Aniseed - Transcript Card

Sequences

Amino acid sequence

Length: 1,195

>Cisavi.CG.ENS81.R3.142674-172540.02744.p
EKQRDIKANDSEYNGTFNYAVNKIKTSKYTWYNFLLINLWEQFHRVVNVYFVILVVLQFI
PEISSLNPTTSIIPIIVVLGLTAMKDGFYDYKRHKSDSSVNNRSSSVVKDETLTEEKWMN
IKVGDIIQLKNNENVTADLLLLSSSEEHNLVYIETAELDGETNLKVRQALPETGEMKDNL
RTLRQFNGHVKCEAPNNYLHKFTGNLYWNNETFAIDNENILLRGCTLRNTEWCFGLVIFA
GPDTKLMQNTGKSVLKRTSIERLMNKLVWLIFAFLLLLATVTAVGNTIWERYVGVHFQVY
MPWASYAPNEYMSGFLMFWSYIIILNTVVPISLFVSIEFIRVGQSWFINFDRAMYYEKKD
LPALARTTTLNEELGQIEYVFSDKTGTLTQNIMEFNKCVIGGTCYGEVYNEDGIAIVPDD
VNFKINNKTYLFGLIPSCKLFLIKFLPFLTKSTPNADFSFNKDAENSFRFFDQRLINAIT
SGDTKVHEFFKLIAICHTVMPDFSPEGILTYQAQSPDEGALVGAARNFGFVFKERTFNTI
TVSELGTDVTYEVLAILDFDNVRKRMSVIVKDPEGNITLFCKGADSVIYERLGEATDEDI
KNATTVHLDNFAGEGLRTLCLAVKRLNEESYKVWKEAHSKASMALEDREDRLSAVYEEIE
RDMELLGATAVEDKLQDGVPETIANLSNANIKIWVLTGDKQETAVNIGYSCNMLTEEMKN
VFIISGYTFEEQAYEDMQCEDSPRSVLSSRDDLTPVCNTLAGFILQSCFLLKLNVVVHTS
KVANGRSIVFQQDGENKFGLVINGHSLVHALSEELAIKFLELATLCTAVICCRVTPLQKA
KVVELVKQNQKAVTLAIGDGANDVSMIKAAHIGVGISGEEGTQAVLSADFAFGQFRFLER
LLLVHGRWSYMRICKFFGYFFYKNFAFTLVHFWYSFFNGLTAQSSFDDWFVTLYNLVYTS
MPVFMLAVFDQDLNDEYCIKFPKLYLPGQTNELFNIKIFFRSIIRGIFTSLALFFIPYGA
FVDGMHSDGTNITDLQTLSIVISTSLIIVVTLQVALDTSYWTPINHFFIWGSIGIYFLVT
FAMYSNGLYQILPNNFPFVGVARTAFQFPSLWFTVLLVSAICFLPVVASRYLTSLLWPTY
TEKVKRKMKAAESLHAMSEKIKSKFQIKRRGSRARSGYAFSHERGFGDLITTGRM

