGGATGCTGCT TTCCACGAGATGGAGGTGGAGCGGCTGCGCCGCGTGCGCACTGGCACCGGTGCGGATGCG GAGGTTGCGCGTCTGGAGGGCGAGATGCGGAATCGCGCGCGTGAGCTGGCTGTGTCGAAG AAGGCGAACGAGCGAGTGATACTGCGGGGCATGGAGATACCGCTGACGGCGGGGCAGCTG GACGCTCTACTGGACAAGGACGCGGAGACTGCTGACATGGAGCGGAGGCTGCGTGAGCTG CGAAAGAACCCGGACAAGAACGCTACGGCGATCAAGGCGCTGGAGAAGGAGGTACAGAAA CGTGCGCAGGAGCTCGCTGACGGGCATCTTGCCGAGGAGCGTTCCAAGTATTTGGCGGCA GAGTACGGAGGCCGTGCGATAGGGACACTTCCGCTGGGTGACGACGCTGCGTACCGTGAT GCGGAGGCTGCGTACATGAAGATGCTCGAGTCTGGTCACGCAGACCCTGCTGCGCTACAG CGGCTGATGGACACAATGAACGAGCGTGCGGCGGGCATTGCCCACGACATAAACGTCGCT GACCGTGCCCAGTACGTGCCAAAGGCTCTGCGCGGTGTGCCTCTGCGGGCACTGCCGCTG GACGATGACGCCGAGTTTCGGCGCTTGGAGCACGAGCGTGCGCGCGCGGCGTGCACGCCT GGCCACAAGGCCGAGGTCGCAGCTCTGGAGGCGCAGCTTCTTGCCCGCGCGGACGAGTTG GCACGGGCTCGACTTGCGGGCGACCGCGCGTATCTTGCGCCGGAGCCGGCGGGGATTCCT CTAGAGCTGGTGCCGCTAGACGAGGATGCCGAGTTCTGCGCGAAGGAGGCGCAGCGCGCG GAGCTCAAGGAGAGCGGGCAGACCGACCGGAGCGGCATAGCGCTCAGGGAGACGGAGCTG AACGCGCGTGCCGTAGAGGTTGCGCAGCAGCTGAAGGATGGCGAGCGTGGCAAGCTCCTG GCCGACTCGTACGAGGGCGTACCGACGTCGGAGCTGCCACTCGACACGGATGCTGCTTTC CACGAGATGGAGGTGGAGCGGCTGCGCCGCGTGCGCACTGGCACCGGTGCGGATGCGGAG GTTGCGCGTCTGGAGGGCGAGATGCGGAATCGCGCGCGTGAGCTGGCTGTGTCGAAGAAG GCGAACGAGCGAGTGATACTGCGGGGCATGGAGATACCGCTGACGGCGGGGCAGCTGGAC GCTCTACTGGACAAGGACGCGGAGACTGCTGACATGGAGCGGAGGCTGCGTGAGCTGCGA AAGAACCCGGACAAGAACGCTGCGGCGATCAAGGCGCTGGAGAAGGAGGTACAGAAACGT GCGCAGGAGCTCGCTGACGGGCATCTTGCCGAGGAGCGTTCCAAGTATTTGGCGGCAGAG TACGGAGGCCGTGCGATAGGGACACTTCCGCTGGGTGACGACGCTGCGTACCGTGATGCG GAGGCTGCGTACATGAAGATGCTCGAGTCTGGTCACGCAGACCCTGCTGCGCTACAGCGG CTGATGGACACAATGAACGAGCGTGCGGCGGGCATTGCCCACGACATAAACGTCGCTGAC CGTGCCCAGTACGTGCCAAAGGCTCTGCGCGGTGTGCCTCTGCGGGCACTGCCGCTGGAC GATGACGCCGAGTTTCGGCGCTTGGAGCACGAGCGTGCGCGCGCGGCGTGCACGCCTGGC CACAAGGCCGAGGTCGCAGCTCTGGAGGCGCAGCTTCTTGCCCGCGCGGACGAGTTGGCA CGGGCTCGACTTGCGGGCGACCGCGCGTATCTTGCGCCGGAGCCGGCGGGGATTCCTCTA GAGCTGGTGCCGCTAGACGAGGATGCCGAGTTCTGCGCGAAGGAGGCGCAGCGCGCGGAG CTCAAGGAGAGCGGGCAGACCGACCGGAGCGGCATAGCGCTCAGGGAGACGGAGCTGAAC GCGCGTGCCGTAGAGGTTGCGCAGCAGCTGAAGGATGGCGAGCGTGGCAAGCTCCTGGCC GACTCGTACGAGGGCGTACCGACGTCGGAGCTGCCACTCGACACGGATGCTGCTTTCCAC GAGATGGAGGTGGAGCGGCTGCGCCGCGTGCGCACTGGCACCGGTGCGGATGCGGAGGTT GCGCGTCTGGAGGGCGAGATGCGGAATCGCGCGCGTGAGCTGGCTGTGTCGAAGAAGGCG AACGAGCGAGTGATACTGCGGGGCATGGAGATACCGCTGACGGCGGGGCAGCTGGACGCT CTACTGGACAAGGACGCGGAGACTGCTGACATGGAGCGGAGGCTGCGTGAGCTGCGAAAG