Aniseed - Transcript Card

Sequences

Amino acid sequence

Length: 1,195

>Boleac.CG.SB_v3.S478.g10400.01.p
MIMKLFCCKEKPAEETRFVKANDAEGNASYNYEKNKIITSRYNILTFLPLNLFEQSLRIA
NTYFLILVILQLIPQISSLNPITTIIPLVIVLSVTAVKDAVDDWNRHKSDDEINNRKTLT
LKGNQLEDVRWMNTCVGDLIKLENNQFVPADILLLSSSDENNLVYIETAELDGETNLKVK
QSLPETGMMGNDLEELRRFDGVVSCEPPNVFLHKFNGKMEWKDKTYSIDNDNILLRGCKV
RNTDWCFGLVIYAGPETKLMMNTGRSVLKRTSIDRLMNTLVWMIFGFLITLATICAIGNT
IWESQIGIRFQVYQPWMSYIENIYKSGFLAFWSYIIILNTVVPISLYVSVEVIRLMQSWF
IDWDRLMYYDKKDLPAKARTTTLNEELGQIEYIFSDKTGTLTQNVMVFKKCSVNNMTYGN
VYDKDGNRLSPEDEKMQPVDLSFNPYYEKTFQFFDPQLIERLKDNDVHCSLFFRLIALCH
TVMPEIDEDENLSYQAQSPDESALVSAARNFGFVFRERTYNTITVKEQGVDVKYDLLAIL
DFDNVRKRMSVIVRDPAGKIRLYCKGADTVIYERLKAGQDETGVTAEHLEDFATDGLRTL
CLSYKDISEDEYNVWKERHEEASKAIQDRDEQLNAVYEEIERDMILIGATAIEDKLQVET
QIEEAMSEINEMQRGVIGSRSDEIVSTRSNDINQLGSKFGLVINGYSLVHALQEDVEKSF
LDLASSCTAVICCRVTPLQKAQVVDLVKRYKSAVTLSIGDGANDVSMIKAAHVGVGISGE
EGTQAVLSSDFAFGQFRYLERLLLVHGRWSYMRMCKFLGYFFYKNFAFTLVHFWYAFFCG
FQAQALFDERHISLYNILYTSCPVLCIGLFDQSIYDAWLVTLYNVVYTSMPIIVLALLDQ
DLNDAYCIRYPRLYLPGQKNEGFNKKIFFMSAAKGVLTSLVLYFFTYGVFWTNSLGNGQD
VSNLQSVGTVVATSLIIIVNLKVALETQYWTVINHFFIWGSIGIYFVMSFALYSDGLFLL
SPVSFPYIGAARNTYQSASAWFCIILTTSACILPELAITLFQGLLRPSYTDEVLLKQVRD
RKEYRRRKPKSGFSAELSKFKNRVKFKRKPSSRPRSGYAFSHEPGFGEMITSGRMSMRRH
SSKRKEDDQQQEHSDGIEIHEATNAIPNEVTGEVSKNGTEHMTNPHESYRKLTLD

