Aniseed - Transcript Card

Sequences

Amino acid sequence

Length: 1,173

>Cisavi.CG.ENS81.R3.142674-172540.02740.p
YQVNKIKTSKYTWYNFLLINLWEQFHRVVNVYFVILVVLQFIPEISSLNPTTSIIPIIVV
LGLTAMKDGFYDYKRHKSDSSVNNRSSSVVKDETLTEEKWMNIKVGDIIQLKNNENVTAD
LLLLSSSEEHNLVYIETAELDGETNLKVRQALPETGEMKDNLRTLRQFNGHVKCEAPNNY
LHKFTGNLYWNNETFAIDNENILLRGCTLRNTEWCFGLVIFAGPDTKLMQNTGKSVLKRT
SIERLMNKLVWLIFAFLLLLATVTAVGNTIWERYVGVVMYMPWASYAPNEYMSGFLMFWS
YIIILNTVVPISLFVSIEFIRVGQSWFINFDRAMYYEKKDLPALARTTTLNEELGQIEYV
FSDKTGTLTQNIMEFNKCVIGGTCYGEVYNEDGIAISTPNADFSFNKDAENSFRFFDQRL
INAITSGDTKVHEFFKLIAICHTVMPDFSPEGILTYQAQSPDEGALVGAARNFGFVFKER
TFNTITVSELGTDVTYEVLAILDFDNVRKRMSVIVKDPEGNITLFCKGADSVIYERLGEA
TDEDIKNATTVHLDNFAGEGLRTLCLAVKRLNEESYKVWKEAHSKASMALEDREDRLSAV
YEEIERDMELLGATAVEDKLQDGVPETIANLSNANIKIWVLTGDKQETAVNIGYSCNMLT
EEMKNLLKNVFYVFFQVESEIKQAYEDMQCEDSPRSVLSSRDDLTPVCNTLAGFILQSCF
LLKLVFADRSIKLNLMWWFIQAKLQMEDLLYSNKMERISLDFEELAIKFLELATLCTAVI
CCRVTPLQKAKVVELVKQNQKAVTLAIGDGANDVSMIKAAHIGVGISGEEGTQAVLSADF
AFGQFRFLERLLLVHGRWSYMRICKFFGYFFYKNFAFTLVHFWYSFFNGLTAQSSFDDWF
VTLYNLVYTSMPVFMLAVFDQDLNDEYCIKFPKLYLPGQTNELFNIKIFFRSIIRGIFTS
LALFFIPYGAFVDGMHSDGTNITDLQTLSIVISTSLIIVVTLQVALDTSYWTPINHFFIW
GSIGIYFLVTFAMYSNGLYQILPNNFPFVGVARTAFQFPSLWFTVLLVSAICFLPVVASR
YLTSLLWPTYTEKVKQRKMKAAESLHAMSEKIKSKFQIKRRGSRARSGYAFSHERGFGDL
ITTGRMSMRRNNSQRQSQNNHQSSPVKPATPPP

