TA08655 | hypothetical protein, conserved

  • Computed_GO_Component_IDs:        

  • Computed_GO_Components:        

  • Computed_GO_Function_IDs:        

  • Computed_GO_Functions:        

  • Computed_GO_Process_IDs:        

  • Computed_GO_Processes:        

  • Curated_GO_Component_IDs:        

  • Curated_GO_Components:        

  • Curated_GO_Function_IDs:        

  • Curated_GO_Functions:        

  • Curated_GO_Processes:        

_IDPredictionOTHERSPmTPCS_Position
TA08655OTHER0.9999370.0000350.000028
No Results

  • Fasta :-

    >TA08655 MSNLTDLYMSNVSNTDSGLAQCASENVESNKKNFNSFPANDKVNYQDLSNRCLKFDNKFQ FHDSTYGSNDNKLDSGHDCLPNLEKLIHESVSRSTARLLTKNTLKYLDKGLMVKPGGGVS HQFTVVTPKHRENAESTLLKNKNNDYEEGAGNESEYQDLRLNTAKSRLSTVRLNKVTYEM YKLFNNIKHFQNNTAHNESTEFAPANNLEKENENENYLNSSSRRLSIETSSLDNLEPISN FTNAFESRLRPNGLQSLSTSYPEDSTNLTYTSLNRFEVDHNQAQLSANISNLEVKGSEET EFSDDFEASSGDDSRNYETYVSKNQFEVPVDLSAEPVKAQTLEYEEEKKDELDYTLYNSN KGKVESSKPVHESGKSGFDEFQVNGAEVPDATNKQKGFNTGYITRVYAPMDRFQSSSVKR AVVVGCNYLGNPDAQLRGCCNDAFVFAQVLVKRFNFDPKNVILLLDSRPSPAYTRNLSQF NNSLISENGFGLDLTRINKSVTERNIYPTKKVSMFGRHLVERNVKHLTLNDNICLDSVVV PTPVDMLPTRGNIFRSLKWLNFSSSPNDFSVFFFSGHSVQVDDLSGYEGEGYDEALVPSD FQHNGLVTCNDLKCIFQSIGSTCKLNVFFDASNLQTVVGGSSRSGPVKGSMMKGFWPFSE PTGKLNSFECSDSVYKDPNMMNQMTKVKYLPTVEVDSLSSLSDVQLTLDATHGMVNYLVI SSSNLKTVSIECLFKPLNLEQTYRQSKSNANVRDDEVVVHGAFTYTLLLTLLYDRPTRRG GHGVEEVVEGINRKLSQLRRLRLPKLNQTSEVLFYHSSKLPKNTLLFPSTANKSYSTKWA NSLYGFLLPADAWMVLVNHGREKAKEQQMKFERMKTDLITLTNLNNKFFNSNTARTNRDN TNNLNYNEVNENSTRLKNNKGMVKGTNSNLLEIKIKPVLSGDQKSYQPRTGRSQTNSLNS RVFTRNLGVSGRANLRSKTETVNSPPGLNYGEAMIPNWVETKHDKLMREAVQSHNWYGGC TYSIPMNPKVNNYSQATDYPTMGNHPNVKYSNDTSEYLKYQKPTNPFLYNKLQPVQLYEP ITVAMLQQLPTSKSFNVT
  • Download Fasta
  • MitoProt II - v1.101 File : /home/rajan/sadaf/4480_mitoprot/test/TA08655.fa Sequence name : TA08655 Sequence length : 1098 VALUES OF COMPUTED PARAMETERS Coef20 : 3.942 CoefTot : 0.100 ChDiff : 1 ZoneTo : 5 KR : 0 DE : 0 CleavSite : 0 HYDROPHOBIC SCALE USED GES KD GVH1 ECS H17 : 1.606 1.641 0.172 0.651 MesoH : -0.421 0.176 -0.355 0.189 MuHd_075 : 17.304 6.662 4.095 2.745 MuHd_095 : 13.716 13.801 4.202 3.757 MuHd_100 : 16.299 12.602 4.323 4.130 MuHd_105 : 19.064 9.269 4.187 3.797 Hmax_075 : 5.833 1.200 -1.074 1.800 Hmax_095 : 3.587 6.300 -1.116 2.790 Hmax_100 : 5.700 4.000 -0.817 2.750 Hmax_105 : 11.700 4.500 0.322 2.360 CLASS NOT-MITO MITO(/CHLORO) DFM : 0.9401 0.0599 DFMC : 0.9412 0.0588
  • ##### ProP v.1.0b ProPeptide Cleavage Site Prediction ##### ##### Furin-type cleavage site prediction (Arginine/Lysine residues) ##### 1098 TA08655 MSNLTDLYMSNVSNTDSGLAQCASENVESNKKNFNSFPANDKVNYQDLSNRCLKFDNKFQFHDSTYGSNDNKLDSGHDCL 80 PNLEKLIHESVSRSTARLLTKNTLKYLDKGLMVKPGGGVSHQFTVVTPKHRENAESTLLKNKNNDYEEGAGNESEYQDLR 160 LNTAKSRLSTVRLNKVTYEMYKLFNNIKHFQNNTAHNESTEFAPANNLEKENENENYLNSSSRRLSIETSSLDNLEPISN 240 FTNAFESRLRPNGLQSLSTSYPEDSTNLTYTSLNRFEVDHNQAQLSANISNLEVKGSEETEFSDDFEASSGDDSRNYETY 320 VSKNQFEVPVDLSAEPVKAQTLEYEEEKKDELDYTLYNSNKGKVESSKPVHESGKSGFDEFQVNGAEVPDATNKQKGFNT 