Nucleotide sequence

Length: 4,520

>Boleac.CG.SB_v3.S478.g10400.01.t
TGTATAGGAATCAGTTTTAGCATATTTATCCGTAACTGTACTGGTGTCGGGGAAGTTAAC
CATGCACCATAATTCCTGACGACCTGTTTGGTGGACTACGAGAGTGCCTTTTCCTTCTCA
AGATCTTCTCAAACTTGAGTTACAAACGACCTAACAAAGTCCAAGTCGTGGATGATTATG
AAGCTCTTTTGTTGTAAAGAAAAACCTGCAGAGGAAACACGATTTGTCAAAGCCAATGAT
GCAGAGGGTAATGCCAGTTACAATTATGAGAAAAACAAGATCATCACATCAAGATACAAT
ATCCTGACTTTTTTACCGTTGAATTTATTTGAACAGTCTTTGAGGATTGCCAACACTTAC
TTTTTAATACTTGTAATACTTCAGCTTATTCCNCAAATATCTTCACTCAACCCTATCACA
ACTATCATACCTTTGGTTATAGTGTTGTCTGTGACAGCAGTCAAGGATGCAGTTGATGAC
TGGAACCGTCATAAAAGTGATGACGAAATTAACAACAGGAAAACATTGACACTGAAAGGA
AACCAATTGGAAGATGTTCGATGGATGAACACTTGTGTCGGTGACCTTATCAAGCTGGAG
AATAACCAATTTGTACCGGCTGATATTTTGTTGCTCTCAAGCAGCGATGAAAACAATTTA
GTGTACATTGAAACCGCTGAGCTAGATGGGGAAACAAATTTAAAAGTCAAGCAATCACTT
CCTGAGACTGGAATGATGGGCAATGACCTTGAAGAGCTGAGAAGATTTGATGGAGTGGTA
TCGTGCGAGCCACCAAATGTTTTCCTTCACAAATTCAATGGAAAGATGGAGTGGAAAGAC
AAAACATATTCAATCGATAACGATAACATATTGTTGCGAGGGTGCAAAGTCAGAAATACT
GATTGGTGTTTTGGGTTGGTTATATATGCTGGACCTGAAACAAAGCTGATGATGAATACT
GGTAGATCGGTACTGAAGCGTACAAGCATCGATCGTCTTATGAACACTCTTGTATGGATG
ATTTTTGGATTCCTGATCACACTAGCGACAATATGTGCTATTGGAAACACGATATGGGAA
TCTCAAATTGGAATTAGGTTTCAAGTCTATCAACCGTGGATGAGCTACATTGAAAATATT
TACAAATCAGGGTTTCTTGCGTTCTGGTCATATATTATCATTTTGAATACTGTAGTGCCA
ATCTCGTTATATGTCAGCGTTGAAGTGATAAGACTTATGCAGTCTTGGTTCATTGATTGG
GATCGATTGATGTATTACGACAAGAAAGATCTGCCTGCCAAAGCAAGGACAACAACCTTG
AACGAGGAACTTGGTCAAATTGAATATATCTTTTCTGACAAAACCGGCACGCTAACACAA
AACGTAATGGTCTTCAAAAAATGCTCAGTGAACAACATGACGTACGGCAATGTTTACGAT
AAAGATGGAAACAGATTATCTCCTGAAGATGAGAAAATGCAACCTGTGGATTTATCCTTC
AATCCGTATTATGAGAAGACGTTCCAATTTTTTGATCCACAATTGATTGAACGGTTGAAA
GATAACGATGTACATTGCTCTCTTTTCTTCCGTCTCATCGCACTTTGTCATACCGTAATG
CCTGAAATTGATGAAGATGAAAATCTCAGTTATCAAGCCCAATCACCTGACGAAAGCGCC
CTTGTGTCGGCTGCTAGAAATTTCGGATTTGTGTTCCGTGAAAGAACTTATAATACAATC
ACTGTCAAGGAACAAGGGGTTGATGTGAAATATGACTTGCTTGCGATTTTGGATTTCGAT
AATGTGCGAAAAAGAATGTCGGTGATTGTGAGAGACCCTGCTGGAAAAATCAGGCTNTAT
TGCAAAGGAGCTGACACTGTGATTTACGAACGTTTGAAGGCCGGACAAGATGAGACTGGT
GTCACAGCTGAACACCTTGAGGACTTTGCTACTGATGGATTGAGAACATTGTGCCTATCA
TACAAGGATATATCAGAAGATGAGTACAACGTTTGGAAAGAGCGACATGAAGAAGCATCC
AAAGCCATCCAAGACCGAGACGAACAACTTAATGCTGTGTACGAAGAAATCGAAAGGGAC
ATGATCTTAATCGGTGCAACTGCTATTGAAGACAAATTACAAGTCGAAACACAAATTGAA
GAGGCTATGAGTGAAATCAATGAAATGCAACGAGGCGTGATAGGATCGAGAAGTGATGAA
ATTGTATCAACCAGATCAAATGATATCAATCAATTGGGCAGCAAATTTGGCCTAGTGATC
AACGGCTACAGCTTGGTTCATGCGCTCCAGGAGGATGTTGAAAAGTCATTTTTGGATCTT
GCTTCATCCTGCACAGCGGTGATATGCTGCCGAGTTACCCCACTTCAAAAAGCTCAAGTT
GTAGATCTTGTGAAACGATACAAAAGTGCCGTCACCCTATCTATTGGAGATGGAGCTAAC
GATGTCAGTATGATCAAAGCTGCTCATGTTGGTGTTGGTATCAGCGGGGAAGAAGGAACT
CAAGCCGTTTTATCGTCTGATTTTGCTTTCGGCCAATTTAGGTATCTTGAAAGACTTCTA
CTGGTGCATGGTCGGTGGTCTTACATGCGTATGTGCAAATTTTTGGGTTATTTCTTTTAC
AAGAATTTTGCATTCACACTAGTGCATTTTTGGTATGCGTTCTTCTGTGGATTTCAGGCT
CAGGCACTATTCGATGAGAGGCACATCAGCTTGTACAACATTTTATACACGTCATGCCCG
GTGTTGTGCATTGGCCTATTTGATCAGTCAATATATGATGCGTGGCTTGTCACTCTTTAC
AACGTCGTATACACTTCTATGCCTATCATAGTCCTAGCTCTTCTGGATCAGGATTTGAAT
GACGCTTATTGCATACGATACCCGAGACTTTATCTTCCTGGTCAAAAGAATGAAGGCTTC
AACAAGAAAATTTTCTTCATGAGCGCGGCNAAAGGTGTCCTGACTTCGCTCGTGTTGTAT
TTCTTCACCTACGGAGTCTTCTGGACTAACTCGTTGGGTAATGGACAGGATGTTTCAAAT
CTACAGAGCGTTGGTACCGTTGTAGCGACAAGCTTGATCATTATAGTTAATCTAAAAGTT
GCTCTGGAAACTCAATACTGGACGGTCATCAACCACTTCTTCATTTGGGGCAGTATCGGT
ATATACTTTGTCATGAGCTTTGCTTTGTACAGTGATGGTCTGTTTCTCTTGTCGCCAGTG
TCATTTCCCTATATTGGAGCTGCTCGGAATACATACCAATCAGCAAGTGCCTGGTTTTGT
ATCATTCTCACTACTTCAGCCTGCATTTTACCAGAGCTTGCCATAACACTATTTCAAGGA
TTACTTCGTCCATCTTACACGGATGAGGTTCTACTGAAGCAGGTGAGAGATAGGAAAGAA
TACAGGAGACGAAAACCAAAGTCCGGCTTTAGCGCTGAATTATCAAAATTTAAGAATCGG
GTCAAATTCAAAAGAAAGCCTTCAAGTCGACCTCGTTCCGGTTACGCATTCTCGCACGAA
CCAGGCTTTGGTGAAATGATTACTTCAGGACGTATGAGCATGAGACGGCATAGCAGCAAA
AGGAAAGAAGATGATCAGCAACAAGAACATAGTGATGGAATTGAAATCCATGAAGCTACC
AATGCCATACCTAACGAAGTAACTGGTGAAGTGAGTAAAAATGGCACAGAACATATGACA
AATCCTCATGAGAGTTATCGAAAATTGACTCTTGATTAGTCAAGATTTTTATCCTTCACA
CTTCAATTGTAGTGCCTTTATTTTAACCAATGAATTCGCAAAGGTACTGTTGCCACAAAT
TCACAGTTCAACCCAACATTTATGTGAATAGTTCTTACAAGATGTTGTAGCACCATTTTA
TCAGAAATTTATGATCGCCCAGCTGCACAACTACTCATTCATCGATTATGAAATTAACAA
GGGTCTGTCGATCAAGTGATATCAAGTGGAATATTATCTAACCTACACGAGTACTTGTGC
AAGTATGTGACTTGCATGAAATTTCTGCACCCAATGGTGGATTTTATCATTTTGCATGCT
AAACATACACTGTAAGTGATTGTACTCTCGAGATTCATTGATGATTTTATTGTTATTGCT
AAAACATCAAAAATAATGAACATTGTCGTTTATTGAATTAGAAGTGATGTCAAGTATCAA
TCGGTGCGGACCTCTGTACCAGAAATTTTCTTTTTTGACATTGCTTCTTTCAATATGGGG
ATTGACAATAAACTGCTGCTGCACTGTTTTCAGCATGTATATATATCAGCATATATATCA
AAACACTGCAACAGCAAAGTGCGGCTCCCAGGCTGTATAATGTCTGTGGCGCCGCCATTT
CACTTCTAATAAACATCAAGTTAAACAGTTTGGATGTTTTATCAATTTCAATATTTTGAA
TCATACATGACATTTTGGTGTGTAATTACTTACAGTGCCTTATACGATATAGAGTAGTCA
CCACAAATTTAACGTCCAGC