AACCCGGACAAGAACGCTACGGCGATCAAGGCGCTGGAGAAGGAGGTACAGAAACGTGCG CAGGAGCTCGCTGACGGGCATCTTGCCGAGGAGCGTTCCAAGTATTTGGCGGCAGAGTAC GGAGGCCGTGCGATAGGGACACTTCCGCTGGGTGACGACGCTGCGTACCGTGATGCGGAG GCTGCGTACATGAAGATGCTCGAGTCTGGTCACGCAGACCCTGCTGCGCTACAGTGGCTG ATGGACACAATGAACGAGCGTGCGGCGGGCATTGCCCACGACATAAACGTCGCTGACCGT GCCCAGTACGTGCCAAAGGCTCTGCGCGGTGTGCCTCTGCGGGCACTGCCGCTGGACGAT GACGCCGAGTTTCGGCGCTTGGAGCACGAGCGTGCGCGCGCGGCGTGCACGCCTGGCCAC AAGGCCGAGGTCGCAGCTCTGGAGGCGCAGCTTCTTGCCCGCGCGGACGAGTTGGCACGG GCTCGACTTGCGGGCGACCGCGCGTATCTTGCGCCGGAGCCGGCGGGGATTCCTCTAGAG CTGGTGCCGCTAGACGAGGATGCCGAGTTCTGCGCGAAGGAGGCGCAGCGCGCGGAGCTC AAGGAGAGCGGGCAGACCGACCGGAGCGGCATAGCGCTCAGGGAGACGGAGCTGAACGCG CGTGCCGTAGAGGTTGCGCAGCAGCTGAAGGATGGCGAGCGTGGCAAGCTCCTGGCCGAC TCGTACGAGGGCGTACCGACGTCGGAGCTGCCACTCGACACGGATGCTGCTTTCCACGAG ATGGAGGTGGAGCGGCTGCGCCGCGTGCGCACTGGCACCGGTGCGGATGCGGAGGTTGCG CGTCTGGAGGGCGAGATGCGGAATCGCGCGCGTGAGCTGGCTGTGTCGAAGAAGGCGAAC GAGCGAGTGATACTGCGGGGCATGGAGATACCGCTGACGGCGGGGCAGCTGGACGCTCTA CTGGACAAGGACGCGGAGACTGCTGACATGGAGCGGAGGCTGCGTGAGCTGCGAAAGAAC CCGGACAAGAACGCTACGGCGATCAAGGCGCTGGAGAAGGAGGTACAGAAACGTGCGCAG GAGCTCGCTGACGGGCATCTTGCCGAGGAGCGTTCCAAGTATTTGGCGGCAGAGTACGGA GGCCGTGCGATAGGGACACTTCCGCTGGGTGACGACGCTGCGTACCGTGATGCGGAGGCT GCGTACATGAAGATGCTCGAGTCTGGTCACGCAGACCCTGCTGCGCTACAGTGGCTGATG GACACAATGAACGAGCGTGCGGCGGGCATTGCCCACGACATAAACGTCGCTGACCGTGCC CAGTACGTGCCAAAGGCTCTGCGCGGTGTGCCTCTGCGGGCACTGCCGCTGGACGATGAC GCCGAGTTTCGGCGCTTGGAGCACGAGCGTGCGCGCGCGGCGTGCACGCCTGGCCACAAG GCCGAGGTCGCAGCTCTGGAGGCGCAGCTTCTTGCCCGCGCGGACGAGTTGGCACGGGCT CGACTTGCGGGCGACCGCGCGTATCTTGCGCCGGAGCCGGCGGGGATTCCTCTAGAGCTG GTGCCGCTAGACGAGGATGCCGAGTTCTGCGCGAAGGAGGCGCAGCGCGCGGAGCTCAAG GAGAGCGGGCAGACCGACCGGAGCGGCATAGCGCTCAGGGAGACGGAGCTGAACGCGCGT GCCGTAGAGGTTGCGCAGCAGCTGAAGGATGGCGAGCGTGGCAAGCTCCTGGCCGACTCG TACGAGGGCGTACCGACGTCGGAGCTGCCACTCGACACGGATGCTGCTTTCCACGAGATG GAGGTGGAGCGGTTGAGGCTGAAGGCAACAGATACCCAACCTAACGGGGCAAAGAATGGC AGCCTGGATGCTGCGCTAAACCGCAGAGCAGCGGAGTTGGCGCGTAGCCTTCGCGTTGAG GACCTTTCCTCTGTTGAGGGCTCTCCCCTTGGTCTTGCGAAGGAGGTGCTGGATTTGCAC AGTGACAGTGTTGGTGCGGCGCTCATCAATGACTTGCGGAAACTTCGCAAGAATCCTTTG GGCAACGCTGTTGTTCTCCGGGAGAAGGGATCGGCGTTGAATGACCGCGCCTTCGAGGTG GCGCGGAGGTTGCTGGCAGGCGATCGAGCGAGCTACCTCGACCCCAGGCCGCGCAATATT CTGCTGGAGCATATTCCGCTTGATGAAGACGATGTGTTCCACGCCTTGGAGGTAGAGCGG AGCATGATGAAGGTTACTGACCCGGTGAACAGCGTCGCTGCTGTACGGAAGGCGGAGAAC