Aniseed - Transcript Card

Sequences

Amino acid sequence

Length: 1,136

>Cisavi.CG.ENS81.R3.142674-172540.02742.p
YQVNKIKTSKYTWYNFLLINLWEQFHRVVNVYFVILVVLQFIPEISSLNPTTSIIPIIVV
LGLTAMKDGFYDYKRHKSDSSVNNRSSSVVKDETLTEEKWMNIKVGDIIQLKNNENVTAD
LLLLSSSEEHNLVYIETAELDGETNLKVRQALPETGEMKDNLRTLRQFNGHVKCEAPNNY
LHKFTGNLYWNNETFAIDNENILLRGCTLRNTEWCFGLVIFAGPDTKLMQNTGKSVLKRT
SIERLMNKLVWLIFAFLLLLATVTAVGNTIWERYVGHFQVYMPWASYAPNEYMSGFLMFW
SYIIILNTVVPISLFVSIEFIRVGQSWFINFDRAMYYEKKDLPALARTTTLNEELGQIEY
VFSDKTGTLTQNIMEFNKCVIGGTCYGEVYNEDGIAISTPNADFSFNKDAENSFRFFDQR
LINAITSGDTKVHEFFKLIAICHTVMPDFSPEGILTYQAQSPDEGALVGAARNFGFVFKE
RTFNTITVSELGTDVTYEVLAILDFDNVRKRMSVIVKDPEGNITLFCKGADSVIYERLGE
ATDEDIKNATTNFAGEGLRTLCLAVKRLNEESYKVWKEAHSKASMALEDREDRLSAVYEE
IERDMELLGATAVEDKLQDGVPETIANLSNANIKIWVLTGDKQETAVNIGYSCNMLTEEM
KNLCHEFIVVSLLKIRLVHYVSMQNVVVHTSKVANGRSIVFQQDGENKFGLVINGHSLVS
ICCFSKTMCHNKLLKHKTKEVHALSEELAIKFLELATLCTAVICCRVTPLQKAKVVELVK
QNQKAVTLAIGDGANDVSMIKAAHIGVGISGEEGTQAVLSADFAFGQFRFLERLLLVHGR
WSYMRICKFFGYFFYKNFAFTLVHFWYSFFNGLTAQSSFDDWFVTLYNLVYTSMPVFMLA
VFDQDLNDEYCIKFPKLYLPGQTNELFNIKIFFRSIIRGIFTSLALFFIPYGAFVDGMHS
DGTNITDLQTLSIVISTSLIIVVTLQVALDTSYWTPINHFFIWGSIGIYFLVTFAMYSNG
LYQILPNNFPFVGVARTAFQFPSLWFTVLLVSAICFLPVVASRYLTSLLWPTYTEKVKQR
KMKAAESLHAMSEKIKSKFQIKRRGSRARSGYAFSHERGFGDLITTGRMSMRRNNS

