- Transcript 'Haaura.CG.MTP2014.S6...'
Transcript Model
Transcript Id
Haaura.CG.MTP2014.S678.g06220.01.t
Possible name(s)
A2ML1; C3; C4B
Gene model
Location
S678 [12,104 / 24,123]
Amino acid sequence
Length: 1,006
>Haaura.CG.MTP2014.S678.g06220.01.p
MLDVQGKLSKRVLASDSITTFEFDTVSAHTLFGFCVAETQNMTIFKNLFIQVYSPYSLKR
REQAEIRASIFNYGDKTEKVKVSVKVGKDICSHFSEKEFTDLITFDIYPNTAETTSFSIL
PLRVPESGRVSVQLRAQREDGFVLDWIEKEILVEPEGMLKDDIKGTKAIDLKDDNKQAEE
FEIDLRFPEKVVDKTRKCWIYPYANYMGPIIEFDPVTKQPKNDIRKIIRMPGGCGEQTML
SVGPNVAAHSYLKAVKKMLPGTPEELGSIAKMKSGFANELKYRSTKYGVWAVFTHYEPST
WLNAYVNKVFAQAKEYYTDMDVKPICDSIKWLPSKQEADGGFHTGGKVLHQEMHGAVGTK
LSLTAYVVISLRKSTAVCPALTTATEAAINKAIAYMVKNENDGQLEQPYTLALTTYAMVI
ADPRNPMTGRLKKKLLSKLQYSPDNRLASWKGAPANAIKGTGTHAYWYIRKPLAIDVEAT
GYALLSLLSGNGQAAITQGYLDLIRKIVLWLIEQRDANGAFSTTQDTVVGLQALSEYMIW
SNSVDPLKRDVEIHLTIKGINGSLWEKTPKRIFLDKSNENYTTPIEVPLSVIENRFLKVH
AEGTGEGSLSYRCVYRTLVEEDACHFQLQVELEKVESAQAALPGSEPPFDVKLKLYISKP
VGDPAGQSIVEINLISGYEPIEATLEQMSRKFVVDGKIERYEIAKQKVILYLKDVTSKPR
RLAFLLRRKVFVNKPEPSSVTLYSYYEPTVKCTTFYALGDRIPQLRTTPCKRDANGKDIC
ECAEGGCLTCRSRAQQLEKTLCSPAMKGKCHSCTENKKCFDMTKAACESNYVYIIHVLDD
IENQNGVFVEFRGEIQLVYKMGNDVLAARNQTRKFTARTDCFQKCEDPDLKKGGKDGKKK
DFISKGRTMLVMAKAPEQFTAKSGLPESVYPLDENSYVERVFPDDKCKTAKTETENNCAD
LSKLSKGRKKKCIKHIATKQACENMRQLRRMLIKGCDSQFDERKK*
Nucleotide sequence
Length: 5,434
>Haaura.CG.MTP2014.S678.g06220.01.t
TCAGCATTCGTTAAAGAAGGTTGTGCTGAGTTAAAGTTTTATTATTATAATAAATTACCT
AGTATCTGCAGGTGAAGCGTTTAGCATGAAGAACTTAGTGTTCTTACTTACTGTTTATTT
TTGCTGCACAAGTGCCTCTGCCGCCAAAAACACGTTAATTGCGCCACAAGTGTTGCGGAT
CGGAGTACCTGAGCATGTCGTCCTTAATTTACATGATGTGAAAGGACAGGTGACTGTCAC
TGCCACTCTGAAGCTCACCGGAGTACGAAATTTTCCACAACTACCGCAAGATGCAAGCAA
GCCTATAAATATCTATGTGAAGTACGATTTACAACCCGAAGAACCGTTTGATGATAACAG
AAGAACTTATGTAGAATTGCTTGTCAGTGCCAGGAATTCCGCCGGTGTAAAAGTGTACGA
TGGATATTTGAAAATGAGATTGATTAAAGTCAGCGGATATTTACATGTTCAGACCGATCG
TCCTATATACAGGCCAGAGGAAACAGTAAATGTCCGTGTGATTGCTCTCACTCAACTCCA
GTCGCCAGAAACCCACCGTCAAGTTGAAATTGTTATTAGGATCCCGATGGATAACGTTGC
AGTAGAGAAGAAGAAGTTGCAAATGGAAGATAACAAGACTATTGAGACTTCATTTAAAAT
