Aniseed - Transcript Card

Sequences

Amino acid sequence

Length: 1,194

>Harore.CG.MTP2014.S1.g06685.01.p
MHCSFASSDAIFIPAFDLAIVPYFITGIRHTAENTAMSDLKREGRKSKFLDRFTSVNQGK
RATKKLGKTASIQEEHVGSNVLPDNVASKLSEHEVLTLFEKMLDDMNLAEEKKEPLRSKD
LQIKRGMVVQWLNKTSIVKGEQNLTPQQCIFTLNSITSSALRGEDRRELLRILESLRVSL
NSNPLSWVQNFGREGLDILLRILNDQYDNGRDTSVDQKIKHEIIRCLKAFMNNKYGIRDM
FEKENGIVTLCRAIDPNNKSMMADTVKLVAAVCLLEDGHDKVLTAITVCHENNLLLRIPH
ANAAGPGTSILPTGSSRFEAIIEGLRCCDRLPLLSVACLQLVNVLVCTPDELDFRFHLRN
EIMRAGLIHILPDLKKSQNEELQIQLRVFEEHRDVDFDELVHRYHDIRADFEYPLANLIY
LIRESLSGSSSEQLFLSIMQHLLCIRDDEWVKPQYYKLIEECVSQIILHRSGMDPDFGYR
QRFDVDVEPLIDGLVDKAKVEESEYRAQEFQKQLDQEMTARQEAESKLNKRNKEYAEIEG
KLREYEEKVKDLEEKIKQGPPPSAVSALAISGAPAPPPPPPPPPPPPGGPPPPPPPPPPP
PPPGIPPPPPIPGSLMPPPPPPPPGGMPPPPPPPGGGPPPPPGGGPPPPPGGFYRAAPTL
PGGMAEKKKYKPETIMKRLNWNKLANPRIKEKSFWVKIKEERFENQDLFARLMASFGQKK
VAKKEVENKPQKKVKELKILDSKVAQNISIFLGTLKMPYDKIKDMILRVPPELTESMVNN
LIKQLPEVEAINACKELKSQYDELVAAEQFLVVVSQIPRLIPRLQHIQFMMQFDELVADI
KPMIVSATAACQDILKSTKFKNFLELILIIGNYMNSGSRNAQTIAFDISYLVKLKDTKDA
DNKVNIIHFIAGLLEEQKDKRYNDVYGFIDDFRHTEKAHRVSGEQLTKNIASLEKSVQTL
EKDLKTFSTKDNNDKFVEVLSAFISKAQEQLGLLQDMFANMNSLYEEICSVFCIDIKRKK
MEEFFTDMHQFKEDYLRAVKENQQRKELEEKQRRAKLAKERAEKEKEERKNKRHKGVIDM
NTDDDQEGVMDSLLEALSTGKAFKKEGRRRTPRGAGDKGTKCHISVRLSTNNINVIVPAE
RRPSLSPDQILVQMRGQRSIDRSNAASMMRMLSSENPQEFSFENGSTAFCRRRA

