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TRANSCRIPT CARD

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  1. EST 'BW411081' > 
  2. Transcript 'Harore.CG.MTP2014.S1...'

Transcript Model

Transcript Id

Harore.CG.MTP2014.S118.g00732.01.t

Possible name(s)

ANXA4; ANXA5; ANXA7

Gene model

Harore.CG.MTP2014.S118.g00732

Location

S118 [86,032 / 101,805]

Sequences

Amino acid sequence

Length: 1,210

>Harore.CG.MTP2014.S118.g00732.01.p
MASRTTRPSAYRKSYGADRKIRSSSPIQLTPEMRKRRDEEKEKMKKCNNRLVNYIEKVHD
IETANKILAAENNALRKSGKAPQQDIAALYDDEMEKLRKRSEKQQVENKKLEVERDNVGY
DLEECQDKLEQEKEDRKQMEKEVKDLRKDVDDATIERVNLEGKLENLQEILQLERQAHAI
ELENLRSQVQPVHAQLVENEPSIMPDITDAIQSVRQQYEAFNTKNVESLDAYYKEKVENL
NRQLKVIKENNKELCAENGDQRKTINQLELELEALRCKTDNLERQIADLEELLAKQSLDS
QEKIHDVCKELDDAKQDIGKYMKDYQELGNLKLSLEQEIAIYHKLLQGEEGRVIDVEVAD
PKHVVRTPKRGRKASGPSPREGSRSRSRSRSRSGSRSSSHSASDKEDNVADGKKEKEEEK
VQISSAKEPSKTFLSNPISKPQHEPSTLSDSLTLPQSDHTKPDSFLISDQPLEEKNDLDS
SASVTIMKSKDDTPADNDIKTTEIRAPIAELAQKIDGVIAEKNNDYSKKSSQRSSASSEN
DDDRIVKSSDPIEPLILDTERKRDSAKVEGKDKKGEQSSSHKLSASDDTPIKTCDVLPAT
PGPETISDEGKPDTSASEEKKSRTSSESSEDEISSNENGEESSAKDALISYLEVDCITEK
SDKPIETSKIEKVTVIPLYPSKQMDEASEQDAVAKISDKNAPQSEEKKIIDAHIKPVNSS
TPPKVTQEDLNGSSDSESDTEQKEDESLLAKVNAAISEVNDHKIKSLASPDDDVQGKLAT
GTQVHIDPPVKLDFEQPIVAPIMADAIVNKPSVTKQDMSETQQNPASISEVKTPPPSPTT
SEKSNSSLSSSPNSIPSSPRSKKTSPKSKRKEYLHVTKQGIVSVTWKVKGGTVRPVQPFN
CFDDAERLRKALHGAGTDEKVISSILAKRTKAQRMEIAAVYKDKYEVDLIQDLKDELSGN
FKNVVLHLMWKRSVTDAHALRKAMEGFLTDDAVLIEILCTQTSREIFEIKDEYAREFPGR
DLETDIAKETSGAFKNFLLAVLKAERAADSGTVVANKADEDAEELYNMKVKDWNPSNPKF
LEIFTKRSFEHLWFLFNQSWPKVCKDDLLETIDKECKGDMKKGLKTLIRFSVFIPPVYFA
VQLQDAMKGFGTEDSQMIYIITARSEIDLIDIKEEFQAKYNVSLGERIKKETSGDYERIL
LKIIDEDEDD

