Aniseed - Transcript Card

Sequences

Amino acid sequence

Length: 987

>Cisavi.CG.ENS81.R7.2405834-2430809.12761.p
MKDINVLESDYFGIQYEDKGNLVFLDPLKKINSQIKNISNVVLRFVVKFFPPDPGQLQEE
YTRYLFALQIKQDLVNGLLPCNEGTAVAMCSYIAQSEFGDWNSYDCSDLSYLNDLALLPP
LADLSKQELLGKIAESHKIRTGESKADSDFHLLDIVRRLEQYGLRLLPAKDQENTDIKLA
VAHMGVLVFRGNAKINTFNWARIRKLSFKKKRFLIKLRTETSVDNVGDILVFVMASRDTC
KNFWRHCIEYHAFFRLDLHPAPAPKPKIIKRGSTFRYSGKTQKQLHDLVRNSNFRRTTFA
RKSARTPTIHSRPTPYAPAVAVTPAANEFVSLPQNCGHVDVTPPNTNDNSEISRGTIKST
TSVDSPASRASKSSVARSSSTRSGSSSSYKYSNQPLPPFPPPPPSLSVDKLDQRTNRTPA
RPLSSSLDVLSMPDDENSFCILPDPVNNNSGFGRNANNNESFGPGYPSSQAYYIAKEILT
TERTYVKDLEVITKWFKSALQKESSDFLLPENLANQLFGGIGSLVALHQQFLCTLDDRLS
SWEGRGSTGASNDQLVDDLMLNHMLVLKKYLGSLENGESLILALEETGEDSRFESIYREF
ELQKVCYLPFNSFLLKPMQRVVHYKLVVERLIGYYEDDSSMDNHSDLQTAYQEATALATA
IQERLKRAHNLQKLAQLRRDLLGVDNLIKAKRDFIREGSLYKLSRKGFQQRLFFLFSDCL
VYTSKGVTSTNQFKVHAELPLQGMIIEVNEGESAVPNCFSILSGTKTVIVAAATQEEMDK
WLEDFSVAIALAGRDTTLFDSPLNNTTGFSQTSMIPPGSMSRLSMEQSSEDGEGSVRNSM
ERLKPPMQHRSNATMHVCWHRNTSVSSSDHLVSLRNQLSGYLLRKFKNSNGWQKLWVVFT
NFCLFFYKSHQDESPLASLPLLGYTINSPSENDGIRKDFVFKLKFKTHVYFFRAESQFTY
NRWLEVVSSATVTSQRTRLFSRMDSYQ