400 GYITRVYAPMDRFQSSSVKRAVVVGCNYLGNPDAQLRGCCNDAFVFAQVLVKRFNFDPKNVILLLDSRPSPAYTRNLSQF 480 NNSLISENGFGLDLTRINKSVTERNIYPTKKVSMFGRHLVERNVKHLTLNDNICLDSVVVPTPVDMLPTRGNIFRSLKWL 560 NFSSSPNDFSVFFFSGHSVQVDDLSGYEGEGYDEALVPSDFQHNGLVTCNDLKCIFQSIGSTCKLNVFFDASNLQTVVGG 640 SSRSGPVKGSMMKGFWPFSEPTGKLNSFECSDSVYKDPNMMNQMTKVKYLPTVEVDSLSSLSDVQLTLDATHGMVNYLVI 720 SSSNLKTVSIECLFKPLNLEQTYRQSKSNANVRDDEVVVHGAFTYTLLLTLLYDRPTRRGGHGVEEVVEGINRKLSQLRR 800 LRLPKLNQTSEVLFYHSSKLPKNTLLFPSTANKSYSTKWANSLYGFLLPADAWMVLVNHGREKAKEQQMKFERMKTDLIT 880 LTNLNNKFFNSNTARTNRDNTNNLNYNEVNENSTRLKNNKGMVKGTNSNLLEIKIKPVLSGDQKSYQPRTGRSQTNSLNS 960 RVFTRNLGVSGRANLRSKTETVNSPPGLNYGEAMIPNWVETKHDKLMREAVQSHNWYGGCTYSIPMNPKVNNYSQATDYP 1040 TMGNHPNVKYSNDTSEYLKYQKPTNPFLYNKLQPVQLYEPITVAMLQQLPTSKSFNVT 1120 ................................................................................ 80 ................................................................................ 160 ................................................................................ 240 ................................................................................ 320 ................................................................................ 400 ................................................................................ 480 ................................................................................ 560 ................................................................................ 640 ................................................................................ 720 ................................................................................ 800 ................................................................................ 880 ................................................................................ 960 ................................................................................ 1040 .......................................................... 1120 Propeptide cleavage sites predicted: Arg(R)/Lys(K): 0 Name Pos Context Score Pred ____________________________v_________________ TA08655 31 ENVESNK|KN 0.070 . TA08655 32 NVESNKK|NF 0.067 . TA08655 42 SFPANDK|VN 0.059 . TA08655 51 YQDLSNR|CL 0.072 . TA08655 54 LSNRCLK|FD 0.180 . TA08655 58 CLKFDNK|FQ 0.060 . TA08655 72 YGSNDNK|LD 0.065 . TA08655 85 CLPNLEK|LI 0.064 . TA08655 93 IHESVSR|ST 0.112 . TA08655 97 VSRSTAR|LL 0.105 . TA08655 101 TARLLTK|NT 0.074 . TA08655 105 LTKNTLK|YL 0.084 . TA08655 109 TLKYLDK|GL 0.078 . TA08655 114 DKGLMVK|PG 0.070 . TA08655 129 FTVVTPK|HR 0.076 . TA08655 131 VVTPKHR|EN 0.076 . TA08655 140 AESTLLK|NK 0.063 . TA08655 142 STLLKNK|NN 0.068 . TA08655 160 SEYQDLR|LN 0.075 . TA08655 165 LRLNTAK|SR 0.074 . TA08655 167 LNTAKSR|LS 0.083 . TA08655 172 SRLSTVR|LN 0.091 . TA08655 175 STVRLNK|VT 0.112 . TA08655 182 VTYEMYK|LF 0.061 . TA08655 188 KLFNNIK|HF 0.062 . TA08655 210 PANNLEK|EN 0.064 . TA08655 223 YLNSSSR|RL 0.119 . TA08655 224 LNSSSRR|LS 0.141 . TA08655 248 TNAFESR|LR 0.107 . TA08655 250 