ATGCTGAAGGACCGCGCGTGCCAGCTGGCGGAGTTGGTGATGAAGGAAGATCTTGCCCAG TTCCCTTCCAACTACCATGGCATCTGCACGAAGGATCTGAAGCCGCACTCCGATCGCCTC TTCAGCGAGGCAGCCGAGAAGCGTCGCGCTGGCATGCGCGACGGGACCGTCGCATTTAAG GAGAACCTTGATCAAATCATGGACAACCGTCTGAGCGAGCTTGCGCGGGAGCGGAAGGAA GGTGAGCTGTACTTCATCGACCCCAACCCAGAGGGGGTGCCGCTGTCAGAGCTGCCGCTG AGCACCGACAAGGCCTTCAATGACCTGCTGCAGGGTCGACAGGAGCTCAAGGAGAGCGAC CCAATGGAAAACCGGAAGGCCATTGCTGGTCTAGAGGACGAGATGAACAGCAGGGCGGCG GAGCTTGCTCGCAGTGTGCTGAACAGCGACTTGGACGGCTTGGACAAGCTTCCATTGGGT ATTCCGCTGGACCTGTTAAAACCGCGCCAAGACGCTGGCGTGGTGCGGCTAATCGAAGAG CTGCGGCGGTCGAAGCGCTTGCCACAGCTGAAGAACAATGTCGTGGATCTGCAGGCAAAG CTGAACGAGCGTTTACACGAGCTTGCCACGGCGGCGCTGGAAGAAGGGCGTGATGCATAC CTCGACCCCCACCCTGAAGGGGTGCCGCGTGAGATACTGCCTCTGCGTACTGACGCCGTG TTCCAAAAGGAGGTGCAGCGGGCAATTCTGCGTCTGCAGGACCCCGTCAAGCACGCTGGT GCCATAGCGCATCTGGAGAGCGAGCTCAAGGCATGCGTAAAAGAGTTGGCGCTTGCGCAG AAAGAGGAGGACCTGCGCGGTCTGGATCAGCACCCGCACGACCTGCCGCTGACACTCCTG CAGCCGCACGAGGATGCCCAGTTCGGGAAGATGATAGATGAGCTGCGCTGGCTGAAGGCG TTGGAAGGCGATCAGCACATTGCGGTAAAGGAGGTGCAGTCTCGCATGAACGACCGTTGC TACGCGATGGCAGACGGTGTCATGAAGGGCGACCGCTCTTACCTGCATCCGAAGCCGGAG AAGGTGCCACTCAGGCGCCTGCCGCTCGACACGGATGCCGCCCTCCACGCTCTTGAGGTG GAGCGTGCAAAGCTGAAGCTGACAGACCCCAGGAAGAACGAGCAAAAAATCGCCGACTTG GAGAGTCAACTGAACAGCCGCGCAGCGGAGCTGGCCAGGGCTGTGAAGACGGCAGATCTC AAGCCGCTGACGCAGACACCGCGCGGCATCCCGTTGGAGCTACTGAACCTGCATGAGGAC CCCACGTTTAGTGCGTTGATTGCGGAGAAGGAGCAGCTGCCCGAGGGTCACAGCGCAGAT TTGGCCGCCAGGCTGCTCAGCTCGATGAACGAATGCGCGATGAAGGCAGCCGACAAGCTG CTCCGTGGCGACCGCGGCTACCTCGATCAGGACCCGGAGGGACTGCCTCTTGGGCATCTG CCTCTTGACACCGACACGGCCTTCCATGAGATGGAGGTGGAGCGGGCACTTCTAAAGGCG CGCGATCCCGTGAAGAACTCCTCCACCATAAAGGGCCTCGAGGTCCAACTAAACAAACGC GCGCACGATCTGTCGAATTTGGCACTCGCGATGGATCGTGGCTACCTCAGCCCGAGGCCG GAAGGTGTGTCGATTGAGGAGCTGCCACTCTTCACGGACAGCAAGTTCCACTCGATGGAG GTGGAGCGAGCGAAGTTGAAGATGTCCCGTGCGGATGGGAACGCGGAGCGCATGCACGAG TTGGAGGGCTGCCTCAACAAACGCGCGGCGAGTCTGGCGAGGAAGCAGCTCGAGGAGGAC CTGAAAGGACTGGACCAGGAACCTGAGGGCTACCCGCTCAACTTTCTGCGGCTTCACAGC GACGCGGTCTTTGCTGCGGAGGTGGTGTCGCTGCGACGGGCAAAGAAGGAGCCGCTGGTG AGTGCGGCGAAGGTGCGCGACGTGCAAGAGGCTCTGAATGTACGCGCGCACGTGCTCGCG AGGGAGCGCATTGCGGCGGACCGCGCTCGGCTGGACCAGGAACCTGAGAATGTGCCGTTG TCACTGCTAGCGCTTGAGGAAGACGCGCTGTTTGTGGCGATGGAAATGGAGCTCCGATCA CTGAAAGCTTCTGACAAGCAGAACCCGAAGGCGATCGCCGAGGCTGAGGGGCGGATGAAC GACCGTGTGCACGTGATGGCGGCCAAGGTGAAGGCGGAGGGCCGCGACTTTCTTCGAAGC