Aniseed - Transcript Card

Sequences

Amino acid sequence

Length: 1,058

>Cisavi.CG.ENS81.R51.721457-742088.04422.p
MYAYEEESIYDEWGYHNSLNVSVDFFLPTGIYIPLDIPRNYTIKQVKHVLWEEAIHYPLF
SKLLNPESYIFTYITSFGLTEEIVDELRHLSEVRIDFHWSTPLVGYQIVTMKKLMSAEIL
LNISDDNELNIDHESSSFRKDMREMAIQVSKQRDALHWKVGTIYCKPREPFCQECSSTYI
IKVGIKLFIIFKTLKTVYTIKINPGWTTDTLTREALAAWRQKTKSRLPSDNDDDYVLKGG
GKEYLVGNHPIYMFKSTVSSVHAPPILTLLHVANVRKLLPQQSQLLMKMQVDKFNFLFNN
LAPPVPEKHRPVWSLWQLDVMFKLRVIRAGNVNAAQERDKKLVIHIGLYHGSETLCPTTY
TKEPVKETAAGNEYQWDEECFFDINAVNLPRNAMLCFAVCSSKRGVGGKTKKDKKDGNQK
YIQAATPIAWVNMMVFDFKRFLKAGLYRLNCWPVNLDNLDSNNLFPRGGLMTNPDVEQAT
FIEIAMTEYQAAIMYPSLPEVLEEAARQAVVRESNLMTSAASKLHMTQLEEVIRKDRFDD
LYDDDKSLLWRLRIDCREHFPDALSKVLASANWSSYKSVAMVQAMLNSWKPLSPEHAMEL
LDSQYADEHVRDFAVKCLESLRDDELQQYLMQLVQVLKFDSYLSSSLVRFILRRAWNNRK
IGHFLFWHLKSEISQKTLNLRFSLILEAYLYGNLPHMKTLCKQHEALNKMRTLNDRVSFS
PKDIKVRARQALKDTANQDSFREALTSVECPLEPNIDMQELLVDKCKVMNSKMRPLWLVF
KNSDMQDGSIAVIYKNGDDLRQDMLTLQTISIMDVLWKSEGLDLRMIPYGCLATGEGTGM
IEVVTHANTIANIQKTRGGKMAAFRHQTLIEWLEQNNTTKSEFDQAIENFTYSCAGYCVA
TFVLGVGDRHSDNIMVTEKGQLFHIDFGHILGNFKTKFGIKRERVPFVLAHDFVHVINKG
KNNNKADFDKFRKLCDNAFCILRRKGYLFITLFALMVHSGLPELNSLDHLEYLRETLALH
LTEQKALQQFRSKFNKALTDAWATSVNWFFHNVTRDNT