AFESRLR|PN 0.076 . TA08655 275 TYTSLNR|FE 0.081 . TA08655 295 ISNLEVK|GS 0.085 . TA08655 315 SSGDDSR|NY 0.101 . TA08655 323 YETYVSK|NQ 0.062 . TA08655 338 LSAEPVK|AQ 0.065 . TA08655 348 LEYEEEK|KD 0.058 . TA08655 349 EYEEEKK|DE 0.081 . TA08655 361 TLYNSNK|GK 0.065 . TA08655 363 YNSNKGK|VE 0.085 . TA08655 368 GKVESSK|PV 0.106 . TA08655 375 PVHESGK|SG 0.091 . TA08655 394 VPDATNK|QK 0.066 . TA08655 396 DATNKQK|GF 0.077 . TA08655 405 NTGYITR|VY 0.075 . TA08655 412 VYAPMDR|FQ 0.088 . TA08655 419 FQSSSVK|RA 0.072 . TA08655 420 QSSSVKR|AV 0.459 . TA08655 437 NPDAQLR|GC 0.084 . TA08655 452 FAQVLVK|RF 0.057 . TA08655 453 AQVLVKR|FN 0.185 . TA08655 459 RFNFDPK|NV 0.087 . TA08655 468 ILLLDSR|PS 0.069 . TA08655 475 PSPAYTR|NL 0.096 . TA08655 496 FGLDLTR|IN 0.069 . TA08655 499 DLTRINK|SV 0.174 . TA08655 504 NKSVTER|NI 0.116 . TA08655 510 RNIYPTK|KV 0.094 . TA08655 511 NIYPTKK|VS 0.106 . TA08655 517 KVSMFGR|HL 0.112 . TA08655 522 GRHLVER|NV 0.155 . TA08655 525 LVERNVK|HL 0.100 . TA08655 550 VDMLPTR|GN 0.074 . TA08655 555 TRGNIFR|SL 0.203 . TA08655 558 NIFRSLK|WL 0.096 . TA08655 613 VTCNDLK|CI 0.069 . TA08655 624 SIGSTCK|LN 0.055 . TA08655 643 VVGGSSR|SG 0.112 . TA08655 648 SRSGPVK|GS 0.108 . TA08655 653 VKGSMMK|GF 0.064 . TA08655 664 FSEPTGK|LN 0.062 . TA08655 676 CSDSVYK|DP 0.065 . TA08655 686 MMNQMTK|VK 0.061 . TA08655 688 NQMTKVK|YL 0.082 . TA08655 726 ISSSNLK|TV 0.077 . TA08655 735 SIECLFK|PL 0.062 . TA08655 744 NLEQTYR|QS 0.078 . TA08655 747 QTYRQSK|SN 0.207 . TA08655 753 KSNANVR|DD 0.169 . TA08655 775 LTLLYDR|PT 0.085 . TA08655 778 LYDRPTR|RG 0.205 . TA08655 779 YDRPTRR|GG 0.220 . TA08655 793 VVEGINR|KL 0.082 . TA08655 794 VEGINRK|LS 0.063 . TA08655 799 RKLSQLR|RL 0.069 . TA08655 800 KLSQLRR|LR 0.154 . TA08655 802 SQLRRLR|LP 0.140 . TA08655 805 RRLRLPK|LN 0.158 . TA08655 819 LFYHSSK|LP 0.059 . TA08655 822 HSSKLPK|NT 0.072 . TA08655 833 FPSTANK|SY 0.108 . TA08655 838 NKSYSTK|WA 0.082 . TA08655 861 VLVNHGR|EK 0.103 . TA08655 863 VNHGREK|AK 0.085 . TA08655 865 HGREKAK|EQ 0.077 . TA08655 870 AKEQQMK|FE 0.079 . TA08655 873 QQMKFER|MK 0.104 . TA08655 875 MKFERMK|TD 0.065 . TA08655 887 LTNLNNK|FF 0.063 . TA08655 895 FNSNTAR|TN 0.129 . TA08655 898 NTARTNR|DN 0.386 . TA08655 915 VNENSTR|LK 0.084 . TA08655 917 ENSTRLK|NN 0.073 . TA08655 920 TRLKNNK|GM 0.082 . TA08655 924 NNKGMVK|GT 0.069 . TA08655 934 SNLLEIK|IK 0.056 . TA08655 936 LLEIKIK|PV 0.082 . TA08655 944 VLSGDQK|SY 0.079 . TA08655 949 QKSYQPR|TG 0.132 . TA08655 952 YQPRTGR|SQ 0.388 . TA08655 961 TNSLNSR|VF 0.101 . TA08655 965 NSRVFTR|NL 0.164 . TA08655 972 NLGVSGR|AN 0.093 . TA08655 976 SGRANLR|SK 0.115 . TA08655 978 RANLRSK|TE 0.060 . TA08655 1002 PNWVETK|HD 0.061 . TA08655 1005 VETKHDK|LM 0.064 . TA08655 1008 KHDKLMR|EA 0.129 . TA08655 1029 SIPMNPK|VN 0.065 . TA08655 1049 GNHPNVK|YS 0.068 . TA08655 1059 DTSEYLK|YQ 0.065 . TA08655 1062 EYLKYQK|PT 0.060 . TA08655 1071 NPFLYNK|LQ 0.059 . TA08655 1093 QQLPTSK|SF 0.071 . ____________________________^_________________

