Aniseed - Transcript Card

Sequences

Amino acid sequence

Length: 1,028

>KH.L153.37.v2.A.SL1-1
LLCEMNTKKDKQPLAECDAKIKEIRLQLNEQLKCLDQHTESRTTLLNDMQEFFKRKSEID
SEYARKLDILSEKYLTKQRNLYAIKKEQPDLDLQSPVLCWFQMLEQCQRESKDHQSLSNI
YANHFIPRLQIVVEDAIRLHKKTREIALCSHEDLLKDLRKLYQSMQLYQVYYTEYVQAES
KLRVAEKQKTPRKLGQQSQKGLXSFRKLEKLKEKRQLKYSESNLKSVKARNEYILQLEAT
NAAIKKYYGVDIDNLLDTMGMGYHKSLERAWGSFISAEVAAQDSKMTGVGLLKKTVQELD
HDKDKKRCMENNVNAFATPPEFIMMTHSSDDVAKVSLALPQLHREIDKRCSEMERTVQQM
LTDEDERAKHSQVNIACHFSTDLQAYLKLHFYSSLNLTITQESGRSIPLVVESCIRILNL
YGLHHQGIFRVPGSHQEITEMKRLFEAGEDPVSEREDEVDINSVAGLLKLYFRQLDEKLF
PRYIFDDIVQCAHISDMEDRVVKIRKIILNIPESVLIVMRYLFAFLNHLSQNSDENMMDA
YNIAVCFGPTLLPVPDNYDQVTCQANVNEIIKTIVVNHEAIFPDKMDGPEYEKVMTSDEF
APDDPGDTMATEVDQSAADHHSASAHSSVSDDESEQFLEAMAKYDYKGRSDRELSFLKGD
CVTLYHRASDDWWEGSFKGKDGLVPHAYIVVQEYIDGISDVLSSCNESEVSLDSGGTPQS
PAHKSSQFFNPSNNRRMSSETSRPADQSRLPMKTKSLDRCNNAQEYIRQQKAKAKIGLVP
TIESPGKVQRSGSMRYEKPPPAELDQQPSVAENDPASLSVADRIERFRKSTSSTKIDPDA
LQRRPYGSIPCIVLYEGQRKQDIDETMRQAMDQLQTLDMHGPQSXKATPDVGLDTLENRI
GQRSESTTESRSSTLSSTDSRRSEKQTTPSPQSSGNWKSHMKSTSVGAYDAKKSFIGKHS
KNNNNNNGNSHYQVPTHRYQGMAAMAGRDFSTSAPAPPRANAFEPIRSGMPFQQKNQPLK
QSVRKTAL

