Aniseed - Transcript Card

Sequences

Amino acid sequence

Length: 854

>Harore.CG.MTP2014.S361.g08489.01.p
MQPAEGCTYYAHRLQPALESEKQWWPAGCVKGFVSLFGIQTLGLYIDSKETNERHGLTLL
SSLIIYVIGSSGEVFSERTSETEDRELQLGHLQAKVAMMDQHVVPSFEHSIPAIGLKDEA
NFFADDFVLLGKNTYSSTAVYRADSSCPNDVISHQPRVAPMSCPLTDGEVGSLYPQGDGK
ESFPGEQSILELMGETEANESIHMSPLKPSDRIPLDADCGQSPTLDKLANKIQNANLSEV
SQPMSGAKKRRPKLMLRLPSREDAAQEVPTGQEYGNLTPYSANGSNTPVDDMPNLLTASK
HTEEALKTPLFPLVTPGTGAKINDAIRETFESFKTVIERNNMPKDPRQWSPYQVIEWTRW
ITGEFSIPSLDEGNFNIQGSVLCALRKEGFLKLCPPFVGEILLEHLEQLQKVCDKERRIR
AASEIAANSISISISEKTALEEKKILTELGSSLSQNCCTNNNNINPPSHPPTFLDSECDI
GHNGFNIPLTPMSPTFTSSSPFSNSGGNLHQMERNVSIKQETNAGSQFPTSMHSYDGPQE
EPNMGGFPNPALPLQHPEHPNFRRSCSHDENRRPPPQYRAPVKQEPVMFHHQPHHSNPNT
VHRQMSMPTSGASTLPPQWHSPSSLRFKEGRRSSEPMMNPFNSLPNCSHPYPSPTTPNMP
SFPKPDLYYVNLASYHHHQQMESIKRQELAREKLQNSLQNTAMKQENIGSMMSPDENSPA
YPYWGLPSQFSNQPMKPYPGMEAENPSFNPVGMFPPRGGEFPSNPVIPGAFLTGYNGSGP
IQLWQFLIELLTDKSCQHFITWTGDGWEFKMLDPDEVARRWGRRKNKPKMNYEKLSRGLR
YYYDKNIIQKTAGR