  • Fasta :-

    >TA08655 ATGTCTAACCTTACGGATCTGTATATGAGTAATGTGTCGAACACTGACTCTGGTTTGGCT CAATGTGCATCTGAAAACGTCGAATCTAACAAAAAAAACTTTAATTCATTTCCAGCAAAT GATAAAGTTAATTATCAAGATTTATCGAATAGATGCTTAAAATTTGATAATAAATTTCAA TTTCACGATAGTACATACGGGTCCAATGATAACAAGTTAGACTCAGGTCATGATTGTCTT CCAAACTTGGAAAAATTAATTCATGAAAGTGTTTCAAGGTCAACAGCTAGGCTTTTGACC AAAAATACACTGAAATATTTGGATAAAGGTTTGATGGTAAAACCCGGAGGTGGTGTGTCA CATCAGTTCACAGTCGTAACGCCTAAACACAGAGAAAATGCCGAATCAACATTATTAAAG AATAAAAACAATGATTATGAAGAAGGGGCTGGAAATGAGTCAGAATACCAAGACCTAAGA CTAAATACAGCCAAATCAAGGCTTTCAACGGTTAGACTAAATAAGGTAACCTATGAGATG TACAAGCTTTTTAACAATATAAAACACTTTCAAAATAATACAGCTCACAATGAAAGTACA GAATTTGCTCCAGCTAATAATTTAGAAAAGGAAAATGAAAATGAAAATTACCTGAACTCG AGTTCAAGGAGATTGAGCATAGAGACCTCATCATTGGATAATTTAGAACCGATATCTAAT TTTACAAATGCATTCGAGTCAAGGCTTAGACCAAATGGGTTACAATCTCTCAGTACTTCA TATCCTGAAGATTCAACAAATTTAACCTATACTAGTTTAAACAGGTTTGAGGTGGACCAT AATCAAGCTCAGTTGTCTGCCAATATAAGTAACCTGGAAGTTAAAGGGTCTGAAGAAACT GAATTCTCTGATGATTTTGAAGCTTCATCTGGGGATGACTCTCGAAATTATGAAACTTAT GTATCTAAAAATCAATTTGAAGTACCAGTTGACCTGAGTGCAGAACCAGTTAAGGCACAA ACTCTTGAGTATGAAGAGGAAAAAAAAGATGAACTCGATTATACACTATACAACTCAAAT AAAGGGAAAGTTGAAAGTTCGAAACCAGTTCATGAATCAGGAAAGAGTGGGTTTGATGAG TTTCAGGTTAATGGAGCTGAAGTCCCTGACGCTACTAATAAACAAAAAGGGTTCAACACC GGGTATATTACAAGAGTTTATGCTCCAATGGATAGGTTTCAATCATCGTCAGTGAAAAGA GCAGTGGTGGTTGGATGCAACTATTTAGGGAACCCAGACGCACAGCTGAGAGGCTGCTGC AATGACGCATTTGTGTTTGCACAGGTGCTGGTAAAAAGGTTCAACTTTGATCCTAAAAAT GTTATTTTATTGCTAGACTCAAGACCTAGCCCAGCATATACAAGGAACTTATCGCAATTC AATAATTCTTTAATTTCAGAAAACGGTTTTGGTTTAGATTTAACCAGAATTAATAAGAGT GTGACGGAGCGGAACATATACCCAACAAAGAAAGTCTCAATGTTTGGAAGGCATTTAGTG GAGAGAAACGTCAAACACTTGACACTAAACGACAATATTTGTCTGGATTCAGTAGTTGTT