Nucleotide sequence

Length: 3,408

>Cisavi.CG.ENS81.R3.142674-172540.02742.t
TACCAGGTGAACAAAATAAAAACATCCAAGTACACATGGTACAACTTTCTTCTGATCAAT
CTTTGGGAACAATTTCATCGAGTTGTCAATGTTTATTTCGTAATCCTTGTGGTTTTACAG
TTCATCCCTGAAATTTCTTCATTGAATCCCACAACTTCCATAATTCCAATAATCGTGGTA
TTGGGTCTCACAGCTATGAAGGACGGTTTTTATGATTATAAACGGCATAAAAGTGACAGT
TCAGTTAATAATCGTAGTTCTTCTGTCGTCAAAGATGAAACTTTAACTGAAGAAAAATGG
ATGAACATTAAAGTTGGGGACATTATTCAGCTAAAAAATAATGAAAATGTCACTGCCGAT
TTGCTGTTACTATCAAGCAGCGAAGAGCACAATCTAGTTTATATTGAAACTGCTGAGTTA
GATGGGGAAACAAACCTCAAAGTACGGCAAGCACTTCCTGAAACAGGTGAAATGAAGGAC
AATCTTCGAACATTAAGGCAATTTAATGGTCATGTGAAGTGTGAAGCACCAAACAACTAC
CTACACAAGTTCACTGGTAACTTGTATTGGAACAACGAAACATTTGCTATAGACAACGAA
AACATTCTGCTAAGAGGTTGTACTTTACGGAACACAGAATGGTGCTTTGGTCTTGTTATT
TTTGCAGGCCCTGATACAAAACTAATGCAAAATACCGGAAAATCGGTCTTAAAACGAACT
AGTATTGAACGACTAATGAACAAACTAGTTTGGCTGATATTTGCTTTCCTATTGCTGCTA
GCCACTGTTACAGCCGTTGGCAACACAATATGGGAACGATATGTTGGTCATTTTCAAGTG
TACATGCCGTGGGCAAGCTACGCACCAAATGAGTACATGTCTGGCTTCTTAATGTTTTGG
TCGTACATCATTATTCTCAATACAGTCGTGCCTATTTCTCTGTTTGTTAGTATTGAGTTT
ATACGAGTCGGCCAGAGTTGGTTCATAAACTTCGATCGAGCAATGTACTACGAAAAAAAG
GATTTGCCGGCTCTAGCAAGAACCACTACTTTGAATGAGGAACTTGGCCAGATTGAATAC
GTATTCTCGGACAAAACTGGCACATTGACGCAAAACATCATGGAATTTAACAAATGCGTA
ATCGGTGGAACTTGTTATGGGGAGGTTTATAATGAAGATGGAATAGCTATTAGTACTCCA
AATGCTGATTTCTCATTCAACAAAGATGCAGAGAATTCTTTTCGTTTCTTTGACCAGCGT
CTAATTAATGCTATTACGTCAGGAGACACAAAAGTTCATGAGTTTTTCAAACTCATAGCA
ATCTGCCATACTGTGATGCCAGACTTCTCACCAGAAGGAATCTTGACGTACCAAGCCCAA
TCACCAGATGAAGGAGCTTTGGTCGGTGCTGCTCGAAATTTTGGTTTTGTATTCAAAGAG
CGCACCTTTAACACTATAACTGTTTCAGAGCTAGGTACTGATGTAACATATGAAGTACTG
GCCATCTTGGATTTTGATAACGTGAGGAAGCGAATGTCTGTCATTGTAAAAGACCCTGAA
GGAAACATCACGCTGTTCTGCAAAGGTGCTGACTCAGTAATTTATGAGCGACTTGGAGAA
GCTACAGACGAAGATATAAAAAACGCCACCACAAATTTTGCTGGCGAAGGCCTACGTACT
CTTTGCCTGGCTGTTAAAAGGTTAAACGAAGAGAGTTATAAAGTATGGAAAGAAGCTCAT
AGTAAAGCAAGTATGGCATTAGAAGATAGAGAGGACCGCTTGTCTGCTGTTTATGAGGAG
ATAGAAAGAGATATGGAGTTGCTTGGTGCAACTGCTGTTGAAGACAAGTTACAGGATGGA
GTTCCAGAAACTATAGCCAACTTATCAAATGCCAATATCAAGATCTGGGTACTAACTGGT
GACAAGCAAGAGACTGCTGTTAACATTGGATATTCTTGCAATATGCTCACTGAAGAGATG
AAAAATCTTTGTCATGAATTTATAGTTGTTAGTTTACTGAAAATTCGTTTAGTACATTAT
GTTTCAATGCAGAATGTGGTGGTTCATACAAGCAAAGTTGCAAATGGAAGATCTATTGTA
TTCCAACAAGATGGAGAGAATAAGTTTGGACTTGTTATTAATGGCCATAGCCTTGTAAGT
ATATGTTGTTTTAGCAAAACTATGTGTCATAATAAATTACTAAAACACAAAACCAAAGAA
GTCCATGCGTTAAGTGAAGAGCTTGCAATAAAGTTCCTCGAGCTAGCTACACTTTGCACA
GCAGTTATATGCTGCAGGGTCACTCCATTACAAAAAGCTAAAGTAGTAGAACTTGTAAAA
CAGAACCAAAAAGCTGTCACGTTAGCTATAGGAGACGGTGCTAATGATGTGAGCATGATT
AAAGCTGCTCACATAGGAGTTGGGATAAGTGGGGAGGAAGGGACACAAGCTGTTTTGTCC
GCTGATTTCGCTTTTGGACAATTCAGATTTCTGGAGAGGTTACTGCTGGTCCACGGTCGA
TGGTCTTACATGAGGATCTGCAAATTTTTTGGATACTTTTTCTACAAGAACTTTGCCTTT
ACTTTGGTGCATTTCTGGTATTCCTTCTTTAATGGCCTCACTGCGCAATCGAGTTTTGAT
GATTGGTTTGTGACACTCTACAATCTTGTCTACACCTCCATGCCAGTATTCATGTTAGCT
GTTTTCGACCAGGATCTAAACGATGAATACTGCATCAAGTTTCCAAAGCTATATCTACCT
GGGCAAACAAATGAGCTTTTTAACATCAAAATATTCTTCAGAAGTATAATCCGAGGGATA
TTCACCAGCCTTGCGTTGTTTTTCATTCCCTACGGAGCCTTTGTTGATGGTATGCATTCA
GATGGAACCAACATTACTGATTTGCAAACTTTGTCCATCGTCATTTCCACAAGTTTGATC
ATTGTAGTTACACTTCAGGTTGCTTTAGACACTTCATATTGGACACCTATTAACCATTTC
TTTATATGGGGAAGCATTGGAATATATTTTCTTGTGACATTTGCAATGTATAGCAATGGC
TTGTATCAAATTTTACCGAATAATTTCCCATTTGTTGGAGTTGCACGCACTGCGTTCCAG
TTCCCGTCCTTATGGTTCACGGTGCTGTTGGTCAGCGCCATTTGCTTCCTACCAGTTGTT
GCCTCCCGGTATCTCACCTCACTTTTGTGGCCCACTTACACGGAGAAGGTAAAGCAGCGT
AAAATGAAGGCTGCAGAGAGTCTACATGCTATGTCTGAGAAAATTAAATCGAAATTCCAA
ATCAAGAGACGTGGATCACGTGCGAGGTCAGGGTACGCTTTCTCCCATGAACGTGGGTTT
GGGGACCTCATTACAACGGGGAGAATGAGCATGAGAAGAAACAACTCT