Nucleotide sequence

Length: 3,800

>KH2012:KH.L153.37.v2.A.SL1-1
GTGCCGCCATGCTGTATAGTAGGTAAAAGGGTAAAATTGCTTTAAGAGAAATACATTGAA
TAAAATGAGCAGCTCAGGTTAGTTCTGACCGAAGAAAAGTAATAGTTACTCTGTGAAATG
AACACCAAGAAGGATAAACAGCCTCTGGCAGAATGTGATGCAAAGATAAAAGAAATCCGA
CTTCAGTTGAATGAGCAGCTGAAATGTCTCGACCAACACACAGAGTCACGAACCACTTTG
CTCAATGATATGCAAGAATTTTTCAAACGGAAATCTGAAATAGATTCAGAATACGCTCGG
AAACTGGATATTTTATCTGAGAAGTATCTCACAAAGCAAAGAAACTTATACGCTATAAAG
AAAGAGCAGCCAGACCTTGACCTGCAATCACCCGTATTATGTTGGTTTCAAATGCTTGAA
CAATGCCAGCGTGAAAGCAAAGATCATCAATCATTATCAAACATATATGCTAATCACTTT
ATTCCAAGGTTGCAGATTGTAGTTGAAGATGCCATAAGACTTCACAAAAAAACACGTGAG
ATCGCTCTATGCTCGCATGAAGATTTACTTAAAGATCTTCGTAAGCTGTATCAGTCCATG
CAGCTATATCAAGTGTATTATACTGAGTATGTACAAGCTGAAAGCAAGTTACGAGTTGCG
GAAAAACAGAAAACTCCCCGAAAACTGGGACAACAAAGTCAGAAAGGTCTACNTTCGTTC
CGAAAATTGGAAAAATTAAAAGAAAAAAGACAACTCAAGTACTCTGAGAGCAATCTCAAA
TCTGTGAAAGCACGTAATGAATACATACTTCAACTAGAAGCTACAAATGCTGCTATCAAG
AAATATTATGGAGTAGATATCGACAACTTGTTAGATACGATGGGCATGGGGTACCACAAG
TCACTTGAGCGAGCATGGGGTTCATTTATATCAGCTGAAGTTGCCGCACAAGACTCCAAA
ATGACTGGCGTTGGCTTGCTGAAGAAAACTGTACAAGAACTGGACCATGATAAGGACAAG
AAAAGATGTATGGAAAACAATGTGAATGCATTCGCCACGCCACCTGAGTTTATAATGATG
ACACACAGCAGTGATGATGTGGCCAAAGTATCGCTTGCTCTTCCTCAGCTGCATCGGGAG
ATTGACAAAAGATGTAGTGAGATGGAGAGGACAGTACAACAAATGCTCACGGATGAAGAT
GAGAGAGCTAAACACTCACAAGTCAACATAGCATGCCACTTTAGCACCGACCTGCAAGCT
TATTTAAAGTTACATTTCTATAGTAGTTTAAACTTAACCATAACACAGGAATCTGGTCGA
TCCATTCCGCTCGTAGTTGAAAGTTGTATTCGTATTTTGAACTTGTATGGGTTACATCAT
CAAGGCATATTCCGTGTCCCTGGTTCCCATCAGGAAATAACGGAAATGAAGCGACTTTTT
GAGGCTGGTGAAGACCCAGTCAGTGAAAGAGAGGATGAAGTAGATATCAACTCAGTTGCA
GGATTGCTTAAACTTTACTTCCGACAACTGGATGAGAAACTTTTTCCGAGATATATTTTT
GATGATATTGTTCAGTGTGCACATATATCGGACATGGAAGATCGTGTTGTGAAAATCAGG
AAGATTATTCTCAACATCCCTGAGTCCGTGCTCATCGTGATGAGATATCTCTTCGCGTTT
CTTAACCATTTATCGCAGAACAGCGACGAAAACATGATGGACGCATACAACATAGCTGTC
TGCTTTGGTCCCACTCTGTTACCAGTACCAGATAACTATGACCAAGTCACTTGCCAAGCT
AATGTTAATGAAATCATAAAGACGATAGTAGTAAACCATGAAGCTATCTTCCCTGATAAA
ATGGATGGACCGGAATATGAAAAGGTCATGACCTCTGACGAGTTTGCCCCCGACGACCCC
GGTGATACCATGGCAACTGAAGTCGACCAATCAGCTGCCGATCATCACAGCGCTTCAGCA
CACTCTAGTGTCAGCGATGACGAATCTGAGCAGTTTTTGGAAGCGATGGCAAAGTATGAT
TATAAAGGTCGTTCAGATCGTGAGTTGTCTTTCTTAAAAGGTGATTGCGTCACTTTGTAC
CATCGTGCGTCTGATGACTGGTGGGAAGGAAGTTTTAAAGGAAAAGATGGTCTTGTACCC
CATGCTTATATCGTTGTACAAGAGTATATAGATGGTATATCTGACGTATTATCAAGTTGC
AATGAATCAGAAGTGAGTCTCGATAGTGGTGGAACCCCTCAATCACCTGCGCACAAAAGC
TCACAATTTTTTAACCCATCAAATAACAGGAGAATGAGCAGTGAAACATCTCGTCCAGCT
GACCAATCACGTTTGCCGATGAAAACGAAGTCGTTGGACCGTTGCAACAACGCACAAGAA
TACATTCGACAACAAAAAGCCAAAGCTAAAATAGGCTTGGTACCTACAATTGAATCACCT
GGCAAAGTTCAACGGTCCGGCAGCATGAGGTATGAAAAACCTCCGCCCGCTGAGCTTGAT
CAACAACCCAGTGTTGCCGAAAATGATCCCGCAAGCCTCAGTGTTGCCGACAGAATTGAG
CGTTTTCGTAAAAGCACAAGCTCAACAAAAATTGATCCAGATGCGTTACAAAGGCGTCCC
TACGGCAGCATACCATGTATTGTGCTTTATGAGGGCCAACGCAAACAAGATATTGATGAG
ACAATGAGACAAGCAATGGACCAGCTGCAAACATTGGACATGCATGGTCCACAGTCTNAT
AAAGCAACTCCAGATGTGGGATTAGACACACTGGAGAACAGAATAGGCCAGCGCAGTGAA
TCAACAACTGAATCACGGAGTAGTACACTCTCTTCCACGGACAGCAGACGTAGCGAGAAA
CAGACAACGCCGTCGCCGCAGTCAAGTGGAAATTGGAAAAGCCACATGAAAAGTACCTCA
GTTGGTGCATATGACGCAAAAAAATCATTTATCGGAAAGCATTCGAAAAATAATAACAAT
AATAATGGAAATTCTCATTACCAAGTACCAACACATCGTTATCAAGGCATGGCTGCCATG
GCTGGTCGCGATTTTAGTACATCTGCCCCTGCACCCCCCCGAGCAAATGCATTTGAACCC
ATACGTTCAGGCATGCCTTTCCAACAGAAAAATCAACCCTTGAAACAAAGCGTGAGGAAA
ACTGCTTTGTAATTCAATAGTTCCTTGCCTATTGTTGCCCCCACCGCAATATGTATATAT
ACATACATATGTAGAATTATTTCATACATTATGAACTTAAAGTTAATATAGTATAACCTC
AAGTCTGGTAGGTTGTTTTTCGAGTTCAAAATCATGAATTACCACTATGTGTTGGTACCC
CAAATGCTACGAGTACGAACACTACATATACATACACCGTGTTTTAATGTGATCCCTTTT
TATCTGGTGTACTTACGTGTAAATAACATTGCGAAAAAAGGGTCGAGCTAAAACATTATC
CTATTTTAAAAGGCAAGACGTTTTTATCCTTTATTTTACGCAGGGTAAAAAGTGACTGTT
TCGTAACTACATAATCATGTCCTAATTCATGTTTTTGTTTTTCTGTTGCACTTCAGCCAA
AAAGCGCTGTCAGTTTATAATTTCCAAAACAATTGCGTGGTACACACGTCACAAACGCTT
CATCTTGAAATTTACGCTACATTTGCGATTCTGCTGCCTGTTATCAAGGCTATTGCAGCC
TGCTATGAACTCAGTGTTGTAACGTGGATGCACTTTCCGTGTTAACTTGTAATGGACGAG
AATAGAGAAGTTAAAATTGA