CCAACGCCTGTGGATATGTTACCAACCAGAGGAAATATATTCAGATCACTGAAATGGCTT AATTTTTCAAGCAGTCCAAACGATTTCTCAGTTTTTTTCTTCTCTGGACACTCAGTACAG GTTGATGATTTGTCAGGATATGAAGGAGAGGGATATGACGAGGCATTGGTTCCATCAGAT TTCCAACACAACGGACTAGTAACATGTAATGACCTAAAGTGTATTTTCCAATCAATTGGA TCAACATGTAAATTAAACGTGTTCTTTGACGCTTCAAACCTACAAACAGTTGTTGGAGGA TCAAGCAGGTCAGGACCAGTGAAGGGCAGTATGATGAAGGGGTTCTGGCCATTTTCAGAA CCAACAGGAAAACTAAATTCATTTGAATGTTCAGATTCAGTGTATAAAGATCCAAACATG ATGAACCAAATGACGAAAGTAAAGTATCTTCCCACAGTTGAAGTTGATAGTCTGAGCAGT TTATCTGATGTTCAACTTACCCTTGACGCTACACACGGGATGGTTAACTATTTGGTTATT TCATCAAGTAACTTGAAAACTGTATCAATAGAATGCCTTTTCAAGCCATTAAACTTGGAA CAAACTTATCGCCAATCTAAATCTAACGCCAATGTTAGGGATGATGAAGTTGTGGTTCAC GGAGCTTTCACTTACACACTCCTGCTCACCCTTTTATACGACAGGCCGACCAGACGAGGA GGGCATGGAGTTGAGGAAGTTGTGGAAGGCATTAACCGGAAACTTTCTCAGCTAAGGAGA CTTAGACTCCCAAAACTAAATCAAACATCAGAAGTTCTGTTCTACCATTCATCCAAACTC CCTAAAAACACACTACTCTTCCCTTCAACTGCAAACAAATCTTATTCTACCAAATGGGCA AATAGTCTTTACGGATTCTTGTTACCTGCTGATGCCTGGATGGTGTTAGTAAACCATGGA CGAGAAAAGGCCAAGGAGCAACAAATGAAATTCGAGCGGATGAAAACTGACCTAATTACA CTCACAAATCTCAACAATAAGTTCTTCAACTCAAATACTGCAAGAACCAATCGAGACAAC ACAAATAATTTGAATTACAATGAAGTTAATGAGAATAGTACAAGACTGAAAAACAATAAA GGTATGGTAAAAGGTACGAATAGTAATTTGCTTGAAATTAAAATTAAGCCAGTATTGTCT GGAGACCAAAAATCGTACCAGCCTAGAACTGGAAGAAGCCAAACCAATAGCTTGAATTCT CGTGTTTTCACAAGAAACTTAGGCGTTTCTGGAAGGGCTAATTTAAGGAGTAAAACTGAA ACAGTTAATTCTCCACCAGGTTTAAATTACGGAGAAGCAATGATACCAAATTGGGTTGAA ACGAAACATGATAAACTAATGAGGGAAGCAGTTCAAAGCCATAATTGGTACGGAGGGTGC ACCTATTCCATACCAATGAATCCTAAAGTTAACAATTACAGTCAAGCTACAGATTACCCA ACCATGGGTAATCATCCAAATGTAAAATATTCAAATGATACAAGTGAGTATTTAAAGTAT CAAAAACCAACAAATCCATTCTTGTACAATAAACTACAACCAGTTCAGCTGTATGAACCC ATCACTGTTGCAATGCTTCAGCAACTACCTACGAGTAAATCATTTAATGTAACATAA
  • Download Fasta