AAGTCGTTCGATATTCCGAAGGAGCTGCTGGCCCTGGACGCGGACAAGGCCTTTGTGGCC AAGGAGAAAGAGCTTTGGAAACAGAAGCAGCAGCCACACGCCCCTCACTCCTCCAGCGCC GCCGCCGACTTGCGCCGCGAGCTGCAGGCGCGGGCCGACGAGGTGGGTGAAGCGCAGCTG AAGAGTGACCGTGACAAGTACCTTGACATGCAGCCCGAAGGTGTGGACCTGTGCGACATC CCGCTCGACACCGACGATGTTTACCACGGAATGGAGGTCGAGCGGGCAATCCTGCTGGCC CAAGACGCGACCGGGAGAAGGTCCGCAGTGGAGGAACTGGAGAAAGAGCTGAATGCGCGC GCCCACGAGTTGGCGCACGAAATTGTCGTGGGCGATCGCGGTTACTTGCCGGAAGAGATG CACGGCATCCCTGTGGAGGAGCTGCCGCTGGACACGGACAGAAAGTTCATGAAGCTGGAG CGGCAGCGCCGTGCGCACAAGCGCTCACCTGACATGAACAAGGAAGTGGCGGCTGATGAG GAGGAGCTACGCAATCACGCACTGAAGTTGGCGGACGAGGTGATTGCGATGGATTTGGAG TCCATCAAGGCGTCCTACCGCGGCATCGCGAAGGAGGAGCTTAACCTGCACGCTGACGTG GCGTTTCGCGAGCTCGCGAAGAAGCGCCGCCGGCATCGTGGTAAGGGGCGAGTCGAGGCT GCGGAAGTGGCCGTCATCGAGGACGAAATGAACCGCCGCGCCTGTGAGATTGCCGATGAC TTGATCACAGCCGAGCGTGCCTTCCTCGACCCCCAGCCGGAGGGCATGTACATAAACGAG GTTCCACTCGATGACGACCCGGCATTCCAGAAGCTGGAACAGGAGTACCGCCGGCGCAGC AGGGACCCGCGCTCGGCGAAGCAGAACGGAGATGTGCTTCGCGAGCTCACCAGCGCGATG AACCAGCGCTCCCACACCCTCGCTCGGGCCGCCTTTGCGAAGACCCGCGGCTTCATGGAG CAGGAGCAGGAGGGCATCCCGTTGGCGGAGCTCGGCCTGGACGAGGATCCGGAGTTCAAG GAGGCGGAAATCGCGCGGTACCGCATGAACCACAGCGCTTCTCCCAACGCGGCCACGGTG GCCGAGATGGAATTGCGCATGAACGAAAGAGCGAGGGAGCTTGCGTGGGCAACACTGGCT GCCGACCGCGTCTTCCTGGACCCCATGCCGGAAGGCGTGCTGCTGGAGGAGCTGCCGCTG GACTCGGACAAGGCGTTCGGCAACCTCGCAAGAGAGCGGCGCCGTCGCAAGAAAGCGCTG AAGGGAGGCATCGGTGAGGCCGAAGTCAGGGCGATCGAGGAGAAGATGAACGCTCGTTCG CACGAGCTGGCGAAGGAGTTTCTAGAGGCGGAGCGGGCCTTTCTGTCACGAGAACCGGAA GGTGTGCCGCTGGCTGATCTGCCCCTCAACGCCGACTCCCTGTTCCGCGCAATGGAGGAC GAGCGACTGCAGCTCAAACGCGAGCCTCTCAGTAACGCCGCGATGATAGCAGCGAAGGAG ACAGATTTGGAGCATAGAGCGCACGTGATTGCCAAGGATCTGCTTCGCAAAGAGCGCGTG CTTCTAGATCAGGAGCCCCTTGGCGTGCCGCTGGAGGAGCTGCCTCTGAATCACGATGAG ATCCTCAACCCTATCGAGCGCAAGCGCCGAGAACTGCGGGCCCATCCCAAACGCAACCAC GAGGCCATTCGCGCCTGCGAAGAGCAGATGGTGGACCGCGTTGGGCAGATCGCGGAGGAT TTTGTACAGAAGCAGCGGGCGTTTCTGGATCAGAACCCGGAGGGGGTCCCGCTGCGCTAC CTGCCCCTCAACACAGATCGCGAGTTCCATGAGAGGGAGCTGCATCGCCGTAAGCTGCTC CAGCGCCCCGAAAAGAACCGTAGCGAGCTTGCCGACACGGAGCGGAAGATGAACGAGCGT GTGCACGTGCTCGCCAAGGATCTGGTCCTCAAGGGTCGCGCCTTCCTGCACGGGGAGCCG TGCGGCGTGCCTATCGCAGATGTTCCGTTAAACGAAGACGAGGACTTCCGCAAGATGGAG GAGCAGCGCCGTGCCCTTAAAGAGGCGGGCCGTAGCGCTGCTTCCGTGAAGACGATCGAG GAAAAACTGAACAATCGCGCCGAGGAACTGGCGCAAAGACTGCTGGACGACGAGCGAGCC TTCATGGACTGCGCTCCGCTCGGCATTCCACTGCACGACCTGCCGCTCAACACGGACCGT