Aniseed - Transcript Card

Sequences

Amino acid sequence

Length: 1,033

>Moocul.CG.ELv1_2.S13035.g00415.01.p
MDDAYAHNTEEVLKYFNVSEKLGLSNDQVKKNKEKFGLNELPAEEGKGLLQLVIEQFEDL
LVRILLLAAIISFVLALFEEGDDTVTAFVEPFVILLILIANACVGIWQERNAESAIEALK
EYEPETGKVLRQDKHAVQKILAKNIVPGDIVEVAVGDKVPADIRLIAIKSTTLRVDQAIL
TGESVSVIKHTDPIPDPRAVNQDKKNMLFSGTNIAAGKAVGVVTGTGSNTEIGKIRDEMA
DTESEKTPLQQKIDEFGEQLSKIITLICIAVWAINIGHFNDPIHGGSWIKGAIYYFKIAV
ALAVAAIPEGLPAVITTCLALGTRRMARKNCIVRNLPSVETLGCTSVICSDKTGTLTTNQ
MSACRLLTVEKTAHNNLMFHEFDITGSTYEPYGDVLKDGKKVHGGDYDGVKEIAMICALC
NESSLDYNEAKGVYEKVGEATETALTVLCEKLNVFETNLEGITKAHRANICNMEIKHRMK
KEVTLEFSRCRKSMSVYCTPVDGSADSAKMYVKGAPEGILDRSTHVRIGSETIRLTQSMK
EDILAKVREYGTGRDTLRCLALGTVDSPPDPNTMDLADSNKFIQYESHITFIGIVGMLDP
PRQEVYEAIQECRKAGIRVIVITGDNKATAEAICRRIGIFEEDEDTTGLAYTGREFDELT
TDEQYEASLRARLFARVEPTHKSKIVEYLQANGDITAMTGDGVNDAPALKKAEIGIAMGS
GTAVAKTASEMVLADDNFTSIVAAVEEGRAIYNNMKQFIRYLISSNIGEVVCIFLAAALG
VPEALIPVQLFFNPPDLDIMTKKPRSTKDTLISGWLLFRYCVIGVYVGFATVAAASWWFM
YASNGPAVSWWQLTHFMTCTGDNDNFNGIDCKIFEDPHPMTMALSVLVTIELCNALNSVS
ENQSLMKMPPWRNVWLIGAIALSMALHFMILYVDPLPIIFQICPLNLNEWGMVMKISLPV
ILIDEVLKCFGEETEINVGRSKWLQVFLSFKFYVIYDWEFVVCFEFKCKRDMYISFFTLC
LYVLLDLNIKKKL