TCCTGAATACCCGGTTTATGGAGTCTGGTCCATAGAAGCAAGATACGAAGAAGAAGCAGT
AGCAAGATGGTCCACTATAAAATTCTCTGTGAGACCGTATGTGCTACCGACATTCAATGT
CGGTTTACAATTGGATAAGCAGTTCCTGCTTGTCAAAGACAACATGGCTGAGGAATACAT
TACAGGGAAGATAACAGCCAAATATAGTTATGGTAGGACTGTTACAGGCTCCTACTTCTT
GGCAGCTAAGCTGAAGAGGCCGCACATGGAACAGTCGGTTTTGTTTTATCAGTTTCCAGA
CAAAATGAAAGTTAAGGCATCAATCGTGAATGGTGCTCAAAATTTCCGTATAAAAGGAAC
GGAGGTACTAAAGGTACTGGAGGAAAATGAAAATTTTTACACTCTTGTTAAGGAAGGTGC
AACTATGATCGTGGAATGCTCTGTTACTGGTACTGAAGAAGGTGTAATTGAATCTGAACT
CTCTGCTCCTGTACATTTCGTAAAATCGCCCTACACCATCGATATCACACGAATGTCAAA
GTATTATTCTCCTGGAACATCGTTTGAAATTAAGGCAGATATATTGGACTCAATCTCGAA
GAAACCTCTTGCAGGCGTGGATTATATTATAACAGATACTGTTGGAACAAAAATCGTTAA
AGATATCAGATCTGATGCAAACGGTCAGATCAATGTGAAAATTAATATGCCTGCAAGTAA
AGGCAAAAAAACTTTTAAGATTCAAACACTGGATTTTGATGTACCAGATGAAAATGAAGC
AATTTCTCAGTTTGAAATTGAATCTTATGACTCTCCTTCAAACAGTATCCTACAGTTATC
TGCAGCGAAGAAAATAGCCAAAGTAGGAGACAACAACTTTGGAATTGACATTTGGTACAG
CAAGAATCCTGGATCCTTGCGATATGTTATCACGTCTCGTGGGTCAATCGCTTATACGGG
TATCCATGATCCTCTTCCAGGAAGCACACAAACGAATGTGAAGGTTAAAATCACCGCGAA
TATGGTTCCGTCATTCAGAATATTTTTTTACTATTTTACCGGAGCTAATGAAATAGTATC
AAATTCCCTTTGGGTCGATGTTACTGATGCTTGCGAAAGGGAACTGCAAGTAGAAGTTCC
AAAGCAGGTACTTCCAGGAGAGTATGTTACAATTGAGTATTCAGGGGCTCCTAATTCTAT
AATTGGGATGTCGGCTGTTGATCGTGCTGCCTATTTTTTGTATGATGAAAGTCGACTTAC
TCGAGACCGTGCATTTAAGAAGTTAAATGACTATGATACGGCATGTGTGAGAGAGGGTGG
TAGAAATGGGCAACATGTGTTTGAGGCAAGTGAATGTGAAGATTTCAACTGAGGCCTTCA
AATTGTTGGTGGTAGTTATAGCTATAAAGAAGATTTTAGTAATCGCTGCCAAACTGGTTT
ATCGGGCTTGAGGAAGAAGAGGCAAGTCGCTGTTGTTCAAGCCAAGTTAGAAAGACAAAG
CCATCAGCTGAAATGCCAATTGGATGGCTATTTAAAAACTTTAACTAATGAGACTTGTAA
AGAGCGCAGGGACTTTGTTCGCGATGAAGAGTCGTATGAATGTACAGATTGGTTTTATCA
GGCCTGCCTTCAACGTACTCGTTCTGAACGATTATCTCGGTCCTCCGCGCGTGCACTTGG
AGGTAATGCACAGGGATTTAAGGCACTTGCAAAGGCACGTTCTAATTTCGAAGAAAGCAT
ACTTTGGCAAACTGATATGCTAGATGTCCAAGGAAAACTTTCAAAACGAGTCTTAGCAAG
CGACAGCATCACAACTTTTGAATTTGATACAGTTAGCGCACATACTCTATTTGGTTTCTG
TGTTGCTGAAACTCAAAACATGACAATATTCAAGAACCTTTTCATACAAGTTTACTCTCC
TTACTCCCTGAAACGCAGAGAACAAGCAGAAATACGAGCAAGCATTTTTAACTATGGAGA