CGAATGCGCGAAATCGAGCGAACGCGGCGGCATCTTCGTAAGTTCGACCCGGAAGGCGGT GCGGTCGATATCGCAGTGCTGGAGACGGGCATGAACGCTCGCGCGTATGAGTTGGCCGAT CAGCTGCTGAGCAGCGACCGGGACTACCTGAAACCGGAGCCGTGTGGCGTGCCGCTAGCG GATCTCCCGTTGCACACCGATCGCATCTTCCACGAAAAGGAGCTGGCGCGCTTCCGTGCG AAGAAGAAAGGTCAGACAGACCTCTTTCAGATGGAGGATGAGCTGAACGAGCGCGCCAAG GAGCTGGCGGCGGAATTCATTCAGACGGAGCGCGCGTACCTCGACCAGGAGCCGGAGGGC ATTCCACTTGAACGGCTGCCGTTGGATACGGACCCGATCTTTCATAACATTGAGCTGGAG CGGCGGCGTCTGAAGCGTAGCGGCGAGAACTCACTCCAGGTGCTGGAACTGGAGAGCCTG CTGAACCGTCGCGCGCATGAGCTGTCGATGGAGCTTCGAGGGTGGCAGGACCCGGAGTTC CACGCGGCCAATGAGCACGTGGCGGAGCAGTGGGTGCGTGTGTGCGATCTGTACCCCGAG GGCCGCTACGAGGACTTCGTGCCGGCAGTCCTGGCGCCGAATGACGTCGTGTCCGCGCTG CAGGACATGAGCTACCTTGTCCCGTTCATTGCCGCTCTGTCGCTGCACCCGGTGCTGCTG CAGCGTCTCATAGTTACGAAGGAGGCCCCAGTCAACGCACCTTACACGTTCATCTTCTTC GATCCCCAGGGCAATCCCGTGTACATCGATGTCGACGACCGCGTGCCGTGCGACGACAAG TCGGAGCCGAAGTTCGCGCAGTCGCCATACAACCTATGGTACCCGCTGTTGCTGGAGAAG GCTTACGCCAAGTTCGTTGGCGGCTACGACCAGCTCGTCAACTGTACCCCTCTGGAGACG CTGCGTGACCTGACGGGTCGCCCTGTGACGCACACCCCTTTCAAACGGAAGCTGGCGGCG GCTGGCAACCTCGACAACTATACGTCCGTGGACTTCTGGCTAGGCGTGAAAGAGGGTATG GCGCGCGGTGACGTGGTCGTATGCTCGTCGAACGCTGAGGTACCGAATGGCATTCACCCC CACTGCAGCTACGCGCTCGTCGACGTTGTCATCACATTGGAGGGCTCCGTGAACCCGTCC GACGTTGTCATCAAGCTGGAGAACTCGTATTGCAAAGATGAGCCGGTCTACACCGGTCCA CTCTGCCACACGGACGTGAACTGGAGCCTGGCGCTGCAGCGCGTATGCCAGTACGACCCG GAGAGGGACGACGTGCTCTACCTGCCCCTGCCCACGTTTCTGCGCAACTTCTCGAGCATG CAGACGTGCCACACCAACTGCGGCGACCGGCTTACGGCGGAGGGCACGTGGAACAGCCGC ACAAGCGGCGGTAGCGCCATCTTCACGACCTTCCGCAATAACCCCATCTTCATCCTTCAG AACAGCAGCTCTCGTCCAGCGAGCGTTCTAGCAGAGCTTCGCCACGCGGCGCCACAGTTC GTCGATCCTGAAGGACGCAGGCACTACCCACAGTCGGGTATTGTCCTCATGGAGCCCACG TCTTCGACAGCCCCGCTGACGCCCTTGATCACAAACAGCACGGCCCGCTTCCTGCATAAG AGCATTATTCTCGACGCGCGTGAGGTGTGTTGCGTGATGGAGGTGCCTGCACGCAGCACG TGCCTTTTCATTCCCTACACAGCTAAGGCAGGCCAGCACGGCGCCTTCTACGTCTCTGTC TACCCAGGATCGGCGAAGGTCACGCTCGCCCCGCTTCACTACTGCGGACTCTCGCGAGAG CCGAGGAGCACCGCTGTGACGCTGACACCCGGCACAGAGGGTCAGCGAGTGGACTTCACG ATCAGCAGCGCTTGCGATGTGCATGTGCTGCTGCGCCAGGAGAAGATGACAGACCGAATG GGTGCGATCAAGGGCGATGCTATTGCCGAAGATGACGTGATGATGGTGGCGTTCAACGAG CAGGCAACGAAGCTCACCTCCTCCGGCGATCCGACAAACGCGCGCGAGCACTCACTTGTG TTCAGGGCGGAGAAGCCGGGCTACTATTCGCTTCTCCTTATATCGCCTAATCAACCTGTT TCTGGCGACAACCCGTGCACCGTGAGCATCTTCACCCCGAAGCAGGTAATGGTAAGGTTT GTTGCTCCTCCTGCCGGGGCACGGCAGCTGCAACACGCCCGCTTCCCGAAACTGCCACAA AAACGCGCTGCGGCCTCGGGTGGTAACAGCTCGCGTCAGCCGCGAGGGGCCTCCACGGCG TGTCAGTCGCAGCAGCGGCAGCATGATGAGAAGCTGCCGCCACTGCGCGGAAACGGTGCC AGTACCCTGAATTCCGGTCGCGTCTCGGGCGGCGACAGGTTTACTTGCAGTTTTTAA