InterProScan

SMART	FCH_dom (IPR001060) - T[22-121] 2.5E-10
ProSiteProfiles	F_BAR (IPR031160) - T[22-304] 23.496
Gene3D	AH/BAR_dom_sf (IPR027267) - T[25-337] 1.2E-50
SUPERFAMILY	AH/BAR_dom_sf (IPR027267) - T[26-321] 2.25E-40
Pfam	FCH_dom (IPR001060) - T[31-115] 1.3E-16
Gene3D	Rho_GTPase_activation_prot (IPR008936) - T[381-584] 7.9E-51
ProSiteProfiles	RhoGAP_dom (IPR000198) - T[393-582] 39.398
SUPERFAMILY	Rho_GTPase_activation_prot (IPR008936) - T[402-584] 1.71E-49
SMART	RhoGAP_dom (IPR000198) - T[405-579] 2.0E-56
Pfam	RhoGAP_dom (IPR000198) - T[408-556] 7.3E-42
ProSiteProfiles	SH3_domain (IPR001452) - T[635-694] 14.776
SMART	SH3_domain (IPR001452) - T[638-693] 1.1E-13
SUPERFAMILY	SH3-like_dom_sf (IPR036028) - T[640-693] 1.58E-16
Pfam	SH3_domain (IPR001452) - T[642-689] 3.9E-14