Nucleotide sequence

Length: 3,271

>Cisavi.CG.ENS81.R7.2405834-2430809.12761.t
GGCAACGTGCTCATCCAAGCAGTAATGAAGGACATCAATGTGCTTGAATCTGATTACTTT
GGTATACAGTATGAGGATAAGGGGAATCTAGTCTTTTTAGACCCACTTAAGAAAATCAAC
TCTCAAATCAAAAACATCAGTAATGTTGTCCTTCGGTTTGTGGTCAAGTTCTTCCCACCG
GACCCAGGTCAATTGCAAGAGGAATACACTCGGTATCTGTTCGCGTTGCAAATCAAGCAG
GATTTAGTTAATGGCTTGCTACCATGTAACGAGGGTACTGCAGTTGCCATGTGTTCTTAC
ATAGCACAGTCGGAGTTTGGAGATTGGAATTCGTACGATTGTTCCGACTTATCTTACCTC
AATGATCTCGCACTCTTGCCCCCCCTTGCGGATTTGAGCAAGCAAGAATTGCTCGGAAAA
ATTGCCGAAAGCCATAAAATAAGAACAGGAGAATCGAAAGCCGATTCCGACTTCCATTTG
CTCGACATCGTGCGGCGCCTCGAGCAGTACGGACTGCGGTTGCTCCCTGCCAAGGACCAG
GAGAACACCGATATAAAACTCGCGGTGGCTCACATGGGAGTTCTGGTGTTCCGGGGCAAT
GCGAAGATAAACACGTTTAACTGGGCTCGAATACGCAAGCTCAGCTTTAAAAAGAAAAGG
TTCCTGATCAAACTAAGGACGGAAACAAGCGTTGATAATGTCGGTGACATCTTAGTTTTC
GTCATGGCTTCAAGGGACACATGTAAAAACTTCTGGAGACATTGCATAGAGTACCACGCA
TTTTTCAGACTCGACCTTCACCCAGCACCAGCACCCAAACCAAAGATCATTAAGCGTGGT
TCAACGTTCAGATATAGCGGGAAAACTCAGAAGCAACTTCATGATTTGGTTCGAAACAGC
AACTTCCGTCGAACCACTTTTGCACGAAAGTCTGCCCGGACTCCCACTATTCACAGCAGG
CCAACTCCATATGCCCCAGCTGTAGCCGTAACCCCTGCGGCCAATGAATTTGTAAGTTTA
CCTCAAAATTGCGGTCACGTAGACGTAACGCCCCCGAACACAAATGACAACAGTGAGATT
TCGCGAGGTACAATTAAATCCACCACCAGTGTAGACAGCCCTGCCAGCAGAGCGAGCAAA
TCAAGTGTTGCCAGGTCCAGTTCCACCAGGTCAGGCAGCAGCTCGAGTTACAAATACAGT
AACCAGCCGTTACCCCCTTTCCCCCCACCCCCGCCATCATTGTCAGTGGACAAACTTGAC
CAGCGCACTAATAGAACGCCCGCACGCCCTCTGTCGAGTAGCCTTGACGTGCTTTCAATG
CCCGACGATGAAAACTCCTTCTGCATCCTGCCTGATCCAGTCAATAATAACAGTGGTTTT
GGACGCAACGCGAATAACAATGAAAGTTTTGGACCAGGATATCCATCCTCACAAGCCTAC
TACATTGCCAAGGAAATCCTGACAACTGAACGAACTTATGTGAAAGATTTAGAAGTCATA
ACCAAGTGGTTTAAATCAGCGCTGCAGAAGGAGAGCTCTGACTTCCTCCTCCCAGAGAAC
CTCGCCAATCAGCTCTTCGGCGGGATCGGATCGCTCGTCGCTCTTCATCAGCAGTTCCTC
TGCACACTGGATGATCGGTTGTCCTCCTGGGAGGGTAGGGGGAGCACAGGGGCGTCCAAT
GATCAACTCGTAGATGACCTCATGCTTAACCACATGCTTGTGTTGAAGAAATACCTGGGA
TCGCTTGAAAATGGGGAATCGTTGATTCTTGCGCTTGAAGAAACTGGTGAAGATTCGAGG
TTTGAGTCCATCTATCGGGAGTTTGAGCTGCAGAAGGTGTGCTACCTCCCGTTCAACTCA
TTCCTGCTCAAACCGATGCAGAGAGTCGTGCATTATAAGCTCGTCGTGGAGCGGTTGATC
GGATATTACGAGGATGATTCAAGTATGGACAACCACTCCGACCTACAAACCGCATACCAG
GAAGCAACTGCTCTCGCTACTGCCATCCAGGAGAGACTCAAACGAGCTCACAACCTCCAG
AAGTTGGCGCAACTGAGACGCGACCTTCTAGGGGTGGACAACTTGATAAAAGCTAAAAGA
GACTTCATACGAGAAGGCAGCTTGTACAAGTTATCGAGGAAGGGCTTCCAACAGCGGTTA
TTCTTCTTGTTCTCTGATTGCCTCGTCTACACAAGCAAAGGGGTCACGTCGACCAACCAG
TTCAAAGTTCACGCCGAACTTCCCCTGCAAGGGATGATCATTGAAGTGAACGAGGGTGAG
AGTGCCGTCCCGAACTGCTTCAGCATCTTGTCGGGCACGAAGACGGTGATTGTGGCTGCT
GCCACCCAGGAGGAGATGGACAAGTGGTTGGAGGATTTCAGCGTCGCAATCGCACTTGCT
GGTCGTGATACCACACTCTTCGATTCCCCGCTCAATAACACTACAGGTTTTTCCCAAACC
TCCATGATTCCTCCAGGATCAATGAGTCGACTCTCCATGGAGCAGTCGTCGGAGGATGGG
GAGGGGTCGGTGCGCAACTCGATGGAGCGACTCAAACCTCCGATGCAGCATCGATCCAAC
GCCACTATGCACGTCTGCTGGCACCGGAACACCAGCGTCAGCTCCTCCGACCACTTGGTG
TCGCTAAGGAACCAGCTAAGCGGCTATTTGCTGCGGAAATTTAAGAACTCCAACGGCTGG
CAGAAGCTTTGGGTTGTCTTCACCAATTTCTGTCTCTTCTTTTACAAATCGCACCAGGAC
GAATCGCCGTTAGCAAGTCTTCCACTACTCGGCTACACCATCAACTCCCCGTCCGAGAAC
GACGGAATAAGAAAGGACTTTGTGTTCAAGCTCAAGTTCAAAACTCACGTATATTTCTTC
AGGGCCGAGAGCCAGTTCACTTACAACAGATGGCTGGAAGTCGTCAGCAGTGCCACTGTT
ACGTCACAAAGAACTCGTCTTTTCAGTCGCATGGATAGTTACCAGTAATCGCAACGATTT
TCGGTTTTCTTTCCGATTGCTGAACACACAACCGTCCTGGTTGTCAAATCTCGGTTTAAC
TAATCTTGAGTTGTAATCGGCGATTATGTTCTTTTGAAATCATTTTATTTCTTGCTGCCT
GCAAATCAAACCACTAGCCTGATGTTGTCTGCATTTTTTTAGTAATTATATGAGTGGAGC
AATTCCTATCGTTTTTTTGCACGATCACTGGTAAATAGGGCACCGAGTAACGCGTCGCTG
TCAGCTGTAATAAACAAGCCAACAAATGACT