  • Download Fasta

  • Fasta :-

    MSSPFTEVPDSNTLFKDTEFIASNQDVADQWVSIRDLYPSGVNQPLLPEVFSREQFGQGN HYECFMLSALAPLIRFPDVIRNCFVTKKVRQDGRYTFQFFRGQEWVKVEIDDTIPLEDNA VLYARSPTEHWWPLLLEKAYAKFYTAYDHLEGCTLQETFHDLTGNPVLNIPMNAKLAKAA GVNTKDGLYWLSMGECLLRGDHVLSALTTDADLESIGMQSEQQYAILGIFSLTGSSALDD IVIHLHNPFEDDEYEYSGPLNKKDSKWTAKLRQQYPVDDRYSIFIPLKLFLKSMNSIQHC FMRTIDAVSQTYSAAWEGESAGGNPTFVTWRKNPLFLVRNSGPTELKIVTMIQQEDQRRL SSPDSDTSYAQCGVVVTRFTYQQPIPTFCVTGNSHKTIFKGLFLNSREVANAITIPGHSM CYLVPSCMQKGVEARFQLSLYHFKDQDYSQLSVEPLSIPGMNWVNCATKNVELCQKEKDR VDFYVDEGTDIHILMHQTKPYVSKSGGDAMTEDYMGMYLYDDTDRKIAGVHAATNFREIS IIHRLPRSGRYAISITCPRAKGEVPAYITIVGSHASNVRIVDPPEDATMFDDEDIIDEGD DAALVDNPIDYAPVVFDVAHHDEQAESDSPFEDKRFYVDNRGATSEPWVHIGDLYPEGKT RPLLPNELSRDQFGQGDHYDCSTLTAFAALLEHHPDVIRNCFISKNPRKDGRYTFQFHRY GQWIKVEIDDRIPMVKGDTVFCRSPTHHWWPLLLEKAYAKFYMRYENLEGISQEEVFHDY TGQPCVSVSTDPAAAKVNMSYFDEVPYWKELASKLPDLCTTALASGREAEQYGLLKERYY AVLDIVSIANGERVRDMLVKMYNPYEGSPYTGPMNAKDDAWTSELQSRFRPGDDSHAFYI PATNFVTAFSAMQMGYVGGLAEPSRHFNSEWGSGTNGGDTSLISWRENPLFIFSNPTNDI VQVVAMLRQPDQRHLRHAMPNHELVYPMKGLSVAQANPSAEGIPTHLVTFDNHRLIHREE PVAVREVANVLTIPPQSVCYVAGHCNNRAVSKFLLSYWFMRGEDAEKLRIERYRPKVTQH QPAIAHVDLGNRASERVDFLIDTPTEVHALLRQEKAFESHQGGDVIAQDYVGVYLYDLQN NRIKGLPSAMNYREVSLVTHLKTPGHYVFFITCPRSNGGVPCKVEIAAQEEAHARITEAP QNAAPLSTLDMAFLDAHPESIPLSELPIDRDIPFQDDLAALERLLSDPSASAEEIQRLKD RLNERAHALAKAILTSEQPIYLTCHDLHALNPLLNDDQAYMDAERERYYLKQDPRNHYKL PAQEAKLRSIADNIADELLHVDLSFIDARPEGIPRDAIPMSSDKAFAEMTTELLRLRRRP EKNPSAIRDVEHRLGKRAAEIARAMHDAERTYLDQHPEYVPLELLPLNTDERFCADEDEL RQLLRSSSADQNTVTALQAKLNKHAHELAQQLKDGERGKLLADSYEGVPTSELPLDTDAA FHEMEVERLRRVRTGTGADAEVARLEGEMRNRARELAVSKKANERVILRGMEIPLTAGQL DALLDKDAETADMERRLRELRKNPDKNATAIKALEKEVQKRAQELADGHLAEERSKYLAA EYGGRAIGTLPLGDDAAYRDAEAAYMKMLESGHADPAALQRLMDTMNERAAGIAHDINVA DRAQYVPKALRGVPLRALPLDDDAEFRRLEHERARAACTPGHKAEVAALEAQLLARADEL ARARLAGDRAYLAPEPAGIPLELVPLDEDAEFCAKEAQRAELKESGQTDRSGIALRETEL NARAVEVAQQLKDGERGKLLADSYEGVPTSELPLDTDAAFHEMEVERLRRVRTGTGADAE VARLEGEMRNRARELAVSKKANERVILRGMEIPLTAGQLDALLDKDAETADMERRLRELR KNPDKNAAAIKALEKEVQKRAQELADGHLAEERSKYLAAEYGGRAIGTLPLGDDAAYRDA EAAYMKMLESGHADPAALQRLMDTMNERAAGIAHDINVADRAQYVPKALRGVPLRALPLD