Nucleotide sequence

Length: 3,519

>Cisavi.CG.ENS81.R3.142674-172540.02740.t
TACCAGGTGAACAAAATAAAAACATCCAAGTACACATGGTACAACTTTCTTCTGATCAAT
CTTTGGGAACAATTTCATCGAGTTGTCAATGTTTATTTCGTAATCCTTGTGGTTTTACAG
TTCATCCCTGAAATTTCTTCATTGAATCCCACAACTTCCATAATTCCAATAATCGTGGTA
TTGGGTCTCACAGCTATGAAGGACGGTTTTTATGATTATAAACGGCATAAAAGTGACAGT
TCAGTTAATAATCGTAGTTCTTCTGTCGTCAAAGATGAAACTTTAACTGAAGAAAAATGG
ATGAACATTAAAGTTGGGGACATTATTCAGCTAAAAAATAATGAAAATGTCACTGCCGAT
TTGCTGTTACTATCAAGCAGCGAAGAGCACAATCTAGTTTATATTGAAACTGCTGAGTTA
GATGGGGAAACAAACCTCAAAGTACGGCAAGCACTTCCTGAAACAGGTGAAATGAAGGAC
AATCTTCGAACATTAAGGCAATTTAATGGTCATGTGAAGTGTGAAGCACCAAACAACTAC
CTACACAAGTTCACTGGTAACTTGTATTGGAACAACGAAACATTTGCTATAGACAACGAA
AACATTCTGCTAAGAGGTTGTACTTTACGGAACACAGAATGGTGCTTTGGTCTTGTTATT
TTTGCAGGCCCTGATACAAAACTAATGCAAAATACCGGAAAATCGGTCTTAAAACGAACT
AGTATTGAACGACTAATGAACAAACTAGTTTGGCTGATATTTGCTTTCCTATTGCTGCTA
GCCACTGTTACAGCCGTTGGCAACACAATATGGGAACGATATGTTGGTGTGGTGATGTAC
ATGCCGTGGGCAAGCTACGCACCAAATGAGTACATGTCTGGCTTCTTAATGTTTTGGTCG
TACATCATTATTCTCAATACAGTCGTGCCTATTTCTCTGTTTGTTAGTATTGAGTTTATA
CGAGTCGGCCAGAGTTGGTTCATAAACTTCGATCGAGCAATGTACTACGAAAAAAAGGAT
TTGCCGGCTCTAGCAAGAACCACTACTTTGAATGAGGAACTTGGCCAGATTGAATACGTA
TTCTCGGACAAAACTGGCACATTGACGCAAAACATCATGGAATTTAACAAATGCGTAATC
GGTGGAACTTGTTATGGGGAGGTTTATAATGAAGATGGAATAGCTATTAGTACTCCAAAT
GCTGATTTCTCATTCAACAAAGATGCAGAGAATTCTTTTCGTTTCTTTGACCAGCGTCTA
ATTAATGCTATTACGTCAGGAGACACAAAAGTTCATGAGTTTTTCAAACTCATAGCAATC
TGCCATACTGTGATGCCAGACTTCTCACCAGAAGGAATCTTGACGTACCAAGCCCAATCA
CCAGATGAAGGAGCTTTGGTCGGTGCTGCTCGAAATTTTGGTTTTGTATTCAAAGAGCGC
ACCTTTAACACTATAACTGTTTCAGAGCTAGGTACTGATGTAACATATGAAGTACTGGCC
ATCTTGGATTTTGATAACGTGAGGAAGCGAATGTCTGTCATTGTAAAAGACCCTGAAGGA
AACATCACGCTGTTCTGCAAAGGTGCTGACTCAGTAATTTATGAGCGACTTGGAGAAGCT
ACAGACGAAGATATAAAAAACGCCACCACAGTGCATCTCGATAATTTTGCTGGCGAAGGC
CTACGTACTCTTTGCCTGGCTGTTAAAAGGTTAAACGAAGAGAGTTATAAAGTATGGAAA
GAAGCTCATAGTAAAGCAAGTATGGCATTAGAAGATAGAGAGGACCGCTTGTCTGCTGTT
TATGAGGAGATAGAAAGAGATATGGAGTTGCTTGGTGCAACTGCTGTTGAAGACAAGTTA
CAGGATGGAGTTCCAGAAACTATAGCCAACTTATCAAATGCCAATATCAAGATCTGGGTA
CTAACTGGTGACAAGCAAGAGACTGCTGTTAACATTGGATATTCTTGCAATATGCTCACT
GAAGAGATGAAAAATTTGCTGAAAAATGTATTCTATGTTTTTTTCCAGGTTGAATCGGAA
ATAAAGCAAGCATACGAAGACATGCAGTGTGAGGACTCGCCCAGATCTGTTCTTTCATCA
AGAGATGACTTAACACCGGTATGTAATACCCTTGCTGGCTTTATTTTACAGTCTTGTTTT
TTGCTTAAACTTGTCTTCGCAGACCGCAGTATAAAACTTAATTTAATGTGGTGGTTCATA
CAAGCAAAGTTGCAAATGGAAGATCTATTGTATTCCAACAAGATGGAGAGAATAAGTTTG
GACTTTGAAGAGCTTGCAATAAAGTTCCTCGAGCTAGCTACACTTTGCACAGCAGTTATA
TGCTGCAGGGTCACTCCATTACAAAAAGCTAAAGTAGTAGAACTTGTAAAACAGAACCAA
AAAGCTGTCACGTTAGCTATAGGAGACGGTGCTAATGATGTGAGCATGATTAAAGCTGCT
CACATAGGAGTTGGGATAAGTGGGGAGGAAGGGACACAAGCTGTTTTGTCCGCTGATTTC
GCTTTTGGACAATTCAGATTTCTGGAGAGGTTACTGCTGGTCCACGGTCGATGGTCTTAC
ATGAGGATCTGCAAATTTTTTGGATACTTTTTCTACAAGAACTTTGCCTTTACTTTGGTG
CATTTCTGGTATTCCTTCTTTAATGGCCTCACTGCGCAATCGAGTTTTGATGATTGGTTT
GTGACACTCTACAATCTTGTCTACACCTCCATGCCAGTATTCATGTTAGCTGTTTTCGAC
CAGGATCTAAACGATGAATACTGCATCAAGTTTCCAAAGCTATATCTACCTGGGCAAACA
AATGAGCTTTTTAACATCAAAATATTCTTCAGAAGTATAATCCGAGGGATATTCACCAGC
CTTGCGTTGTTTTTCATTCCCTACGGAGCCTTTGTTGATGGTATGCATTCAGATGGAACC
AACATTACTGATTTGCAAACTTTGTCCATCGTCATTTCCACAAGTTTGATCATTGTAGTT
ACACTTCAGGTTGCTTTAGACACTTCATATTGGACACCTATTAACCATTTCTTTATATGG
GGAAGCATTGGAATATATTTTCTTGTGACATTTGCAATGTATAGCAATGGCTTGTATCAA
ATTTTACCGAATAATTTCCCATTTGTTGGAGTTGCACGCACTGCGTTCCAGTTCCCGTCC
TTATGGTTCACGGTGCTGTTGGTCAGCGCCATTTGCTTCCTACCAGTTGTTGCCTCCCGG
TATCTCACCTCACTTTTGTGGCCCACTTACACGGAGAAGGTAAAGCAGCGTAAAATGAAG
GCTGCAGAGAGTCTACATGCTATGTCTGAGAAAATTAAATCGAAATTCCAAATCAAGAGA
CGTGGATCACGTGCGAGGTCAGGGTACGCTTTCTCCCATGAACGTGGGTTTGGGGACCTC
ATTACAACGGGGAGAATGAGCATGAGAAGAAACAACTCTCAGCGGCAATCTCAGAACAAT
CATCAATCGTCGCCTGTTAAACCTGCAACCCCTCCCCCC