Nucleotide sequence

Length: 3,305

>Cisavi.CG.ENS81.R51.721457-742088.04422.t
GGAAAACACAAGGCCTATTCGAATTAGAAATCATGCTAAACATGAATATTTGGCATGGAA
AAACGTATGTTTAGCAAAACACCTCAACAGAAGTACTGGTACCCTTAAAAATGAGTTCTT
CGGCTGGGATGTATGCATATGAAGAGGAATCGATCTATGATGAGTGGGGATACCACAACT
CTCTCAATGTCAGTGTCGACTTCTTTCTTCCGACAGGCATCTACATCCCTCTTGATATAC
CACGGAATTACACAATAAAACAAGTGAAACATGTTCTTTGGGAAGAGGCAATCCACTACC
CTCTTTTCAGCAAGCTGCTTAACCCGGAAAGTTACATTTTCACATACATTACAAGTTTTG
GGCTCACTGAAGAAATAGTCGATGAATTACGTCACCTCAGCGAAGTAAGAATAGACTTCC
ATTGGTCCACCCCCTTAGTAGGCTACCAGATTGTGACAATGAAAAAGCTAATGTCTGCTG
AAATCTTGCTTAACATTTCAGATGATAATGAGCTCAACATAGACCATGAAAGTAGTTCGT
TCCGGAAAGATATGAGGGAAATGGCGATTCAGGTTTCAAAGCAAAGAGACGCCCTTCATT
GGAAGGTTGGGACGATTTATTGCAAGCCACGAGAACCATTTTGTCAGGAGTGCTCAAGTA
CCTACATCATAAAAGTTGGGATAAAGCTTTTTATTATTTTTAAAACACTAAAGACAGTGT
ACACAATCAAGATTAATCCTGGGTGGACGACCGATACGCTGACGCGTGAAGCACTTGCGG
CGTGGAGACAGAAAACAAAATCTCGGCTTCCCTCTGACAATGACGATGATTACGTTTTGA
AAGGCGGTGGGAAGGAATACCTCGTCGGAAACCACCCCATTTATATGTTCAAGTCCACCG
TGTCCAGCGTTCACGCTCCCCCCATACTCACCCTGCTTCATGTGGCCAATGTGAGGAAAC
TACTTCCCCAGCAATCCCAACTCCTTATGAAAATGCAGGTAGATAAGTTTAATTTTTTAT
TTAACAATCTGGCGCCTCCGGTGCCGGAGAAGCATCGTCCAGTTTGGTCGTTATGGCAAC
TCGATGTCATGTTTAAACTTCGCGTCATACGAGCTGGCAACGTCAACGCGGCACAGGAGA
GGGATAAGAAGCTGGTGATACATATCGGACTCTACCATGGCTCCGAAACTCTGTGTCCAA
CCACCTACACCAAAGAACCGGTAAAAGAGACCGCAGCAGGGAATGAGTACCAGTGGGATG
AGGAATGCTTCTTCGATATCAACGCGGTGAACCTGCCCCGAAACGCGATGCTTTGTTTTG
CCGTCTGTAGCAGCAAGCGGGGGGTGGGAGGCAAGACGAAAAAGGACAAAAAAGACGGGA
ACCAGAAGTACATACAAGCTGCCACCCCTATAGCGTGGGTGAACATGATGGTGTTCGACT
TCAAGAGGTTTCTAAAGGCTGGCTTGTATCGTCTAAACTGCTGGCCGGTTAACTTAGATA
ACCTGGATTCGAACAACCTGTTTCCCCGTGGTGGGTTGATGACCAACCCCGATGTGGAGC
AAGCTACGTTCATTGAAATTGCAATGACAGAATACCAAGCAGCCATCATGTACCCTTCCC
TTCCCGAGGTATTAGAGGAAGCGGCGCGACAAGCAGTGGTCCGCGAGAGCAACCTGATGA
CGAGCGCCGCCTCCAAACTCCACATGACTCAGCTCGAAGAGGTCATCCGCAAGGATCGGT
TTGACGACTTATACGACGACGATAAGAGCTTACTGTGGCGTCTACGAATAGACTGCAGGG
AACACTTTCCAGATGCACTTTCCAAGGTTCTTGCCTCTGCTAACTGGAGCTCCTACAAGA
GTGTGGCTATGGTCCAAGCGATGTTGAATTCGTGGAAGCCTTTGTCACCTGAGCATGCCA
TGGAGTTGCTTGACAGCCAGTATGCAGACGAGCATGTGAGAGACTTTGCCGTCAAGTGCT
TGGAGAGCTTAAGAGATGATGAGCTCCAGCAATACCTCATGCAGCTGGTCCAAGTGCTGA
AGTTCGACTCTTATCTGAGCAGCAGTTTGGTCCGGTTTATCCTGCGGAGGGCATGGAACA
ATCGGAAGATCGGACATTTCCTCTTCTGGCATCTAAAATCCGAGATATCGCAGAAGACGC
TCAACCTGAGATTCTCATTGATATTGGAAGCTTACCTGTACGGCAACCTACCTCATATGA
AGACTCTGTGCAAACAGCACGAAGCACTCAACAAGATGCGGACGCTCAATGACAGGGTAA
GTTTCAGTCCCAAGGACATCAAAGTGAGAGCTCGACAAGCACTGAAAGACACGGCCAATC
AGGATTCCTTCAGAGAGGCATTGACTAGTGTGGAATGCCCCTTGGAGCCCAACATTGATA
TGCAGGAACTTTTAGTCGACAAGTGCAAAGTGATGAACAGCAAGATGCGACCGCTGTGGC
TCGTGTTCAAGAACAGCGACATGCAAGATGGAAGCATCGCCGTTATCTATAAAAACGGAG
ATGACCTCCGCCAAGACATGCTGACCTTACAAACCATCTCCATCATGGATGTGCTGTGGA
AATCGGAGGGACTGGACCTCAGAATGATCCCATATGGTTGTCTTGCCACTGGGGAAGGAA
CTGGTATGATTGAGGTAGTGACCCACGCAAACACCATCGCTAACATTCAGAAGACGAGGG
GAGGAAAGATGGCGGCGTTCCGACACCAGACGTTGATAGAATGGCTGGAGCAGAACAACA
CAACCAAATCTGAGTTTGACCAAGCGATTGAGAACTTCACGTATTCATGTGCGGGATACT
GTGTCGCTACCTTCGTTCTTGGGGTTGGTGACCGCCATTCTGACAACATAATGGTCACAG
AGAAAGGACAGCTTTTCCACATCGATTTTGGGCACATCCTCGGCAACTTTAAGACGAAAT
TCGGCATCAAGAGGGAGCGTGTCCCGTTCGTCCTGGCTCACGACTTTGTCCACGTCATCA
ACAAAGGAAAAAACAATAACAAAGCTGACTTTGATAAGTTCCGCAAGCTTTGCGACAACG
CGTTCTGCATTCTACGACGCAAGGGATACCTTTTCATCACGCTGTTTGCCCTGATGGTCC
ACTCTGGCCTTCCGGAACTTAATTCCTTGGATCACCTTGAGTACCTGCGCGAGACGTTGG
CTCTGCACCTCACAGAGCAGAAGGCTCTTCAGCAGTTCCGCAGCAAATTCAACAAAGCGT
TGACGGACGCGTGGGCCACGTCGGTCAACTGGTTCTTTCACAACGTAACTCGCGACAACA
CATGA

