Aniseed - Transcript Card

Sequences

Amino acid sequence

Length: 981

>Moocul.CG.ELv1_2.S3770.g00082.01.p
MTEVGYRVVRGPDWCWGDQGGQDGHLGTVVKIGLCKDGDIPERTVIVQWDNGTRTNYRVG
FKGSYDLLVFDSAPAGVKHTNKTCDGCKKLGIDGIRWQCVECDGYNLCTTCYMGNKHSLE
HTFIRYLHPSCKGIAVPKRSKHNKTASHGIFPGARVVRGADWLWGEQDGKNVGTVVEIRG
WENESSNSVATVKWQGTKHENIYRVGHKGKMDLKCIKPASGQFFYKDHLPICGKDDDENM
EKLTATLSKFKVGEKVKVSLDVDVLMKLQQGHGGWNPKMSQLIGKVGTIHRITQSGDVRV
QYKSPENERSESNRWTFHPNALIKVTDHHDFAIDDFAQVINDSAKVRTLQSQEHGNWHEK
MNEVIGKVGKVVEVYADGDIRVKFESQRIWTLNNACVLPVDKEFQTACVAPVQVEPSAPS
LVVSPKNKHAITNNISNLSTPLINKDSVAKDLVHESTKGNLEKVKRIISLHPDTVNMKHN
HTTALHGSSHEGHVSIIRFLLSHNADVNAHDNHNSTPLHYAVHGKRSKCVSFLLDNGVEV
DAKNHEGVTALHTSARLGDYESLQLLLQAKSNVNLKTNNGETAGHLVVAGSCHECAIIIF
THPDFDPHIVNGRKFNVFHEAAKKGEARMVDILLDKFPSIIDLPKNDGFTALHLAALNGH
YALIKLLLHKGQCDVNSTDNENQTPLHVAASQGDVNIVSLLVKEKASVKIPTARGNTCLH
AALSAIPAHLSKTDVLTTTDFKECFNDNTCFDELKPILKTCVGRYPKKVFKLVMAGCFLV
YHGASLRWLNEDELSPLDLVEIHEIERMLKSVKILKHNRAYDKTSTAANFIGKQHLTGQL
QANCNFECADMCNDAEHTTCISCDQEHPLVTFHPCKHKVVCVECSRRMRRCMKCHALIEM
KIAVSGDLIDLRSDDESSTVIKLKQKVQELEESNQCSICMERERDVALQCGHRFCSSCPS
TLRDSLCPICRRPIIDTIKLY