Nucleotide sequence

Length: 4,495

>Harore.CG.MTP2014.S118.g00732.01.t
GAATAGTGGTTAGAATAGAATAGTGGTATTATAATTTTGTAGTGGTAGTGTTGCATGACT
TCATATCAGGTATTAACCAAGTCTTTCAAGGATATTCCGTAATTTTGGCTCCGATTCATG
CGCACTGACATAGCTCATCGAATTATCATTAATTTCATGCCTACTACCGTCTTCGTTTTC
ATCTGCCATAGCCTTTCTCACTGAATTTCCTGTTTGTTTTCTGTCGTCAGTGCACCGCAT
GAGAGTCTCTCCTCTCTCTTTTTCGAACCGGCGCTCTAGTAGGCGCGACTTATATATATA
TTGTCCCTTCGATCTTCTTTTACCCAATTCGTCAGGTACAGGACTGAAAGGAACAAAGCG
TGAGATTTATTCACTGGCATTTGCAGTAAAGTAAAGACAGAAATGGCATCTCGTACCACA
CGACCGTCAGCATACCGAAAGAGTTATGGAGCCGACAGGAAGATTCGATCCTCATCTCCG
ATTCAGCTCACACCAGAGATGCGGAAAAGAAGAGATGAAGAAAAAGAGAAGATGAAAAAG
TGCAACAACAGACTTGTGAACTACATTGAAAAAGTTCATGACATAGAGACAGCCAATAAG
ATACTGGCGGCAGAGAATAATGCTCTGAGGAAATCTGGAAAGGCCCCCCAGCAGGATATT
GCAGCACTATATGATGATGAGATGGAGAAACTAAGAAAAAGAAGTGAAAAGCAGCAAGTT
GAAAATAAGAAATTGGAAGTCGAAAGAGATAATGTTGGATACGATCTAGAGGAATGCCAG
GATAAACTTGAGCAGGAAAAAGAAGATAGAAAGCAAATGGAAAAGGAAGTCAAGGACTTG
CGTAAGGATGTTGATGATGCTACCATCGAAAGAGTAAACCTTGAAGGAAAGCTCGAGAAT
CTTCAAGAAATTCTACAACTTGAAAGACAAGCTCATGCTATTGAACTAGAGAACCTTCGC
AGTCAAGTGCAACCTGTCCATGCCCAGCTTGTTGAAAATGAGCCATCTATCATGCCAGAT
ATTACTGATGCCATTCAGAGCGTAAGACAACAGTACGAGGCATTCAATACAAAGAATGTT
GAATCTTTGGATGCTTATTACAAGGAGAAGGTTGAAAATCTGAACAGGCAACTCAAGGTA
ATCAAGGAGAACAATAAGGAACTGTGTGCGGAAAATGGAGATCAGAGGAAGACAATCAAT
CAACTCGAGTTGGAACTAGAAGCTTTGCGATGCAAGACTGACAACTTGGAAAGACAAATA
GCTGATCTGGAAGAATTGCTAGCCAAGCAATCACTGGATTCACAGGAGAAAATCCACGAT
GTTTGCAAGGAGCTGGATGATGCAAAACAGGATATTGGAAAATATATGAAGGACTATCAA
GAACTAGGAAACTTGAAACTGAGTTTGGAACAAGAAATTGCTATTTACCACAAACTGTTG
CAAGGGGAAGAAGGCAGGGTCATTGACGTTGAGGTAGCTGATCCAAAGCATGTTGTTCGC
ACTCCGAAACGAGGCCGCAAGGCTTCCGGTCCATCACCTAGAGAGGGATCTCGTTCTCGC
TCACGTTCTCGTTCTCGTTCCGGTTCTCGCTCAAGCTCCCATTCTGCCAGTGATAAAGAG
GATAATGTGGCGGACGGTAAGAAAGAGAAAGAAGAGGAAAAGGTTCAAATATCTTCTGCT
AAAGAGCCTTCGAAAACCTTTTTGTCCAATCCCATATCCAAACCACAGCATGAACCTTCC
ACCCTATCTGATTCACTAACCTTGCCCCAGTCCGACCACACAAAACCCGACTCTTTTCTT
ATCTCTGATCAACCACTCGAAGAAAAAAATGATCTTGACTCCTCTGCTTCAGTAACAATT
ATGAAATCAAAAGATGACACTCCAGCAGATAATGATATTAAAACAACAGAGATTCGAGCT
CCCATTGCTGAACTCGCACAAAAAATCGATGGAGTTATTGCTGAAAAAAACAACGACTAT
TCGAAAAAAAGTTCCCAAAGATCGAGTGCTAGTTCTGAAAATGATGATGATAGAATAGTT
AAATCGTCTGACCCCATTGAACCTTTGATCCTTGACACTGAACGAAAACGTGATAGTGCA
AAAGTGGAAGGTAAAGATAAGAAAGGAGAACAAAGCAGTTCACACAAATTGAGTGCTAGT
GATGATACTCCTATTAAAACATGTGACGTTCTACCTGCTACCCCTGGACCCGAGACCATA
AGCGATGAAGGTAAACCAGACACATCTGCGTCAGAGGAAAAAAAGTCCAGGACATCTTCA
GAGTCTTCGGAAGATGAGATTTCTTCAAATGAAAATGGGGAAGAGTCCAGTGCGAAAGAT
GCGTTGATAAGTTACTTGGAAGTGGATTGTATTACAGAAAAATCAGACAAGCCTATTGAA
ACGTCAAAAATAGAAAAAGTAACAGTGATTCCACTATATCCAAGCAAACAGATGGATGAA
GCCTCTGAGCAAGATGCTGTGGCCAAAATTTCCGATAAAAATGCTCCGCAGTCCGAAGAG
AAAAAAATTATTGACGCCCATATCAAACCGGTAAACTCCAGCACACCACCCAAAGTCACC
CAAGAAGATCTGAATGGGAGTTCAGATTCTGAGTCTGATACTGAACAGAAAGAAGATGAA
TCACTGCTTGCAAAGGTAAATGCAGCCATAAGTGAAGTTAATGACCATAAAATAAAATCA
CTCGCGTCACCTGACGATGATGTCCAGGGAAAATTAGCAACCGGCACCCAAGTCCATATT
GATCCTCCAGTGAAGCTGGATTTTGAACAACCTATAGTAGCTCCGATTATGGCAGATGCC
ATTGTAAACAAACCATCAGTCACTAAGCAAGACATGAGCGAAACTCAACAGAACCCCGCA
TCTATATCAGAAGTAAAAACTCCTCCACCTTCCCCCACAACATCCGAAAAGTCCAATTCT
TCTTTGAGTTCCTCCCCAAACTCCATACCCTCATCCCCGAGATCGAAAAAAACATCTCCT
AAATCGAAAAGAAAGGAATATCTACATGTTACCAAGCAGGGCATTGTTTCCGTTACTTGG
AAAGTAAAGGGTGGTACTGTACGTCCTGTTCAACCTTTCAACTGTTTTGACGATGCTGAA
AGACTTCGAAAAGCATTGCATGGCGCTGGCACCGATGAGAAGGTCATATCGAGTATATTG
GCCAAACGCACCAAGGCACAAAGGATGGAGATTGCTGCAGTCTACAAAGACAAGTACGAA
GTGGATCTAATTCAAGACTTGAAGGATGAACTAAGTGGTAATTTCAAGAATGTAGTCCTT
CACTTGATGTGGAAGCGAAGTGTGACTGACGCACATGCACTGCGAAAAGCAATGGAAGGT
TTCTTAACAGACGATGCTGTACTGATCGAAATTCTCTGCACGCAAACGAGTCGTGAAATC
TTTGAGATAAAAGATGAATATGCAAGAGAATTCCCTGGCAGAGATTTAGAAACTGATATT
GCTAAAGAAACAAGTGGTGCATTCAAGAATTTCCTGTTGGCTGTTCTCAAGGCGGAAAGA
GCAGCTGATAGCGGAACTGTAGTTGCTAACAAGGCTGATGAAGATGCTGAGGAGCTGTAT
AACATGAAAGTGAAGGATTGGAACCCTTCCAATCCAAAGTTCCTTGAGATCTTTACAAAG
AGAAGCTTCGAACATCTGTGGTTCCTGTTTAATCAAAGCTGGCCGAAAGTGTGCAAGGAT
GATCTGTTGGAGACCATCGATAAGGAGTGCAAGGGAGATATGAAAAAGGGACTCAAAACA
TTAATTCGTTTCTCTGTGTTCATTCCACCTGTCTACTTTGCTGTCCAGCTCCAAGATGCA
ATGAAGGGCTTCGGAACAGAAGACAGTCAGATGATTTACATAATCACTGCAAGAAGTGAA
ATAGATCTCATTGATATCAAGGAGGAATTCCAAGCAAAATACAACGTTTCCCTTGGAGAG
AGGATCAAGAAAGAGACAAGCGGTGACTATGAGCGGATTCTGCTGAAGATCATAGATGAG
GATGAAGATGATTAGAAATATATATTCGATCACTATAAAAGTATTGTAATTATGTAACAT
CATATTCTTTACTAACCGTGGTATATTCCATCCATATTATCTAATAACTTTACTATGCAC
ATATCTTGCATTATTCTTTGTACACCCTACACCTGTGTTCTTCAACCACCTACATTCTTT
ATAGTAATAACCACTGTTTGGTAATGTTCCACTAATGATACAGTAAATTCAGGTACAATA
TTTACAGCGGACAATATTCATATCTAACTTACCTAGCTTTTAAAACATATCTTGCCGCTT
TTTCTACATTGTAAAAACAGAGATGTCCTAATATTCTTGCTGGTAGAATAATGATTGCTG
TCACGTCCATCACGTGACTTGCGCTCAGCCATCAGCCGTCGTAGCCAGCTTGAAAGGGAA
AGGAATGTTTAGGCTTAAAAAAAACTGAATAAAAAAGCAACAGGGGCCCGATGCT