Nucleotide sequence

Length: 3,599

>Moocul.CG.ELv1_2.S13035.g00415.01.t
CAATTCTATACTTCTATCAAAATAATTAAATAAGAAATATAAATTATATTATAAATTAAT
CAATCATAAAAGTCATCATCATGGATGATGCTTATGCACATAATACTGAAGAAGTATTGA
AATATTTTAATGTGTCCGAAAAACTCGGGCTATCAAATGATCAAGTAAAGAAGAATAAAG
AAAAATTTGGTTTAAATGAATTGCCAGCGGAAGAAGGGAAAGGCCTTCTACAACTGGTCA
TAGAACAATTTGAAGATTTATTAGTCAGAATTTTATTACTTGCTGCTATTATATCATTTG
TGCTAGCGTTGTTTGAGGAAGGAGATGACACGGTCACAGCATTCGTCGAACCTTTTGTTA
TTCTTCTCATTTTAATTGCAAACGCTTGTGTCGGAATCTGGCAGGAAAGAAATGCGGAAA
GTGCAATTGAAGCATTAAAAGAATATGAACCGGAGACGGGAAAAGTTCTTCGTCAGGATA
AACATGCAGTGCAGAAGATTCTGGCTAAAAATATCGTGCCTGGGGATATTGTGGAAGTTG
CAGTTGGAGACAAAGTGCCAGCAGACATTCGTTTAATCGCAATTAAATCAACAACTCTCC
GAGTCGATCAGGCCATCCTCACTGGTGAAAGCGTGAGTGTGATCAAACACACAGATCCAA
TTCCCGATCCCCGTGCAGTCAACCAAGACAAAAAGAACATGTTATTCTCCGGAACAAACA
TCGCAGCAGGAAAAGCGGTTGGCGTGGTAACCGGTACCGGTAGCAACACGGAGATTGGAA
AGATCCGAGATGAGATGGCGGACACCGAGTCGGAGAAAACTCCTCTTCAACAGAAGATTG
ATGAGTTTGGCGAACAACTGTCAAAGATCATCACATTGATCTGCATTGCTGTATGGGCGA
TTAACATTGGACATTTTAATGACCCCATTCATGGAGGTTCATGGATCAAGGGAGCCATTT
ACTACTTCAAGATTGCAGTTGCATTGGCTGTGGCTGCAATCCCTGAAGGTCTTCCAGCCG
TCATTACAACATGCCTTGCACTCGGTACACGTCGTATGGCCCGCAAGAACTGCATCGTTC
GTAACCTACCGTCCGTCGAAACGCTTGGATGCACATCAGTGATTTGCTCAGATAAAACTG
GAACTCTTACAACCAATCAAATGTCTGCATGCAGATTATTGACTGTAGAGAAAACAGCAC
ACAACAATTTGATGTTCCATGAATTTGACATCACCGGTTCCACATACGAGCCATACGGAG
ACGTACTAAAGGACGGAAAGAAGGTGCATGGCGGAGATTACGACGGTGTTAAAGAAATAG
CGATGATTTGTGCGTTGTGTAATGAATCTTCACTTGATTACAACGAGGCGAAAGGAGTTT
ACGAGAAAGTCGGTGAAGCGACTGAAACAGCGCTGACGGTACTTTGCGAGAAGTTGAATG
TGTTCGAGACAAACTTGGAAGGCATCACCAAAGCTCACCGCGCCAACATCTGCAACATGG
AAATCAAACATCGCATGAAGAAAGAAGTTACGCTTGAATTCTCCCGTTGTCGTAAATCAA
TGAGTGTATACTGCACTCCGGTGGATGGTTCTGCCGACAGCGCAAAGATGTATGTTAAAG
GAGCGCCTGAAGGTATCTTGGACCGTTCCACTCATGTCCGTATCGGTTCCGAGACCATCC
GTTTGACACAATCAATGAAAGAAGATATTCTCGCTAAAGTCCGAGAGTATGGTACCGGAC
GTGACACTCTTCGTTGCCTGGCACTTGGTACTGTCGATTCACCACCTGACCCAAATACCA
TGGACCTCGCTGACTCAAATAAATTCATCCAATACGAGAGCCACATCACATTCATTGGTA
TCGTTGGAATGTTGGATCCACCACGACAGGAAGTGTACGAGGCGATACAGGAATGTCGCA
AGGCCGGTATCCGTGTTATTGTCATCACCGGCGACAACAAGGCAACTGCCGAAGCCATTT
GTCGACGTATCGGAATCTTCGAGGAGGATGAAGACACCACCGGCCTCGCTTATACCGGAC
GTGAATTTGACGAACTTACAACTGACGAGCAATACGAGGCGTCACTGAGGGCGCGGTTAT
TTGCTCGTGTGGAACCAACTCATAAGAGCAAAATTGTCGAATATTTACAAGCTAACGGAG
ACATCACTGCTATGACCGGTGATGGAGTTAATGATGCTCCAGCTTTGAAGAAGGCCGAGA
TCGGTATCGCTATGGGCAGCGGAACCGCTGTAGCGAAGACTGCCTCGGAGATGGTGTTAG
CAGATGACAATTTTACATCAATCGTAGCAGCAGTTGAAGAAGGTCGAGCCATTTACAACA
ATATGAAACAGTTTATTCGATACCTCATCTCTTCAAATATCGGTGAAGTCGTATGTATTT
TCTTGGCTGCTGCACTCGGCGTACCCGAAGCATTGATCCCTGTCCAATTGTTTTTTAATC
CTCCCGACCTTGACATCATGACAAAGAAACCTCGTTCAACCAAAGATACTCTCATCAGTG
GATGGCTGTTGTTCAGATACTGTGTTATTGGAGTATACGTCGGGTTTGCGACTGTCGCTG
CTGCATCCTGGTGGTTCATGTACGCTTCAAACGGACCCGCTGTTTCATGGTGGCAACTGA
CACACTTCATGACGTGTACAGGTGACAACGACAACTTCAATGGCATTGATTGTAAAATCT
TCGAAGATCCTCATCCAATGACAATGGCATTGTCTGTGCTTGTAACCATTGAACTGTGTA
ACGCCCTCAACAGCGTTTCTGAGAACCAGTCTCTGATGAAAATGCCACCATGGCGTAACG
TTTGGTTGATCGGAGCAATTGCTCTTTCAATGGCGTTGCATTTCATGATCCTCTACGTCG
ACCCACTACCTATCATCTTCCAAATCTGTCCGCTGAACTTGAATGAATGGGGGATGGTGA
TGAAGATCTCGCTTCCCGTCATCTTGATTGATGAAGTCCTCAAATGTTTCGGAGAAGAAA
CAGAAATAAATGTGGGAAGAAGCAAATGGTTACAAGTTTTTTTAAGTTTTAAATTTTATG
TCATTTACGATTGGGAATTTGTTGTGTGTTTTGAGTTTAAATGCAAAAGGGATATGTATA
TATCATTTTTTACTCTTTGTTTGTATGTTCTGCTTGATCTAAACATAAAAAAAAAACTAT
AGGTAAATTACGTTTGTCTACAACTGTGGTTACTGCTTTCTAGTAGGTTATAATTTCTGT
TGTGAATACATTTTTATCGAAAAATTTCATTTCTAAGTTCCATTACAACAAAACAAATGC
TTTACAAAATATTGGCTGGTGAAATTTGCTGCCAACTAACCTGGTACCCTCATTTTTGCA
GTAACTAACAACCAATCATTGCATGAATACAAAATTTAATTTAACTCTTTTTAATGCTGC
AACAGTATCATTGGTTGTTTAATTATGTTGTTGCCTATCACCTTACAGCGGCCTGCCTAC
CGCTTATGCACAGTAATTGATTAAACTGTTAATTTGATATGATTTCAGTGATGGCAGCAA
CGCTTGCTGCATTAACTTAATATTGTTTGTATTTATTAAAACCAACTCTATGTAAGATA