Nucleotide sequence

Length: 3,207

>Moocul.CG.ELv1_2.S3770.g00082.01.t
ATTTTGTCTAGTTTACTCAGCAGCATTTTTTACCATTATTCAGTTTCTTGGAATTGTAAT
AAAGAAAAAATGCTCGTAGATCAAGCTTTATATACATCTAAAGCTATTGCAATGTAGCAT
AAAGGTGCTTTACGGTGTTAAGTGTCCTAGATAGCTCCAACCAAACTGCCAGATGGATGC
TTAGATTACTGAATGTATTCAGTACTACCAACTCAACAAGACGTTTAGTCTTCCTTGGTT
AGTTATTGATTGAAGAAAACAATGACAGAAGTTGGATATCGTGTTGTTCGTGGTCCTGAT
TGGTGTTGGGGTGATCAGGGTGGACAGGATGGTCACCTTGGCACTGTGGTCAAGATTGGG
TTGTGTAAAGATGGGGATATTCCTGAGCGGACTGTGATTGTGCAATGGGACAATGGAACA
AGAACAAATTACCGCGTCGGATTCAAAGGATCTTACGATCTCTTGGTGTTTGATTCCGCT
CCAGCAGGTGTGAAACACACAAACAAAACATGTGATGGGTGCAAGAAGCTTGGCATTGAT
GGTATACGCTGGCAATGTGTTGAATGTGATGGATATAATCTATGTACAACCTGCTACATG
GGCAATAAACATTCACTTGAACATACATTCATAAGATATCTTCATCCATCATGCAAAGGA
ATCGCAGTCCCTAAGCGATCCAAGCACAACAAAACAGCGAGCCATGGCATCTTTCCTGGT
GCCCGTGTGGTGCGAGGTGCCGATTGGTTGTGGGGAGAACAAGATGGGAAAAACGTCGGA
ACAGTTGTTGAAATTCGTGGATGGGAAAACGAGTCCAGTAACAGTGTAGCAACGGTCAAG
TGGCAAGGAACAAAACATGAAAATATTTATCGTGTCGGTCATAAAGGAAAGATGGATTTA
AAGTGCATCAAACCGGCTTCTGGACAATTTTTCTATAAAGATCATCTGCCGATATGTGGC
AAAGATGACGATGAAAACATGGAAAAACTCACTGCGACTTTGTCCAAATTCAAGGTTGGT
GAGAAGGTCAAAGTGTCGCTGGACGTTGATGTTTTGATGAAACTGCAGCAAGGACATGGA
GGATGGAATCCAAAGATGTCGCAGTTGATTGGAAAAGTTGGTACGATTCATCGGATAACA
CAATCTGGAGACGTTCGTGTCCAGTATAAATCGCCGGAAAATGAACGATCGGAAAGTAAT
CGATGGACGTTTCACCCCAACGCACTTATTAAAGTTACTGATCACCACGATTTTGCAATT
GACGATTTTGCGCAAGTTATTAATGATTCGGCAAAAGTACGAACATTACAATCACAAGAA
CACGGCAACTGGCACGAGAAGATGAATGAGGTGATTGGCAAGGTTGGGAAGGTTGTCGAA
GTGTACGCAGATGGGGACATTAGAGTTAAGTTTGAATCACAACGAATTTGGACGCTCAAC
AACGCATGTGTGCTTCCTGTTGACAAGGAGTTTCAAACGGCATGCGTTGCACCGGTACAG
GTTGAACCTTCTGCTCCATCGCTTGTTGTGTCACCGAAGAATAAACATGCGATCACGAAT
AATATCTCCAATTTGTCGACTCCGCTAATTAATAAAGACTCCGTTGCCAAAGATCTCGTC
CATGAATCTACAAAAGGAAACTTGGAAAAAGTCAAAAGGATAATCTCCCTTCATCCAGAC
ACGGTGAACATGAAGCACAATCACACAACAGCTCTTCACGGGTCATCGCACGAAGGTCAT
GTCAGCATTATTCGATTTCTGCTGAGTCATAATGCCGATGTAAATGCTCATGACAACCAC
AACTCGACTCCACTACATTATGCTGTACACGGCAAACGATCAAAATGTGTTTCATTTTTG
TTGGACAATGGAGTGGAGGTGGATGCTAAAAACCATGAAGGCGTGACAGCATTACATACT
TCTGCACGCTTGGGTGATTATGAGAGTCTGCAGTTGTTATTACAAGCAAAATCCAATGTC
AATTTGAAGACAAACAATGGTGAGACAGCAGGACATCTGGTCGTAGCTGGTTCATGTCAC
GAATGCGCAATTATCATTTTTACTCATCCTGATTTTGATCCTCACATCGTCAATGGACGA
AAATTTAACGTTTTTCATGAAGCTGCAAAGAAGGGGGAAGCAAGGATGGTGGATATCCTC
CTTGATAAGTTTCCTTCAATAATCGACCTCCCGAAGAATGACGGCTTTACAGCTCTTCAC
CTCGCCGCGTTGAACGGACATTATGCTCTCATTAAACTCCTCTTGCATAAGGGTCAGTGC
GACGTGAATTCGACCGATAACGAAAACCAAACACCACTTCATGTTGCTGCTTCACAAGGC
GACGTCAACATTGTCAGTCTGCTTGTGAAGGAGAAGGCATCTGTAAAAATACCAACCGCT
CGTGGGAACACATGTTTACACGCTGCATTATCAGCGATTCCTGCACACTTGTCGAAAACA
GACGTGCTAACGACGACAGATTTTAAAGAGTGTTTTAATGATAACACATGTTTTGATGAG
TTAAAACCGATTTTGAAAACTTGTGTTGGTCGATATCCAAAAAAAGTGTTCAAACTAGTC
ATGGCAGGCTGCTTTTTGGTTTATCATGGCGCAAGTCTAAGGTGGCTCAATGAAGATGAA
CTCTCCCCACTTGATCTTGTCGAAATCCACGAAATTGAACGAATGTTGAAATCCGTGAAA
ATATTAAAACATAATCGTGCATATGACAAAACATCAACGGCAGCGAATTTTATCGGTAAA
CAACATTTAACCGGCCAACTACAAGCAAATTGCAATTTTGAATGTGCTGATATGTGTAAT
GATGCGGAACACACGACATGTATATCGTGCGATCAAGAACACCCTCTAGTGACCTTTCAT
CCGTGCAAACATAAAGTTGTATGTGTAGAATGCTCTCGTCGAATGCGGCGGTGTATGAAG
TGCCACGCTTTAATAGAAATGAAGATTGCAGTGAGTGGTGACCTAATTGACCTTCGATCA
GATGATGAAAGTTCAACTGTAATTAAACTTAAACAAAAGGTTCAAGAACTTGAAGAATCC
AATCAATGTTCAATTTGTATGGAGAGGGAACGGGATGTGGCATTGCAATGTGGTCATAGA
TTTTGTAGTTCGTGTCCCTCTACACTGCGCGATTCTCTTTGTCCAATATGCCGAAGACCT
ATTATTGATACTATTAAACTCTACTGA