InterProScan

ProSiteProfiles	FERM_domain (IPR000299) - T[1-258] 58.59
SMART	Band_41_domain (IPR019749) - T[2-167] 1.8E-17
SUPERFAMILY	Ubiquitin-like_domsf (IPR029071) - T[3-52] 3.1E-9
PRINTS	Band_41_domain (IPR019749) - T[4-16] 1.9E-14 - T[68-81] 1.9E-14 - T[81-101] 1.9E-14 - T[147-163] 1.9E-14
Gene3D	FERM/acyl-CoA-bd_prot_sf (IPR014352) - T[50-160] 1.0E-27
SUPERFAMILY	FERM_2 (IPR035963) - T[52-159] 1.16E-21
Pfam	FERM_central (IPR019748) - T[53-165] 1.4E-11
CDD	FERM_central (IPR019748) - T[62-159] 1.016E-15
Gene3D	PH-like_dom_sf (IPR011993) - T[162-256] 2.7E-33 - T[874-976] 6.9E-27
Pfam	FERM_PH-like_C (IPR018980) - T[171-257] 2.1E-22
SMART	FERM_PH-like_C (IPR018980) - T[171-262] 1.9E-34
SMART	FERM-adjacent (IPR014847) - T[266-311] 4.1E-10
Pfam	FERM-adjacent (IPR014847) - T[268-304] 1.6E-8
Gene3D	DBL_dom_sf (IPR035899) - T[468-674] 2.6E-37
ProSiteProfiles	DH-domain (IPR000219) - T[470-664] 25.204
SUPERFAMILY	DBL_dom_sf (IPR035899) - T[470-684] 8.11E-38
CDD	DH-domain (IPR000219) - T[472-662] 2.9011E-32
Pfam	DH-domain (IPR000219) - T[474-661] 3.0E-27
SMART	DH-domain (IPR000219) - T[474-663] 1.6E-31
ProSiteProfiles	PH_domain (IPR001849) - T[693-790] 14.346 - T[875-972] 13.778
SMART	PH_domain (IPR001849) - T[694-792] 1.2E-17 - T[876-974] 5.0E-17
Pfam	PH_domain (IPR001849) - T[695-789] 2.6E-9 - T[878-970] 5.3E-13