InterProScan

SUPERFAMILY	ATPase_P-typ_TM_dom_sf (IPR023298) - T[2-125] 2.35E-131 - T[240-343] 2.35E-131 - T[748-970] 2.35E-131
SMART	ATPase_P-typ_cation-transptr_N (IPR004014) - T[3-77] 9.9E-17
Pfam	ATPase_P-typ_cation-transptr_N (IPR004014) - T[6-72] 6.7E-16
TIGRFAM	P-type_ATPase_IIA (IPR005782) - T[53-841] 1.6E-295
TIGRFAM	P_typ_ATPase (IPR001757) - T[93-374] 1.4E-42 - T[670-781] 1.3E-35
SUPERFAMILY	ATPase_P-typ_transduc_dom_A_sf (IPR008250) - T[132-237] 1.83E-27
Gene3D	HAD_sf (IPR023214) - T[331-358] 0.0 - T[602-737] 0.0
SUPERFAMILY	HAD-like_sf (IPR036412) - T[347-367] 3.19E-49 - T[580-776] 3.19E-49
ProSitePatterns	ATPase_P-typ_P_site (IPR018303) - T[351-357] .
SUPERFAMILY	ATPase_P-typ_cyto_dom_N (IPR023299) - T[356-597] 6.98E-61
Gene3D	ATPase_P-typ_cyto_dom_N (IPR023299) - T[359-601] 0.0
Pfam	ATPase_P-typ_cation-transptr_C (IPR006068) - T[789-970] 4.1E-29