CAAAACCGAAAAAGTTAAAGTCAGTGTCAAAGTTGGCAAGGATATATGTTCCCATTTCTC
TGAAAAGGAATTTACAGATTTGATTACGTTCGACATTTACCCAAACACCGCTGAGACGAC
ATCTTTTTCAATCTTGCCGCTGCGAGTGCCAGAAAGCGGACGTGTTAGCGTACAGCTTCG
TGCCCAGAGAGAAGATGGTTTTGTGCTTGACTGGATAGAGAAAGAAATATTGGTAGAGCC
TGAGGGAATGTTGAAAGATGATATCAAAGGAACAAAAGCAATTGATCTCAAGGATGATAA
TAAACAAGCGGAGGAATTTGAAATCGATCTACGATTTCCGGAGAAAGTCGTTGATAAAAC
GAGAAAATGCTGGATCTACCCTTATGCTAACTATATGGGCCCTATCATCGAATTTGACCC
GGTCACTAAACAACCAAAGAATGATATTAGGAAGATCATTAGAATGCCAGGAGGGTGCGG
AGAACAAACCATGTTGTCTGTTGGTCCTAACGTGGCTGCCCATAGCTATCTGAAAGCTGT
TAAAAAGATGCTTCCTGGCACACCTGAAGAGCTTGGTTCAATTGCAAAAATGAAATCAGG
ATTCGCAAATGAACTCAAGTATAGATCAACCAAATATGGTGTTTGGGCTGTGTTCACCCA
TTATGAACCAAGTACATGGCTGAATGCTTATGTTAACAAAGTTTTTGCCCAAGCCAAGGA
GTATTACACAGATATGGATGTGAAACCAATATGCGATTCCATTAAATGGTTGCCTTCCAA
ACAAGAAGCAGACGGAGGCTTTCATACTGGTGGGAAAGTGCTTCACCAAGAAATGCATGG
AGCTGTAGGAACAAAGTTAAGTTTGACAGCCTATGTAGTGATTTCCTTGAGAAAATCAAC
AGCAGTCTGCCCCGCATTGACAACAGCCACCGAAGCGGCAATAAACAAGGCTATTGCTTA
TATGGTGAAGAATGAAAATGATGGACAATTGGAACAGCCCTATACACTGGCACTCACTAC
CTATGCTATGGTTATAGCTGATCCTAGAAATCCAATGACGGGAAGATTAAAAAAAAAATT
GTTGTCCAAGCTTCAGTACTCTCCAGATAATCGACTGGCTTCCTGGAAAGGTGCACCAGC
CAACGCCATTAAAGGAACTGGAACACACGCTTACTGGTATATCCGAAAACCTTTAGCAAT
TGATGTGGAAGCCACAGGTTATGCATTACTGTCCCTCCTATCTGGAAATGGCCAAGCAGC
GATTACTCAAGGGTACTTGGACCTCATCAGAAAAATAGTTCTATGGCTCATTGAGCAGAG
GGATGCGAACGGAGCATTCTCAACCACCCAGGACACTGTTGTGGGATTACAGGCTCTGTC
AGAATATATGATCTGGAGCAACAGTGTGGATCCTCTGAAGCGTGATGTAGAAATCCATCT
CACAATCAAAGGTATCAATGGTAGCTTATGGGAAAAAACACCGAAACGCATATTTCTTGA
CAAATCGAATGAAAATTACACAACACCTATTGAAGTGCCTCTGTCAGTTATTGAAAACCG
CTTTCTTAAGGTTCATGCTGAAGGCACTGGGGAAGGATCATTATCATACAGATGTGTCTA
TCGCACTCTTGTGGAAGAAGATGCTTGTCATTTTCAACTCCAGGTTGAACTTGAAAAGGT
TGAAAGTGCACAGGCAGCACTTCCTGGAAGTGAACCACCATTTGATGTCAAATTGAAGCT
CTATATTTCAAAACCAGTTGGTGATCCGGCTGGACAATCAATTGTTGAAATCAACCTTAT
TTCAGGATATGAACCTATTGAAGCAACTCTAGAACAAATGAGTCGAAAATTTGTCGTGGA
TGGAAAAATTGAAAGATATGAAATAGCCAAGCAGAAAGTCATTCTTTATTTAAAGGACGT
CACAAGTAAACCAAGAAGACTCGCATTTCTACTGCGAAGAAAGGTCTTCGTCAACAAGCC
GGAACCGTCCTCTGTCACTTTGTATAGTTACTACGAACCAACGGTGAAATGTACCACGTT