InterProScan

PANTHER	FetA (IPR030350) - T[1-1151] 0.0
TIGRFAM	P-type_ATPase_IV (IPR006539) - T[1-686] 7.3E-247
PANTHER	P-type_ATPase_IV (IPR006539) - T[1-1151] 0.0
Pfam	P-type_ATPase_N (IPR032631) - T[1-54] 4.1E-20
SUPERFAMILY	ATPase_P-typ_TM_dom_sf (IPR023298) - T[1-88] 9.94E-56 - T[233-355] 9.94E-56 - T[856-1083] 9.94E-56
SUPERFAMILY	ATPase_P-typ_transduc_dom_A_sf (IPR008250) - T[86-155] 4.71E-16 - T[191-231] 4.71E-16
SUPERFAMILY	HAD-like_sf (IPR036412) - T[350-373] 7.83E-35 - T[563-673] 7.83E-35 - T[781-852] 7.83E-35
Gene3D	ATPase_P-typ_cyto_dom_N (IPR023299) - T[360-614] 3.2E-47
ProSitePatterns	ATPase_P-typ_P_site (IPR018303) - T[363-369] .
SUPERFAMILY	ATPase_P-typ_cyto_dom_N (IPR023299) - T[368-574] 2.62E-23
TIGRFAM	P_typ_ATPase (IPR001757) - T[606-660] 5.3E-18 - T[780-891] 1.9E-33
Gene3D	HAD_sf (IPR023214) - T[615-701] 2.5E-9 - T[752-843] 5.3E-16
Pfam	P_typ_ATPase_c (IPR032630) - T[835-1089] 2.4E-82