DDAEFRRLEHERARAACTPGHKAEVAALEAQLLARADELARARLAGDRAYLAPEPAGIPL ELVPLDEDAEFCAKEAQRAELKESGQTDRSGIALRETELNARAVEVAQQLKDGERGKLLA DSYEGVPTSELPLDTDAAFHEMEVERLRRVRTGTGADAEVARLEGEMRNRARELAVSKKA NERVILRGMEIPLTAGQLDALLDKDAETADMERRLRELRKNPDKNATAIKALEKEVQKRA QELADGHLAEERSKYLAAEYGGRAIGTLPLGDDAAYRDAEAAYMKMLESGHADPAALQWL MDTMNERAAGIAHDINVADRAQYVPKALRGVPLRALPLDDDAEFRRLEHERARAACTPGH KAEVAALEAQLLARADELARARLAGDRAYLAPEPAGIPLELVPLDEDAEFCAKEAQRAEL KESGQTDRSGIALRETELNARAVEVAQQLKDGERGKLLADSYEGVPTSELPLDTDAAFHE MEVERLRRVRTGTGADAEVARLEGEMRNRARELAVSKKANERVILRGMEIPLTAGQLDAL LDKDAETADMERRLRELRKNPDKNATAIKALEKEVQKRAQELADGHLAEERSKYLAAEYG GRAIGTLPLGDDAAYRDAEAAYMKMLESGHADPAALQWLMDTMNERAAGIAHDINVADRA QYVPKALRGVPLRALPLDDDAEFRRLEHERARAACTPGHKAEVAALEAQLLARADELARA RLAGDRAYLAPEPAGIPLELVPLDEDAEFCAKEAQRAELKESGQTDRSGIALRETELNAR AVEVAQQLKDGERGKLLADSYEGVPTSELPLDTDAAFHEMEVERLRLKATDTQPNGAKNG SLDAALNRRAAELARSLRVEDLSSVEGSPLGLAKEVLDLHSDSVGAALINDLRKLRKNPL GNAVVLREKGSALNDRAFEVARRLLAGDRASYLDPRPRNILLEHIPLDEDDVFHALEVER SMMKVTDPVNSVAAVRKAENMLKDRACQLAELVMKEDLAQFPSNYHGICTKDLKPHSDRL FSEAAEKRRAGMRDGTVAFKENLDQIMDNRLSELARERKEGELYFIDPNPEGVPLSELPL STDKAFNDLLQGRQELKESDPMENRKAIAGLEDEMNSRAAELARSVLNSDLDGLDKLPLG IPLDLLKPRQDAGVVRLIEELRRSKRLPQLKNNVVDLQAKLNERLHELATAALEEGRDAY LDPHPEGVPREILPLRTDAVFQKEVQRAILRLQDPVKHAGAIAHLESELKACVKELALAQ KEEDLRGLDQHPHDLPLTLLQPHEDAQFGKMIDELRWLKALEGDQHIAVKEVQSRMNDRC YAMADGVMKGDRSYLHPKPEKVPLRRLPLDTDAALHALEVERAKLKLTDPRKNEQKIADL ESQLNSRAAELARAVKTADLKPLTQTPRGIPLELLNLHEDPTFSALIAEKEQLPEGHSAD LAARLLSSMNECAMKAADKLLRGDRGYLDQDPEGLPLGHLPLDTDTAFHEMEVERALLKA RDPVKNSSTIKGLEVQLNKRAHDLSNLALAMDRGYLSPRPEGVSIEELPLFTDSKFHSME VERAKLKMSRADGNAERMHELEGCLNKRAASLARKQLEEDLKGLDQEPEGYPLNFLRLHS DAVFAAEVVSLRRAKKEPLVSAAKVRDVQEALNVRAHVLARERIAADRARLDQEPENVPL SLLALEEDALFVAMEMELRSLKASDKQNPKAIAEAEGRMNDRVHVMAAKVKAEGRDFLRS KSFDIPKELLALDADKAFVAKEKELWKQKQQPHAPHSSSAAADLRRELQARADEVGEAQL KSDRDKYLDMQPEGVDLCDIPLDTDDVYHGMEVERAILLAQDATGRRSAVEELEKELNAR AHELAHEIVVGDRGYLPEEMHGIPVEELPLDTDRKFMKLERQRRAHKRSPDMNKEVAADE EELRNHALKLADEVIAMDLESIKASYRGIAKEELNLHADVAFRELAKKRRRHRGKGRVEA AEVAVIEDEMNRRACEIADDLITAERAFLDPQPEGMYINEVPLDDDPAFQKLEQEYRRRS RDPRSAKQNGDVLRELTSAMNQRSHTLARAAFAKTRGFMEQEQEGIPLAELGLDEDPEFK EAEIARYRMNHSASPNAATVAEMELRMNERARELAWATLAADRVFLDPMPEGVLLEELPL DSDKAFGNLARERRRRKKALKGGIGEAEVRAIEEKMNARSHELAKEFLEAERAFLSREPE GVPLADLPLNADSLFRAMEDERLQLKREPLSNAAMIAAKETDLEHRAHVIAKDLLRKERV