Nucleotide sequence

Length: 3,585

>Harore.CG.MTP2014.S1.g06685.01.t
ATGCATTGCTCATTTGCTTCTTCAGATGCTATATTTATCCCTGCTTTTGATCTTGCTATT
GTACCTTATTTTATTACTGGGATCAGGCATACAGCAGAAAACACAGCCATGTCGGATCTC
AAGCGCGAAGGACGAAAGTCCAAGTTTCTGGACAGGTTCACTTCTGTCAACCAAGGAAAG
AGGGCGACAAAAAAATTAGGCAAAACCGCATCAATACAAGAGGAACATGTCGGTTCCAAT
GTCCTACCTGATAATGTCGCATCGAAATTATCTGAACATGAGGTTCTCACACTCTTTGAA
AAGATGTTGGATGACATGAATCTGGCTGAAGAAAAGAAAGAACCACTTCGCAGCAAGGAC
CTACAAATAAAACGAGGCATGGTTGTGCAGTGGCTCAATAAAACTTCCATTGTGAAGGGA
GAACAAAACTTGACTCCGCAACAATGCATCTTCACACTGAACAGCATCACAAGCAGCGCC
TTGCGAGGAGAAGACAGAAGAGAGCTTCTCCGAATACTCGAATCTTTACGTGTGTCGCTG
AACAGCAATCCGTTAAGCTGGGTCCAAAACTTTGGCAGAGAAGGCCTGGACATTCTGCTG
CGCATTCTCAATGATCAGTACGACAACGGTCGGGACACAAGTGTCGACCAGAAAATCAAG
CACGAAATAATAAGATGTCTTAAAGCATTCATGAATAATAAGTATGGTATCAGAGATATG
TTTGAGAAAGAAAACGGTATCGTCACCTTGTGCAGGGCAATTGACCCCAATAACAAGAGC
ATGATGGCAGACACAGTCAAATTAGTTGCTGCTGTTTGTTTGCTTGAAGATGGACACGAC
AAAGTCCTCACTGCTATTACGGTGTGCCATGAAAACAACCTTCTCCTCAGAATTCCCCAT
GCCAATGCTGCTGGTCCGGGGACTTCGATATTACCTACGGGGTCCAGCAGGTTCGAAGCC
ATCATAGAGGGACTGCGATGTTGCGACCGCCTTCCCCTACTCAGCGTAGCTTGCCTTCAA
TTGGTTAATGTCCTCGTTTGCACACCGGACGAACTAGATTTCCGATTTCATCTAAGGAAC
GAGATCATGAGGGCTGGACTGATACACATTTTACCGGATTTAAAGAAGAGCCAGAATGAA
GAATTACAAATCCAACTACGTGTATTTGAAGAACACAGGGATGTTGATTTCGATGAGCTG
GTTCACCGATATCATGACATACGTGCAGACTTTGAATATCCTTTGGCAAATCTTATTTAC
CTGATACGAGAATCCTTATCCGGTTCAAGCTCCGAGCAGTTGTTTCTTTCCATAATGCAA
CATTTGTTATGCATACGTGATGATGAGTGGGTCAAACCTCAGTATTACAAACTCATCGAA
GAATGTGTCTCACAGATAATATTACACAGGAGTGGAATGGATCCTGATTTTGGTTATCGG
CAAAGGTTTGATGTCGATGTTGAACCACTTATTGATGGACTGGTTGACAAAGCGAAAGTA
GAGGAAAGTGAATACAGAGCTCAAGAATTCCAAAAACAGCTTGATCAAGAAATGACAGCT
CGACAAGAGGCCGAATCTAAACTAAACAAAAGGAATAAAGAATACGCTGAAATCGAAGGG
AAATTGAGAGAGTATGAAGAAAAAGTTAAAGATTTAGAAGAAAAGATAAAGCAAGGTCCT
CCACCATCAGCAGTAAGTGCACTCGCTATATCAGGTGCACCGGCTCCACCGCCACCACCT
CCTCCGCCGCCACCACCACCCGGTGGCCCACCGCCACCGCCACCACCACCTCCACCACCC
CCTCCTCCTGGAATACCTCCACCGCCTCCTATTCCTGGAAGCTTGATGCCCCCTCCACCG
CCTCCTCCACCTGGTGGCATGCCTCCTCCACCTCCACCACCTGGTGGTGGACCCCCTCCA
CCACCTGGTGGTGGACCACCTCCACCGCCAGGCGGGTTTTACAGGGCAGCGCCTACCTTG
CCAGGCGGAATGGCCGAGAAGAAAAAGTACAAACCAGAAACGATCATGAAGCGCCTTAAC
TGGAATAAGCTGGCTAATCCTAGAATAAAAGAGAAAAGTTTCTGGGTTAAAATAAAAGAA