InterProScan

Gene3D	Mib_Herc2_sf (IPR037252) - T[1-73] 1.4E-21 - T[136-223] 3.9E-22
ProSiteProfiles	Mib_Herc2 (IPR010606) - T[1-73] 29.756 - T[142-219] 20.922
SUPERFAMILY	Mib_Herc2_sf (IPR037252) - T[3-72] 6.8E-19 - T[145-218] 7.45E-17
Pfam	Mib_Herc2 (IPR010606) - T[5-70] 5.6E-22 - T[153-216] 8.5E-21
SMART	Znf_ZZ (IPR000433) - T[78-123] 6.8E-7
ProSiteProfiles	Znf_ZZ (IPR000433) - T[78-125] 12.714
Pfam	Znf_ZZ (IPR000433) - T[79-117] 5.0E-8
ProSitePatterns	Znf_ZZ (IPR000433) - T[84-111] .
Gene3D	Ankyrin_rpt-contain_sf (IPR036770) - T[444-550] 8.4E-26 - T[604-823] 4.2E-33
SUPERFAMILY	Ankyrin_rpt-contain_sf (IPR036770) - T[457-723] 3.17E-60
Pfam	Ankyrin_rpt-contain_dom (IPR020683) - T[458-544] 9.3E-13 - T[603-679] 4.3E-11
ProSiteProfiles	Ankyrin_rpt-contain_dom (IPR020683) - T[459-722] 59.873
SMART	Ankyrin_rpt (IPR002110) - T[480-509] 0.0054 - T[513-542] 5.1E-4 - T[546-575] 0.019 - T[579-609] 1100.0 - T[613-643] 21.0 - T[647-677] 6.4E-6 - T[681-710] 3.6E-4 - T[714-746] 2200.0
ProSiteProfiles	Ankyrin_rpt (IPR002110) - T[480-512] 12.289 - T[513-545] 11.861 - T[546-578] 11.514 - T[647-671] 11.621 - T[681-713] 11.648
CDD	Ankyrin_rpt-contain_dom (IPR020683) - T[483-596] 5.82968E-32 - T[609-722] 3.91799E-27 - T[676-810] 1.14742E-10
Pfam	Ankyrin_rpt (IPR002110) - T[547-578] 0.014 - T[683-708] 0.0056
Gene3D	Znf_RING/FYVE/PHD (IPR013083) - T[846-911] 9.7E-6 - T[912-981] 8.2E-15
SMART	Znf_RING (IPR001841) - T[860-894] 3.6 - T[936-970] 2.4E-5
ProSiteProfiles	Znf_RING (IPR001841) - T[936-971] 12.238