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  1. Transcript 'Phfumi.CG.MTP2014.S2...'

Transcript Model

Transcript Id

Phfumi.CG.MTP2014.S2.g00031.01.t

Possible name(s)

CRIM1; KCP

Location

S2 [88,978 / 107,649]

Sequences

Amino acid sequence

Length: 923

>Phfumi.CG.MTP2014.S2.g00031.01.p
CDETECPRLKCEGGLVRDVCECCYICAKQENEVCGGMYGVYGQCDMKLACVIRLDPGSHV
TGNEMGTCRPAIDSLGDAEMCKPTPYDGCSIVGHDCQCDRQVACSNPYQFQNVHLCQLTL
AKEEELDRDCQTRRCGLQPSPTCPDDSVIQEGYIPRGSCCPLPSKCVCDMDKCRALICHP
STEKVLARPGNGQPGSCCDLYECRPIADKVDCSSVNCDDNVVSAEVCPDDSDLFPASKER
RQCCQQDHVCKCRSVECQVPECPTGFTLQVLFRGDGNPGACCDVYQCSAEPLVAGCALQG
HRFESGESYELHDCRTCECKNGVSLCEPHICPRLSCTRLTKFKNECCAVCADDPNNGVAD
GGVNIPYPLCKDGEQHYAIGDTWEPDHCTSCECVEGGKKRCKSAFCQGTLDTKTLPDLCP
SLDDCTLTVDDCPFGFKRDEQHCSLCACIETQCPSFADCNINCPNGFQKDAGNCPICQCK
TVKCTGMSSCTKQCPYGFRKQKNGCDRCKCRRCPLMDKCNKRCPSGLDHDRFGCTICKCK
DTQTSDVARVGGKACQDPEANQRRDDGEVWGSGCYICMCKGGNVMCDMLKCPKPSCDEPK
LNEGDCCPTCNPDSEASSDVPPALACQVASGKWYVEDEIWDMDDNSTCTCYSANMLCTSA
WCPPTPCVNPVKVEGERCPVCKDRAATNVEDSSGTCQVGLKEYNVGESWKESNCKSCLCQ
KSLEVTCFSKTCPDKYNCNQPILRHGDCCMSCLENVDKQPASRANSSCDIGGAEYKHSEQ
WEDGCQTCTCVQGHASCHTKKCPEIPRNCQRIKHKSDSGECCDQCDSPTSGGGTYLPDKA
ESSNWQTIAIATSVSVLVVVAAALVAWWFCVKRRRPTNSKYQSKVISAPEGNGRAGHRLN
STKPLMSTSSDDAGVDARLTQHV