Nucleotide sequence

Length: 4,106

>Harore.CG.MTP2014.S361.g08489.01.t
ATGCAGCCTGCTGAAGGCTGTACATATTATGCCCACAGATTGCAGCCAGCACTTGAGTCT
GAAAAACAATGGTGGCCTGCTGGTTGCGTCAAAGGCTTTGTCTCACTGTTTGGAATACAA
ACACTTGGCTTATATATAGACAGTAAAGAGACAAACGAGCGACACGGTCTCACTCTATTG
TCTTCATTAATTATTTACGTCATTGGTAGCAGCGGTGAAGTTTTCTCTGAACGAACTTCT
GAAACTGAAGATCGCGAATTACAACTTGGTCATCTTCAGGCCAAGGTCGCCATGATGGAT
CAACACGTTGTACCGTCTTTTGAACACTCAATTCCCGCCATAGGACTCAAGGATGAAGCA
AACTTTTTTGCTGACGACTTTGTCCTTCTTGGTAAGAATACGTACAGCTCCACCGCGGTT
TACCGAGCGGACAGTTCCTGCCCGAATGACGTCATATCTCACCAACCGCGTGTGGCACCC
ATGTCATGCCCACTAACTGACGGAGAAGTTGGTTCGTTGTACCCTCAAGGCGATGGCAAG
GAATCATTTCCAGGTGAACAGTCTATACTGGAGCTCATGGGAGAGACTGAAGCAAACGAG
TCAATACACATGTCGCCGTTAAAGCCTTCGGACAGGATTCCACTCGACGCTGATTGTGGA
CAATCGCCAACCCTCGACAAGCTGGCCAATAAAATTCAAAATGCAAATTTGTCGGAAGTT
AGCCAACCAATGTCCGGTGCGAAGAAACGTAGACCGAAGCTTATGCTGAGATTACCTTCG
AGAGAAGATGCTGCTCAGGAAGTTCCGACAGGACAAGAATACGGAAATCTTACTCCGTAC
AGTGCAAACGGATCCAATACCCCCGTTGATGATATGCCAAATTTACTGACCGCAAGTAAA
CATACTGAAGAAGCCCTCAAGACGCCCCTCTTTCCACTTGTGACGCCTGGCACGGGCGCC
AAGATCAATGACGCCATCAGGGAGACCTTCGAGTCTTTCAAAACCGTTATAGAAAGGAAT
AACATGCCAAAAGACCCACGTCAATGGAGTCCCTATCAAGTCATTGAATGGACAAGGTGG
ATTACTGGGGAATTTAGTATACCTTCGCTTGACGAAGGTAATTTCAATATACAAGGCAGT
GTACTGTGCGCTCTGCGTAAAGAGGGTTTTCTCAAACTTTGTCCGCCTTTCGTTGGAGAA
ATACTGCTGGAACATTTAGAGCAACTGCAGAAAGTCTGCGATAAGGAACGACGTATTCGA
GCGGCTTCAGAGATAGCTGCCAACTCGATATCGATATCGATATCGGAGAAGACAGCTTTG
GAGGAGAAGAAAATACTGACTGAATTAGGATCCAGCCTTTCACAAAATTGTTGCACGAAT
AACAATAACATCAACCCTCCATCCCACCCACCTACATTTTTAGATAGCGAGTGTGACATA
GGCCATAACGGCTTCAATATTCCTTTGACGCCAATGTCACCTACTTTCACGAGCTCGTCA
CCGTTCTCGAACAGCGGCGGTAACTTACATCAAATGGAAAGAAACGTTTCGATAAAACAA
GAAACCAATGCAGGTTCTCAATTCCCCACTTCCATGCATAGTTACGACGGACCTCAAGAA
GAGCCCAATATGGGTGGATTCCCCAACCCTGCCTTGCCCCTCCAACATCCCGAGCATCCT
AATTTCCGACGCAGTTGTTCACACGACGAAAACAGAAGGCCACCGCCGCAATACCGAGCA
CCGGTCAAGCAAGAACCCGTTATGTTCCACCACCAGCCACACCATTCAAATCCAAATACA
GTACACAGACAAATGTCTATGCCGACGAGTGGTGCATCGACTTTGCCACCTCAATGGCAT
TCTCCGAGTTCGTTAAGATTTAAGGAAGGTCGCAGGTCGTCCGAACCCATGATGAATCCT
TTCAATTCTCTGCCCAATTGTTCCCATCCTTACCCTTCACCGACGACGCCAAACATGCCC
TCTTTCCCAAAACCCGATCTGTACTACGTGAACCTTGCCTCGTATCATCATCACCAACAA
ATGGAGTCAATAAAACGACAAGAATTAGCGAGAGAGAAACTACAAAACAGTCTCCAAAAC
ACTGCAATGAAGCAAGAAAACATTGGTTCTATGATGAGTCCGGACGAGAATAGCCCTGCT
TATCCTTATTGGGGTCTGCCTTCTCAGTTTTCTAACCAACCTATGAAACCCTACCCTGGA
ATGGAAGCTGAGAATCCATCTTTCAATCCGGTTGGTATGTTTCCCCCGAGGGGAGGGGAG
TTTCCTAGCAATCCTGTTATTCCAGGAGCCTTCCTTACTGGCTATAATGGAAGTGGACCT