Nucleotide sequence

Length: 3,585

>Cisavi.CG.ENS81.R3.142674-172540.02744.t
GAGAAACAGCGGGATATCAAAGCAAATGATTCTGAATATAATGGAACATTTAATTATGCT
GTGAACAAAATAAAAACATCCAAGTACACATGGTACAACTTTCTTCTGATCAATCTTTGG
GAACAATTTCATCGAGTTGTCAATGTTTATTTCGTAATCCTTGTGGTTTTACAGTTCATC
CCTGAAATTTCTTCATTGAATCCCACAACTTCCATAATTCCAATAATCGTGGTATTGGGT
CTCACAGCTATGAAGGACGGTTTTTATGATTATAAACGGCATAAAAGTGACAGTTCAGTT
AATAATCGTAGTTCTTCTGTCGTCAAAGATGAAACTTTAACTGAAGAAAAATGGATGAAC
ATTAAAGTTGGGGACATTATTCAGCTAAAAAATAATGAAAATGTCACTGCCGATTTGCTG
TTACTATCAAGCAGCGAAGAGCACAATCTAGTTTATATTGAAACTGCTGAGTTAGATGGG
GAAACAAACCTCAAAGTACGGCAAGCACTTCCTGAAACAGGTGAAATGAAGGACAATCTT
CGAACATTAAGGCAATTTAATGGTCATGTGAAGTGTGAAGCACCAAACAACTACCTACAC
AAGTTCACTGGTAACTTGTATTGGAACAACGAAACATTTGCTATAGACAACGAAAACATT
CTGCTAAGAGGTTGTACTTTACGGAACACAGAATGGTGCTTTGGTCTTGTTATTTTTGCA
GGCCCTGATACAAAACTAATGCAAAATACCGGAAAATCGGTCTTAAAACGAACTAGTATT
GAACGACTAATGAACAAACTAGTTTGGCTGATATTTGCTTTCCTATTGCTGCTAGCCACT
GTTACAGCCGTTGGCAACACAATATGGGAACGATATGTTGGTGTGCATTTTCAAGTGTAC
ATGCCGTGGGCAAGCTACGCACCAAATGAGTACATGTCTGGCTTCTTAATGTTTTGGTCG
TACATCATTATTCTCAATACAGTCGTGCCTATTTCTCTGTTTGTTAGTATTGAGTTTATA
CGAGTCGGCCAGAGTTGGTTCATAAACTTCGATCGAGCAATGTACTACGAAAAAAAGGAT
TTGCCGGCTCTAGCAAGAACCACTACTTTGAATGAGGAACTTGGCCAGATTGAATACGTA
TTCTCGGACAAAACTGGCACATTGACGCAAAACATCATGGAATTTAACAAATGCGTAATC
GGTGGAACTTGTTATGGGGAGGTTTATAATGAAGATGGAATAGCTATTGTTCCCGATGAT
GTAAATTTTAAAATCAATAATAAAACTTACTTGTTTGGTCTTATTCCTTCTTGTAAATTA
TTTCTAATCAAATTTTTACCATTTTTAACGAAGAGTACTCCAAATGCTGATTTCTCATTC
AACAAAGATGCAGAGAATTCTTTTCGTTTCTTTGACCAGCGTCTAATTAATGCTATTACG
TCAGGAGACACAAAAGTTCATGAGTTTTTCAAACTCATAGCAATCTGCCATACTGTGATG
CCAGACTTCTCACCAGAAGGAATCTTGACGTACCAAGCCCAATCACCAGATGAAGGAGCT
TTGGTCGGTGCTGCTCGAAATTTTGGTTTTGTATTCAAAGAGCGCACCTTTAACACTATA
ACTGTTTCAGAGCTAGGTACTGATGTAACATATGAAGTACTGGCCATCTTGGATTTTGAT
AACGTGAGGAAGCGAATGTCTGTCATTGTAAAAGACCCTGAAGGAAACATCACGCTGTTC
TGCAAAGGTGCTGACTCAGTAATTTATGAGCGACTTGGAGAAGCTACAGACGAAGATATA
AAAAACGCCACCACAGTGCATCTCGATAATTTTGCTGGCGAAGGCCTACGTACTCTTTGC
CTGGCTGTTAAAAGGTTAAACGAAGAGAGTTATAAAGTATGGAAAGAAGCTCATAGTAAA
GCAAGTATGGCATTAGAAGATAGAGAGGACCGCTTGTCTGCTGTTTATGAGGAGATAGAA
AGAGATATGGAGTTGCTTGGTGCAACTGCTGTTGAAGACAAGTTACAGGATGGAGTTCCA
GAAACTATAGCCAACTTATCAAATGCCAATATCAAGATCTGGGTACTAACTGGTGACAAG
CAAGAGACTGCTGTTAACATTGGATATTCTTGCAATATGCTCACTGAAGAGATGAAAAAT
GTCTTTATAATATCTGGCTATACTTTCGAGGAGCAAGCATACGAAGACATGCAGTGTGAG
GACTCGCCCAGATCTGTTCTTTCATCAAGAGATGACTTAACACCGGTATGTAATACCCTT
GCTGGCTTTATTTTACAGTCTTGTTTTTTGCTTAAACTTAATGTGGTGGTTCATACAAGC
AAAGTTGCAAATGGAAGATCTATTGTATTCCAACAAGATGGAGAGAATAAGTTTGGACTT
GTTATTAATGGCCATAGCCTTGTCCATGCGTTAAGTGAAGAGCTTGCAATAAAGTTCCTC
GAGCTAGCTACACTTTGCACAGCAGTTATATGCTGCAGGGTCACTCCATTACAAAAAGCT
AAAGTAGTAGAACTTGTAAAACAGAACCAAAAAGCTGTCACGTTAGCTATAGGAGACGGT
GCTAATGATGTGAGCATGATTAAAGCTGCTCACATAGGAGTTGGGATAAGTGGGGAGGAA
GGGACACAAGCTGTTTTGTCCGCTGATTTCGCTTTTGGACAATTCAGATTTCTGGAGAGG
TTACTGCTGGTCCACGGTCGATGGTCTTACATGAGGATCTGCAAATTTTTTGGATACTTT
TTCTACAAGAACTTTGCCTTTACTTTGGTGCATTTCTGGTATTCCTTCTTTAATGGCCTC
ACTGCGCAATCGAGTTTTGATGATTGGTTTGTGACACTCTACAATCTTGTCTACACCTCC
ATGCCAGTATTCATGTTAGCTGTTTTCGACCAGGATCTAAACGATGAATACTGCATCAAG
TTTCCAAAGCTATATCTACCTGGGCAAACAAATGAGCTTTTTAACATCAAAATATTCTTC
AGAAGTATAATCCGAGGGATATTCACCAGCCTTGCGTTGTTTTTCATTCCCTACGGAGCC
TTTGTTGATGGTATGCATTCAGATGGAACCAACATTACTGATTTGCAAACTTTGTCCATC
GTCATTTCCACAAGTTTGATCATTGTAGTTACACTTCAGGTTGCTTTAGACACTTCATAT
TGGACACCTATTAACCATTTCTTTATATGGGGAAGCATTGGAATATATTTTCTTGTGACA
TTTGCAATGTATAGCAATGGCTTGTATCAAATTTTACCGAATAATTTCCCATTTGTTGGA
GTTGCACGCACTGCGTTCCAGTTCCCGTCCTTATGGTTCACGGTGCTGTTGGTCAGCGCC
ATTTGCTTCCTACCAGTTGTTGCCTCCCGGTATCTCACCTCACTTTTGTGGCCCACTTAC
ACGGAGAAGGTAAAGCGTAAAATGAAGGCTGCAGAGAGTCTACATGCTATGTCTGAGAAA
ATTAAATCGAAATTCCAAATCAAGAGACGTGGATCACGTGCGAGGTCAGGGTACGCTTTC
TCCCATGAACGTGGGTTTGGGGACCTCATTACAACGGGGAGAATG