GAAAGGTTCGAGAATCAGGATCTCTTTGCCAGACTCATGGCTTCATTCGGACAAAAGAAA
GTCGCCAAGAAAGAAGTGGAAAACAAACCGCAAAAGAAAGTGAAAGAGCTCAAAATATTG
GATTCAAAAGTCGCACAGAATATATCAATATTCCTTGGCACGTTAAAGATGCCATACGAT
AAGATCAAAGATATGATTCTTAGAGTTCCGCCCGAACTAACAGAATCCATGGTCAATAAC
TTGATCAAACAACTTCCGGAAGTGGAGGCAATAAACGCTTGTAAAGAACTCAAGTCGCAG
TACGATGAGCTCGTTGCAGCCGAACAGTTTCTAGTTGTTGTGAGTCAGATCCCTCGACTG
ATACCTCGGTTACAACACATCCAATTCATGATGCAATTCGATGAACTCGTCGCTGACATT
AAGCCGATGATAGTGTCGGCCACCGCTGCATGTCAAGACATTTTGAAAAGCACCAAATTC
AAAAATTTCTTGGAGTTGATCCTGATCATCGGTAACTACATGAACTCTGGTTCAAGAAAT
GCCCAGACGATAGCTTTCGACATCTCATATTTAGTAAAATTAAAAGACACAAAAGATGCC
GACAACAAAGTGAACATTATTCATTTTATTGCTGGCTTGCTTGAAGAGCAAAAGGACAAA
AGATATAATGATGTTTACGGTTTCATTGATGACTTCAGGCATACTGAAAAGGCACATAGA
GTTTCAGGAGAACAGCTGACAAAGAACATTGCGAGCCTAGAAAAATCTGTTCAAACTCTC
GAAAAAGATCTCAAAACCTTCTCGACCAAGGATAATAACGATAAATTCGTTGAAGTTTTA
TCTGCCTTCATAAGCAAGGCTCAAGAACAGCTCGGTCTTCTGCAAGACATGTTTGCGAAT
ATGAACAGCCTCTATGAAGAAATCTGTAGTGTGTTTTGTATAGACATTAAGAGGAAAAAG
ATGGAGGAATTTTTTACCGATATGCATCAATTCAAAGAAGATTATTTGAGAGCCGTTAAG
GAAAATCAGCAGCGCAAAGAGCTTGAGGAAAAGCAGAGGAGAGCTAAACTTGCCAAAGAA
CGAGCTGAAAAGGAAAAGGAAGAAAGGAAAAATAAAAGGCATAAAGGAGTCATTGATATG
AATACAGATGACGATCAGGAAGGTGTCATGGACAGTTTGCTTGAAGCTCTGTCAACAGGT
AAAGCCTTCAAGAAGGAAGGGAGAAGGAGAACTCCTCGAGGTGCTGGGGACAAAGGGACA
AAGTGTCACATTTCAGTCCGGCTCTCAACAAATAACATTAACGTAATTGTACCAGCCGAA
CGACGTCCTTCTCTAAGCCCAGATCAAATCCTGGTTCAAATGAGAGGACAAAGAAGCATA
GACAGGTCGAACGCGGCGTCCATGATGCGTATGCTTTCCTCTGAGAATCCGCAAGAGTTT
TCTTTTGAAAATGGTAGTACTGCATTTTGCAGGAGACGTGCCTGA

InterProScan

PANTHER	DIAPH2 (IPR027644) - T[45-612] 0.0 - T[601-1115] 0.0
SMART	GTPase-bd (IPR010473) - T[87-274] 5.8E-52
ProSiteProfiles	GBD/FH3_dom (IPR014768) - T[87-474] 24.661
Pfam	GTPase-bd (IPR010473) - T[89-274] 5.6E-40
SUPERFAMILY	ARM-type_fold (IPR016024) - T[96-477] 7.04E-83
Gene3D	ARM-like (IPR011989) - T[154-401] 3.5E-55
SMART	FH3_dom (IPR010472) - T[277-486] 1.9E-57
Pfam	FH3_dom (IPR010472) - T[315-490] 8.8E-45
ProSiteProfiles	FH2_Formin (IPR015425) - T[666-1061] 61.658
SMART	FH2_Formin (IPR015425) - T[666-1105] 8.2E-109
Pfam	FH2_Formin (IPR015425) - T[667-1035] 1.7E-86
ProSiteProfiles	DAD_dom (IPR014767) - T[1083-1116] 10.972
Pfam	Drf_DAD (IPR010465) - T[1088-1102] 3.5E-7