InterProScan

PANTHER	PI_Kinase (IPR015433) - T[10-1057] 1.6E-294
ProSiteProfiles	PI3K_adapt-bd_dom (IPR003113) - T[17-106] 26.914
SMART	PI3K_adapt-bd_dom (IPR003113) - T[32-112] 5.9E-7
Pfam	PI3K_adapt-bd_dom (IPR003113) - T[33-95] 1.7E-19
SUPERFAMILY	Ubiquitin-like_domsf (IPR029071) - T[130-277] 2.51E-9
Pfam	PI3K_Ras-bd_dom (IPR000341) - T[184-262] 3.7E-7
SMART	PI3K_C2_dom (IPR002420) - T[310-418] 3.4E-7
Gene3D	C2_domain_sf (IPR035892) - T[318-493] 2.7E-40
ProSiteProfiles	PI3K_C2_dom (IPR002420) - T[318-490] 26.191
PIRSF	PI3K_Vps34 (IPR008290) - T[323-461] 0.57 - T[504-644] 5.6E-16 - T[640-1054] 2.5E-76
Pfam	PI3K_C2_dom (IPR002420) - T[339-459] 2.6E-18
ProSiteProfiles	PInositide-3_kin_accessory_dom (IPR001263) - T[515-692] 35.555
SMART	PInositide-3_kin_accessory_dom (IPR001263) - T[519-703] 7.8E-66
Pfam	PInositide-3_kin_accessory_dom (IPR001263) - T[523-698] 7.7E-53
SUPERFAMILY	ARM-type_fold (IPR016024) - T[524-692] 2.53E-52
SUPERFAMILY	Kinase-like_dom_sf (IPR011009) - T[697-1049] 1.12E-93
ProSiteProfiles	PI3/4_kinase_cat_dom (IPR000403) - T[790-1039] 68.798
Pfam	PI3/4_kinase_cat_dom (IPR000403) - T[790-1005] 3.8E-53
SMART	PI3/4_kinase_cat_dom (IPR000403) - T[791-1056] 6.0E-113
Gene3D	PI3/4_kinase_cat_sf (IPR036940) - T[846-1058] 4.9E-78
ProSitePatterns	PI3/4_kinase_CS (IPR018936) - T[893-913] .