InterProScan

PANTHER	FetA (IPR030350) - T[3-1194] 0.0
PANTHER	P-type_ATPase_IV (IPR006539) - T[3-1194] 0.0
Pfam	P-type_ATPase_N (IPR032631) - T[6-72] 1.1E-23
SUPERFAMILY	ATPase_P-typ_TM_dom_sf (IPR023298) - T[19-106] 2.88E-56 - T[251-375] 2.88E-56 - T[906-1133] 2.88E-56
TIGRFAM	P-type_ATPase_IV (IPR006539) - T[19-1145] 0.0
SUPERFAMILY	ATPase_P-typ_transduc_dom_A_sf (IPR008250) - T[104-173] 4.84E-16 - T[209-249] 4.84E-16
SUPERFAMILY	HAD-like_sf (IPR036412) - T[370-393] 5.64E-35 - T[618-726] 5.64E-35 - T[831-902] 5.64E-35
ProSitePatterns	ATPase_P-typ_P_site (IPR018303) - T[383-389] .
SUPERFAMILY	ATPase_P-typ_cyto_dom_N (IPR023299) - T[388-422] 2.62E-22 - T[470-629] 2.62E-22
Gene3D	ATPase_P-typ_cyto_dom_N (IPR023299) - T[500-666] 8.7E-20
TIGRFAM	P_typ_ATPase (IPR001757) - T[661-715] 5.7E-18 - T[830-941] 2.0E-33
Gene3D	HAD_sf (IPR023214) - T[667-897] 1.0E-57
Pfam	P_typ_ATPase_c (IPR032630) - T[885-1139] 2.5E-82