InterProScan

Pfam	P-type_ATPase_N (IPR032631) - T[1-54] 4.0E-20
SUPERFAMILY	ATPase_P-typ_TM_dom_sf (IPR023298) - T[1-88] 8.76E-56 - T[233-356] 8.76E-56 - T[839-1066] 8.76E-56
TIGRFAM	P-type_ATPase_IV (IPR006539) - T[1-1078] 0.0
PANTHER	P-type_ATPase_IV (IPR006539) - T[1-1132] 0.0
PANTHER	FetA (IPR030350) - T[1-1132] 0.0
SUPERFAMILY	ATPase_P-typ_transduc_dom_A_sf (IPR008250) - T[86-155] 4.58E-16 - T[191-231] 4.58E-16
SUPERFAMILY	HAD-like_sf (IPR036412) - T[351-374] 2.26E-35 - T[560-672] 2.26E-35 - T[764-835] 2.26E-35
ProSitePatterns	ATPase_P-typ_P_site (IPR018303) - T[364-370] .
SUPERFAMILY	ATPase_P-typ_cyto_dom_N (IPR023299) - T[369-571] 8.72E-24
Gene3D	ATPase_P-typ_cyto_dom_N (IPR023299) - T[446-608] 4.9E-19
TIGRFAM	P_typ_ATPase (IPR001757) - T[603-657] 5.3E-18 - T[763-874] 1.9E-33
Gene3D	HAD_sf (IPR023214) - T[609-830] 1.8E-55
Pfam	P_typ_ATPase_c (IPR032630) - T[818-1072] 2.3E-82