CTATGCTCTCGGAGATAGAATTCCTCAGTTGCGAACAACTCCTTGCAAGCGAGATGCGAA
TGGAAAAGATATTTGTGAGTGTGCAGAAGGAGGTTGTTTAACATGCAGATCACGTGCACA
ACAACTTGAAAAAACCCTTTGCTCGCCTGCAATGAAAGGAAAATGCCACTCATGTACAGA
GAATAAAAAATGCTTTGACATGACTAAAGCGGCTTGCGAGAGCAATTATGTTTACATAAT
CCATGTTCTTGATGATATAGAAAATCAGAATGGTGTTTTTGTTGAGTTTCGTGGAGAAAT
ACAACTGGTGTACAAGATGGGTAATGATGTACTGGCAGCACGTAACCAAACAAGGAAATT
CACAGCTAGAACGGATTGTTTCCAGAAATGTGAAGATCCTGATTTGAAAAAAGGTGGAAA
AGATGGAAAGAAAAAGGACTTCATAAGCAAAGGACGTACAATGTTAGTCATGGCCAAGGC
ACCAGAACAATTCACAGCCAAAAGTGGACTTCCAGAATCAGTTTACCCATTGGATGAAAA
TTCGTATGTGGAACGAGTCTTTCCAGATGATAAATGCAAGACGGCTAAGACTGAAACGGA
GAATAATTGTGCTGATTTGTCGAAGTTGTCCAAGGGTAGAAAAAAGAAGTGCATAAAGCA
CATTGCAACGAAACAAGCCTGTGAAAACATGAGACAACTGCGAAGAATGTTAATAAAGGG
TTGTGACAGCCAATTTGATGAAAGAAAGAAGTGA
| SMART |
Macroglobln_a2 (IPR001599) - T[1-84] 4.5E-13 |
| Pfam |
Macroglobln_a2 (IPR001599) - T[5-83] 9.0E-17 |
| Gene3D |
Ig-like_fold (IPR013783) - T[49-154] 2.8E-142 - T[731-738] 2.8E-142 |
| SUPERFAMILY |
Terpenoid_cyclase/PrenylTrfase (IPR008930) - T[223-540] 6.63E-67 |
| Pfam |
MacrogloblnA2_thiol-ester-bond (IPR019565) - T[226-252] 1.5E-9 |
| ProSitePatterns |
MacrogloblnA2_CS (IPR019742) - T[231-239] . |
| Pfam |
A2M_comp (IPR011626) - T[275-538] 8.9E-66 |
| Gene3D |
A-macroglobulin_rcpt-bd_sf (IPR036595) - T[622-730] 2.8E-142 - T[739-766] 2.8E-142 |
| SUPERFAMILY |
A-macroglobulin_rcpt-bd_sf (IPR036595) - T[625-758] 3.4E-23 |
| SMART |
A-macroglobulin_rcpt-bd (IPR009048) - T[665-756] 2.4E-22 |
| Pfam |
A-macroglobulin_rcpt-bd (IPR009048) - T[666-756] 4.4E-19 |
| SUPERFAMILY |
TIMP-like_OB-fold (IPR008993) - T[806-961] 9.81E-8 |
| ProSiteProfiles |
Netrin_domain (IPR001134) - T[810-958] 11.04 |
| SMART |
Netrin_module_non-TIMP (IPR018933) - T[823-955] 0.0058 |
| Pfam |
Netrin_module_non-TIMP (IPR018933) - T[825-952] 6.0E-8 |
| Protein Name | Identity | Bit Score | e-value |
|---|---|---|---|
| CO3_HUMAN | 26.849 % | 254 | 1.37E-69 |
| A2ML1_HUMAN | 26.343 % | 201 | 1.21E-52 |
| CO4B_HUMAN | 25.173 % | 198 | 9.3E-52 |