  • Fasta :-

    MSNLTDLYMSNVSNTDSGLAQCASENVESNKKNFNSFPANDKVNYQDLSNRCLKFDNKFQ FHDSTYGSNDNKLDSGHDCLPNLEKLIHESVSRSTARLLTKNTLKYLDKGLMVKPGGGVS HQFTVVTPKHRENAESTLLKNKNNDYEEGAGNESEYQDLRLNTAKSRLSTVRLNKVTYEM YKLFNNIKHFQNNTAHNESTEFAPANNLEKENENENYLNSSSRRLSIETSSLDNLEPISN FTNAFESRLRPNGLQSLSTSYPEDSTNLTYTSLNRFEVDHNQAQLSANISNLEVKGSEET EFSDDFEASSGDDSRNYETYVSKNQFEVPVDLSAEPVKAQTLEYEEEKKDELDYTLYNSN KGKVESSKPVHESGKSGFDEFQVNGAEVPDATNKQKGFNTGYITRVYAPMDRFQSSSVKR AVVVGCNYLGNPDAQLRGCCNDAFVFAQVLVKRFNFDPKNVILLLDSRPSPAYTRNLSQF NNSLISENGFGLDLTRINKSVTERNIYPTKKVSMFGRHLVERNVKHLTLNDNICLDSVVV PTPVDMLPTRGNIFRSLKWLNFSSSPNDFSVFFFSGHSVQVDDLSGYEGEGYDEALVPSD FQHNGLVTCNDLKCIFQSIGSTCKLNVFFDASNLQTVVGGSSRSGPVKGSMMKGFWPFSE PTGKLNSFECSDSVYKDPNMMNQMTKVKYLPTVEVDSLSSLSDVQLTLDATHGMVNYLVI SSSNLKTVSIECLFKPLNLEQTYRQSKSNANVRDDEVVVHGAFTYTLLLTLLYDRPTRRG GHGVEEVVEGINRKLSQLRRLRLPKLNQTSEVLFYHSSKLPKNTLLFPSTANKSYSTKWA NSLYGFLLPADAWMVLVNHGREKAKEQQMKFERMKTDLITLTNLNNKFFNSNTARTNRDN TNNLNYNEVNENSTRLKNNKGMVKGTNSNLLEIKIKPVLSGDQKSYQPRTGRSQTNSLNS RVFTRNLGVSGRANLRSKTETVNSPPGLNYGEAMIPNWVETKHDKLMREAVQSHNWYGGC TYSIPMNPKVNNYSQATDYPTMGNHPNVKYSNDTSEYLKYQKPTNPFLYNKLQPVQLYEP ITVAMLQQLPTSKSFNVT

    No Results
    No Results
No Results
No Results
IDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethod
TA08655199 SAHNESTEFA0.991unspTA08655199 SAHNESTEFA0.991unspTA08655199 SAHNESTEFA0.991unspTA08655226 SSRRLSIETS0.997unspTA08655310 SFEASSGDDS0.996unspTA08655417 SFQSSSVKRA0.995unspTA08655470 SDSRPSPAYT0.994unspTA08655565 SNFSSSPNDF0.99unspTA08655585 SVDDLSGYEG0.993unspTA0865575 SNKLDSGHDC0.992unspTA08655169 SKSRLSTVRL0.991unsp

TA08655      



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