InterProScan

PANTHER	P-type_ATPase_IV (IPR006539) - T[14-658] 0.0 - T[683-874] 0.0 - T[872-1155] 0.0
PANTHER	ATP8B4 (IPR030348) - T[14-658] 0.0 - T[683-874] 0.0 - T[872-1155] 0.0
Pfam	P-type_ATPase_N (IPR032631) - T[19-85] 2.0E-24
TIGRFAM	P-type_ATPase_IV (IPR006539) - T[32-659] 3.4E-223
SUPERFAMILY	ATPase_P-typ_TM_dom_sf (IPR023298) - T[32-119] 5.23E-55 - T[264-388] 5.23E-55 - T[807-841] 5.23E-55 - T[873-1061] 5.23E-55
SUPERFAMILY	ATPase_P-typ_transduc_dom_A_sf (IPR008250) - T[115-186] 9.68E-17 - T[222-260] 9.68E-17
SUPERFAMILY	HAD-like_sf (IPR036412) - T[389-405] 1.05E-21 - T[588-814] 1.05E-21
ProSitePatterns	ATPase_P-typ_P_site (IPR018303) - T[396-402] .
Gene3D	ATPase_P-typ_cyto_dom_N (IPR023299) - T[398-651] 5.2E-49
SUPERFAMILY	ATPase_P-typ_cyto_dom_N (IPR023299) - T[401-652] 2.4E-25
Gene3D	HAD_sf (IPR023214) - T[652-796] 1.9E-30
TIGRFAM	P_typ_ATPase (IPR001757) - T[731-838] 5.3E-31
Pfam	P_typ_ATPase_c (IPR032630) - T[786-873] 2.5E-39 - T[872-1068] 4.7E-51