ATCCAGCTCTGGCAGTTTTTAATCGAACTCCTCACAGACAAATCGTGCCAGCATTTCATT
ACCTGGACCGGTGATGGATGGGAATTCAAAATGCTAGATCCCGATGAAGTCGCAAGGCGA
TGGGGTAGACGAAAGAATAAGCCAAAGATGAATTATGAGAAACTTTCGCGCGGACTACGA
TATTACTATGACAAAAATATTATCCAAAAAACGGCAGGAAGGTGAGCGATACGTCTACAG
ATTCGTGTGCGACCTACAGAGTCTGCTCGGATACAGTCCACAAGAACTCCATCGGATGCT
TGACGTAAAACCAGAGGACAAAATGAGCGGAGATTAAGTAATAGAAGTAGCAGACGACTG
CTGTTAATATTCAATAATATACGGTACGACACGGTTCCGTGTATCATCGATCTTTCTGTT
GGAAGATTGTCTGATCTGCAGTATAGACATTGAGAAGTGTGAGTGGTGCGATTCGTCATG
ACCCTTGTTCGCGAGCGAACTGAAAAATTGATTTTGTAAAAGTAAATGCTTCGGCGATAG
TTTTACAAGTTCCAATATACAGATAAATACGTCTGCTTTTCCTGGTTATCTTATCACTGG
AAAGGCAAATCAACAGTTCAATAGATTTAGTTCTCTTAGCAAAAACACTACTACTTCGAT
TATACAGACAAACAGTATTTTACACTTCTGTAGTGATACACTCGAATATTGCTACCGGCC
CTGTAGTTATTTGCAATCATTCACAAGGCAAAATTGCTGCTATATACTACACTTGTACTC
CTCAGAACCGTTGGGTAATCTTTTAAAAGTCTTCATGCGATTCTTGCCTTACCCTATTCT
AAATTCCCTATCAAAACTGTTTATTTTTTATTTTTTTATTCCTATGAAGATATTTTTTGT
CCTTTGCACCTGTTTTTTTGTGTCTTTAGTTCGTTTTTCCAATCACTGACCGATCGTATC
ACGTACGCACAATTTCCTTTTTCACAACGTGACCATCCAATCTGTTTATTTGTTGTATGT
CATTTCCTAAGTTTCAATTCCTCGAGCGCCTTTCGTGCACGTGGAAGCACATTTTCCTTA
TCTCACCATATGCTATGATATTTGTACTGTACATAACTGTTTTTTACGCCAGCCAAAGAA
GCTCACACCTGTTTTTATTGCGACGAAAGATGCAAGCATCTGAGCCATATGGGAGTTTAA
CAGAAGACATTTAATCGTGCCCTTTTTTATAGTACGAAATGAACCCCTAATTCTACCGAC
TTTTGCCAATTTTCGAATGATTTATAATAACACATTTTAACACGTGTCCAAAAAGTTTCC
GCTTGAAACATTATCCTTGAATTTAATATGATTTTTTACCGACATTACTGGGAAAATTCG
GTACTAAAATACTTCACTGTTCGAACCAAACTTTTTCGTTTAATACGCAACTGGTTGTGT
TCAATGCTCGTTATGTGAGGTATTTAAGATATTTATTTTTTACTGTATACGGTAATCCGT
GAAGCAGAGGTTTGCATTTTTCCAAACTTCAAGCAGTTTTGATCCCATTTTTACGCTAAG
TCCGAAAGCGTTACGCCCATTCCTTTGAGGTTACTTCGCACTTCCAAAACTGGTGAAGTG
TCTTTATATTTTTTCTAAAGATGGTTACTTTTGTCAATTTTCCTTGTATTATTATTACCG
TTAATTTAATTTGGTAGTTCAGTTTTGAACAACGCTTATATTTGAATGTCTTCAATAAAT
ATTCCAATACAAAGACTTCGAAGGAG

InterProScan

SUPERFAMILY	SAM/pointed_sf (IPR013761) - T[309-412] 7.54E-26
ProSiteProfiles	Pointed_dom (IPR003118) - T[328-413] 39.732
SMART	Pointed_dom (IPR003118) - T[330-413] 1.8E-22
Pfam	Pointed_dom (IPR003118) - T[331-411] 1.2E-21
Gene3D	WH-like_DNA-bd_sf (IPR036388) - T[759-854] 1.4E-43
SUPERFAMILY	WH_DNA-bd_sf (IPR036390) - T[761-854] 1.25E-39
SMART	Ets_dom (IPR000418) - T[780-854] 1.8E-43
ProSiteProfiles	Ets_dom (IPR000418) - T[781-854] 42.358
PRINTS	Ets_dom (IPR000418) - T[781-794] 2.5E-24 - T[805-823] 2.5E-24 - T[824-842] 2.5E-24 - T[843-854] 2.5E-24
Pfam	Ets_dom (IPR000418) - T[782-854] 4.2E-31
ProSitePatterns	Ets_dom (IPR000418) - T[827-842] .