Nucleotide sequence

Length: 2,772

>Phfumi.CG.MTP2014.S2.g00031.01.t
TGTGACGAAACTGAATGTCCTCGACTAAAATGTGAAGGAGGTTTAGTTCGGGATGTGTGC
GAATGCTGCTACATCTGTGCGAAACAGGAAAATGAAGTCTGTGGGGGGATGTATGGCGTG
TACGGGCAGTGTGACATGAAACTTGCCTGTGTTATCCGGCTCGATCCGGGAAGCCATGTC
ACTGGCAATGAAATGGGAACATGTCGACCGGCCATTGATTCCCTTGGAGACGCTGAAATG
TGTAAGCCAACGCCGTACGACGGTTGCAGCATCGTCGGTCATGATTGTCAATGCGACAGA
CAAGTTGCTTGTTCCAATCCATACCAGTTTCAAAACGTCCATCTGTGCCAGCTAACCTTG
GCCAAGGAAGAAGAACTGGACAGAGACTGCCAGACCAGGCGCTGTGGCCTCCAGCCTTCA
CCGACATGCCCGGACGATTCTGTCATTCAGGAAGGTTACATACCTCGTGGTTCGTGTTGC
CCCTTGCCGAGCAAATGTGTATGTGACATGGACAAGTGTCGGGCATTAATTTGTCACCCG
TCAACCGAGAAAGTCCTTGCTCGGCCTGGAAATGGCCAACCTGGATCATGCTGCGATTTA
TACGAATGTCGACCGATTGCGGACAAAGTGGATTGCTCCAGCGTGAATTGTGACGACAAT
GTGGTTTCGGCAGAAGTTTGTCCCGACGACAGCGATTTATTCCCAGCCAGCAAGGAAAGG
CGCCAGTGCTGTCAACAGGATCATGTATGCAAATGTCGCTCGGTTGAATGTCAAGTACCG
GAATGTCCGACTGGTTTTACTTTACAAGTTTTGTTTCGTGGCGATGGCAACCCCGGTGCA
TGTTGTGACGTATACCAGTGCTCGGCAGAACCGTTGGTGGCCGGTTGCGCACTGCAGGGT
CACCGGTTCGAATCCGGCGAGTCGTACGAGTTGCATGACTGTCGAACATGCGAGTGCAAG
AACGGAGTGAGTTTATGCGAACCTCACATTTGCCCCAGGCTCAGTTGCACGAGACTCACC
AAGTTCAAGAACGAGTGTTGCGCGGTGTGCGCTGATGATCCCAATAACGGTGTGGCCGAT
GGTGGAGTGAATATTCCCTATCCCCTGTGCAAAGACGGCGAACAACACTACGCGATTGGT
GACACTTGGGAACCCGACCATTGCACGTCATGCGAATGTGTCGAGGGCGGCAAGAAAAGA
TGCAAATCCGCGTTTTGTCAAGGTACGTTGGACACGAAGACTTTGCCTGATCTTTGTCCG
TCATTGGATGACTGCACGCTGACGGTGGACGATTGTCCCTTCGGTTTTAAGCGGGATGAG
CAGCACTGCAGCTTATGCGCCTGCATAGAAACTCAGTGTCCGTCGTTCGCTGACTGCAAC
ATCAACTGCCCCAACGGATTTCAAAAGGACGCAGGCAATTGTCCAATCTGTCAGTGCAAA
ACTGTTAAGTGTACTGGGATGTCTTCGTGCACCAAACAGTGCCCGTACGGTTTTAGAAAA
CAGAAGAACGGCTGCGACAGATGTAAGTGCCGCCGATGCCCACTGATGGATAAATGCAAC
AAACGTTGCCCGTCTGGACTCGACCACGACAGATTCGGATGCACGATCTGCAAATGCAAA
GACACGCAAACCTCTGACGTAGCTCGTGTCGGTGGAAAAGCTTGTCAAGACCCAGAAGCG
AACCAGCGTCGGGATGACGGAGAAGTTTGGGGTTCCGGGTGTTACATTTGTATGTGCAAG
GGAGGCAACGTCATGTGCGACATGTTAAAGTGCCCAAAACCATCATGCGACGAACCCAAA
CTAAATGAGGGCGATTGTTGCCCGACCTGTAACCCAGATTCAGAAGCGAGTTCGGATGTC
CCACCAGCACTCGCCTGTCAGGTAGCAAGCGGGAAATGGTACGTGGAAGACGAAATCTGG
GATATGGATGACAACTCCACGTGCACGTGTTACAGCGCTAACATGCTCTGCACATCCGCA
TGGTGTCCCCCTACACCATGTGTGAACCCAGTAAAGGTTGAAGGAGAGAGGTGCCCCGTG
TGCAAAGATCGCGCTGCAACAAATGTTGAAGATTCCAGTGGCACATGTCAGGTTGGACTC
AAGGAGTATAACGTTGGAGAATCGTGGAAAGAGTCGAATTGCAAATCTTGCTTGTGCCAA
AAATCCCTCGAAGTGACATGTTTTTCGAAGACTTGCCCTGACAAATACAACTGCAATCAA
CCGATACTGCGCCATGGTGACTGCTGCATGTCATGTCTCGAAAACGTCGACAAGCAGCCG
GCGAGCAGGGCCAACTCTAGTTGTGACATCGGCGGTGCCGAGTACAAACACAGCGAGCAG
TGGGAAGACGGCTGTCAAACATGCACATGCGTGCAGGGCCACGCCTCGTGCCACACCAAG
AAATGCCCAGAAATTCCACGCAACTGTCAGCGGATCAAACATAAATCGGACTCGGGTGAA
TGCTGCGACCAGTGCGACTCCCCAACCTCTGGAGGTGGCACTTATCTCCCTGACAAAGCC
GAAAGTAGCAACTGGCAAACGATCGCAATTGCGACCAGTGTATCGGTTTTGGTTGTGGTC
GCAGCAGCGTTGGTGGCGTGGTGGTTTTGTGTGAAACGACGACGCCCAACGAATTCAAAG
TATCAAAGCAAGGTAATCTCCGCACCGGAGGGTAATGGAAGGGCGGGTCACCGGCTCAAC
TCGACGAAGCCGCTAATGTCCACTTCGTCGGATGACGCTGGGGTGGACGCAAGACTGACG
CAGCATGTGTGA

InterProScan

SMART
IGFBP-like (IPR000867) - T[1-70] 0.0043
SUPERFAMILY
Growth_fac_rcpt_cys_sf (IPR009030) - T[1-73] 4.24E-12
ProSiteProfiles
IGFBP-like (IPR000867) - T[1-71] 13.455
ProSiteProfiles
Antistasin-like (IPR004094) - T[1-28] 7.017 - T[419-448] 8.089 - T[453-479] 8.914 - T[484-510] 9.049 - T[513-539] 8.625
ProSiteProfiles
VWF_dom (IPR001007) - T[294-351] 10.362 - T[553-611] 10.745 - T[624-682] 8.77 - T[694-753] 10.108 - T[766-826] 11.099
SMART
VWF_dom (IPR001007) - T[296-347] 0.064 - T[296-350] 1.4E-4 - T[370-425] 1.0 - T[555-610] 1.4E-7 - T[626-681] 1.6E-4 - T[626-681] 0.078 - T[696-752] 3.8E-4 - T[768-822] 0.21 - T[768-825] 3.2E-5
Pfam
VWF_dom (IPR001007) - T[296-350] 7.5E-7 - T[560-610] 3.1E-7 - T[768-825] 3.5E-7
Pfam
Antistasin-like (IPR004094) - T[419-448] 2.1E-4 - T[453-479] 1.2E-6 - T[484-510] 1.2E-4 - T[513-539] 2.8E-4
SUPERFAMILY
Hirudin/antistatin (IPR011061) - T[482-511] 6.63E-5
ProSitePatterns
VWF_dom (IPR001007) - T[574-610] . - T[714-752] . - T[785-825] .

Best Blast Hits in UniProt
Protein Name Identity Bit Score e-value
CRIM1_HUMAN 35.886 % 476 2.16E-152