InterProScan

SMART
IF (IPR001664) - T[39-352] 2.5E-69
Pfam
IF (IPR001664) - T[39-352] 4.3E-64
Gene3D
Annexin_sf (IPR037104) - T[898-969] 5.7E-24 - T[972-1045] 8.7E-22 - T[1048-1131] 4.1E-12 - T[1135-1209] 3.7E-23
Pfam
Annexin_repeat (IPR018502) - T[904-968] 2.1E-20 - T[976-1041] 3.4E-17 - T[1061-1127] 1.8E-6 - T[1138-1203] 5.1E-21
PRINTS
Annexin (IPR001464) - T[913-935] 3.3E-38 - T[953-969] 3.3E-38 - T[980-1001] 3.3E-38 - T[1065-1091] 3.3E-38 - T[1147-1167] 3.3E-38 - T[1191-1204] 3.3E-38
SMART
Annexin_repeat (IPR018502) - T[916-968] 2.7E-18 - T[989-1041] 5.1E-14 - T[1074-1127] 0.95 - T[1151-1203] 3.0E-16
ProSitePatterns
Annexin_repeat_CS (IPR018252) - T[916-968] . - T[1151-1203] .

Best Blast Hits in UniProt
Protein Name Identity Bit Score e-value
ANXA5_HUMAN 38.05 % 208 7.52E-60
ANXA7_HUMAN 41.875 % 237 5.75E-68
ANXA4_HUMAN 38.629 % 218 1.92E-63