LLDQEPLGVPLEELPLNHDEILNPIERKRRELRAHPKRNHEAIRACEEQMVDRVGQIAED FVQKQRAFLDQNPEGVPLRYLPLNTDREFHERELHRRKLLQRPEKNRSELADTERKMNER VHVLAKDLVLKGRAFLHGEPCGVPIADVPLNEDEDFRKMEEQRRALKEAGRSAASVKTIE EKLNNRAEELAQRLLDDERAFMDCAPLGIPLHDLPLNTDRRMREIERTRRHLRKFDPEGG AVDIAVLETGMNARAYELADQLLSSDRDYLKPEPCGVPLADLPLHTDRIFHEKELARFRA KKKGQTDLFQMEDELNERAKELAAEFIQTERAYLDQEPEGIPLERLPLDTDPIFHNIELE RRRLKRSGENSLQVLELESLLNRRAHELSMELRGWQDPEFHAANEHVAEQWVRVCDLYPE GRYEDFVPAVLAPNDVVSALQDMSYLVPFIAALSLHPVLLQRLIVTKEAPVNAPYTFIFF DPQGNPVYIDVDDRVPCDDKSEPKFAQSPYNLWYPLLLEKAYAKFVGGYDQLVNCTPLET LRDLTGRPVTHTPFKRKLAAAGNLDNYTSVDFWLGVKEGMARGDVVVCSSNAEVPNGIHP HCSYALVDVVITLEGSVNPSDVVIKLENSYCKDEPVYTGPLCHTDVNWSLALQRVCQYDP ERDDVLYLPLPTFLRNFSSMQTCHTNCGDRLTAEGTWNSRTSGGSAIFTTFRNNPIFILQ NSSSRPASVLAELRHAAPQFVDPEGRRHYPQSGIVLMEPTSSTAPLTPLITNSTARFLHK SIILDAREVCCVMEVPARSTCLFIPYTAKAGQHGAFYVSVYPGSAKVTLAPLHYCGLSRE PRSTAVTLTPGTEGQRVDFTISSACDVHVLLRQEKMTDRMGAIKGDAIAEDDVMMVAFNE QATKLTSSGDPTNAREHSLVFRAEKPGYYSLLLISPNQPVSGDNPCTVSIFTPKQVMVRF VAPPAGARQLQHARFPKLPQKRAAASGGNSSRQPRGASTACQSQQRQHDEKLPPLRGNGA STLNSGRVSGGDRFTCSF

  • title: catalytic site
  • coordinates: C681,R838,N863
No Results
No Results
IDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethod
LmjF.27.0510503 SKPYVSKSGG0.994unspLmjF.27.0510503 SKPYVSKSGG0.994unspLmjF.27.0510503 SKPYVSKSGG0.994unspLmjF.27.0510505 SYVSKSGGDA0.996unspLmjF.27.0510629 SAESDSPFED0.993unspLmjF.27.0510800 SKVNMSYFDE0.993unspLmjF.27.0510825 STALASGREA0.997unspLmjF.27.0510944 STSLISWREN0.997unspLmjF.27.05101251 SDPSASAEEI0.993unspLmjF.27.05101539 SELAVSKKAN0.996unspLmjF.27.05101878 SELAVSKKAN0.996unspLmjF.27.05102217 SELAVSKKAN0.996unspLmjF.27.05102556 SELAVSKKAN0.996unspLmjF.27.05102903 SVEDLSSVEG0.993unspLmjF.27.05102971 SGDRASYLDP0.996unspLmjF.27.05103584 SPEGVSIEEL0.996unspLmjF.27.05103598 SSKFHSMEVE0.99unspLmjF.27.05103744 SSLKASDKQN0.995unspLmjF.27.05103888 STGRRSAVEE0.995unspLmjF.27.05103949 SAHKRSPDMN0.992unspLmjF.27.05104080 SYRRRSRDPR0.995unspLmjF.27.05104085 SRDPRSAKQN0.992unspLmjF.27.05104495 SRSAASVKTI0.993unspLmjF.27.05104585 SQLLSSDRDY0.995unspLmjF.27.05104687 SRLKRSGENS0.995unspLmjF.27.05105227 STKLTSSGDP0.993unspLmjF.27.05105349 SSGRVSGGDR0.997unspLmjF.27.0510254 YEDDEYEYSG0.992unspLmjF.27.0510361 SQRRLSSPDS0.998unsp

LmjF.27.0510      



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