Aniseed - Transcript Card

Sequences

Amino acid sequence

Length: 1,120

>Cisavi.CG.ENS81.R0.2383954-2402994.16717.p
LKNWETNQDFRDTLHVKACPINRCNPEKCNGSIMQPPNMMRDPRDPKPSMDSIKELAKDF
INQYFTSMKRNDSEAHSSRLAEVLASISSTGTYELTKNELIFGAKTAWRNAPRCVGRIQW
NKLHVFDCRKVTSTREMFDAICVHLKYATNKGNIRSCITFFPPRNDVKTEFRVWNSQLIR
YACYRQEDGSLVGDPANLELTELCMRLGWKGKGGRFDLLPLLLQANGEDPELYELPANLV
LEVKLRHPEQDWLEQMNLKWYAVPAVSNILLDIGGVEFPAVPFNGWFMGTEIGRDLVDTS
RYNMILPMAEAMGLNTKKTSSLWKDKAILELNLAILHSFQSDNVTIMDHHVATESFMKHF
ANEVKLRGGCPGDWVWLVPPVSGSATPVFHQEILNYTLNPSCLYQPDPWQYYKWKDTVMV
KRKNKLHFKELAKSVMVTSRMMKKAMANRIKTTILYATETGKSYAYSLILQEIFNHAFDA
KVVAMDQYDICNLEYESMLLVVTSTFGNGDPPENGEVQTMLRLFYDVNNQPNMAASAKNY
INILNYRKPRKRGVLRRRFQSQLDVSRDFDSVSQGLLANVKFAVFGLGSRAYPHFCAFAH
AVDTLLGELEGERVKEIGEGDEMCGQEECFRNWAQQVFKAACDTFCLQEEVNLEDANASL
KSTKFDKSNFRVTVSDVQVEPNYVETLSKMHRKKLSPCRLIRRKNLQSEKSGRSTILIQL
EKKNSDVLNFQPGDHLGIYPRNDPALVKALISKIRDATDDSTVVRLEVQDEKKTFIGNFK
YWDADTRLPSCTLTMAFSRFLDITTPPTPQLLKLFSECNVNEEQSTALRILGQGESEYED
WKFSNNPNLVEVLNEFPSTQVDASLLLKQLPLLQARYYSISSSPDVYPGEIHCTVSVVTY
HTRGGDGPLHHGVCSSYLNSITDEEEVPCFVRMAPTFHLPTKEDAPCILVGPGTGIAPFR
SFWQHRISQIQKGDRTMALLFGCRNPQQDHLYKDEVETAMKQGAISHAYTAFSREEGKPK
QYVQDVIMNDISEFVFDLIHTRNGHFYVCGDVTMAAEVHRTLKDVLCINGGMTPEQVEEY
ITAMKSEDRYHEDIFGVTLRTYEVNRSLRLKGKEKKLSMK

Nucleotide sequence

Length: 3,413

>Cisavi.CG.ENS81.R0.2383954-2402994.16717.t
ACGACAGTGACATGCCGCATGTTCAGAACGGAAAACAAGACTTCGCTTCCTTGAAAAATT
GGGAAACAAATCAGGATTTTCGGGACACTCTTCACGTTAAAGCATGTCCGATCAACAGAT
GCAACCCGGAAAAATGCAATGGGAGTATCATGCAACCACCAAACATGATGCGAGACCCGA
GAGACCCGAAACCAAGCATGGATTCCATTAAAGAACTCGCGAAGGATTTCATTAATCAGT
ATTTCACATCCATGAAAAGGAATGACTCAGAGGCACACTCAAGTAGACTTGCTGAAGTGT
TGGCTTCGATTAGTTCAACCGGAACTTACGAACTAACGAAGAACGAACTTATCTTTGGGG
CAAAAACCGCGTGGAGGAACGCCCCACGATGCGTGGGGAGAATTCAGTGGAATAAACTGC
ACGTATTCGACTGCAGGAAAGTGACCTCGACACGAGAGATGTTCGACGCAATATGTGTCC
ACTTGAAATACGCCACCAACAAGGGAAATATACGATCTTGCATTACGTTCTTTCCACCGA
GAAATGACGTAAAGACAGAATTTCGCGTCTGGAACTCCCAGCTGATACGATACGCTTGCT
ACAGACAGGAAGACGGGAGTTTGGTCGGAGATCCAGCTAACTTGGAGCTAACCGAGCTTT
GCATGCGGCTGGGTTGGAAGGGAAAAGGGGGTCGTTTTGATCTTCTACCGCTATTACTTC
AAGCCAACGGAGAGGACCCAGAGTTATACGAACTTCCAGCGAATCTTGTGCTAGAGGTCA
AGCTGCGACACCCTGAACAAGACTGGCTTGAACAAATGAACTTGAAATGGTACGCCGTCC
CTGCTGTCAGTAATATCCTCCTGGATATAGGCGGAGTGGAGTTTCCAGCCGTGCCTTTTA
ACGGGTGGTTCATGGGGACCGAGATCGGACGGGATCTGGTAGATACCTCCAGATATAATA
TGATATTGCCGATGGCCGAAGCAATGGGCCTCAACACAAAGAAAACATCTTCCCTTTGGA
AAGACAAGGCGATATTAGAGCTCAATCTTGCTATATTGCACAGCTTTCAGAGTGACAACG
TCACAATTATGGACCACCATGTAGCTACTGAATCCTTCATGAAACACTTCGCAAATGAAG
TGAAACTTCGAGGCGGGTGTCCAGGTGATTGGGTGTGGCTTGTACCTCCCGTCTCTGGCA
GTGCAACCCCAGTATTTCATCAGGAGATATTGAACTACACCCTCAACCCATCTTGCCTGT
ATCAGCCCGACCCGTGGCAGTACTACAAATGGAAAGACACCGTGATGGTAAAGCGGAAAA
ATAAACTACATTTTAAAGAACTGGCCAAGTCTGTAATGGTGACGTCACGGATGATGAAAA
AGGCGATGGCGAATAGAATAAAGACGACGATCTTGTACGCCACGGAGACTGGAAAGTCTT
ACGCCTACAGTCTGATATTACAGGAGATATTTAACCACGCCTTTGATGCCAAGGTGGTAG
CGATGGACCAATACGACATTTGCAATCTGGAGTATGAGTCTATGCTGCTCGTTGTTACCA
GCACATTCGGTAATGGGGACCCACCGGAAAACGGAGAGGTACAAACAATGTTAAGGCTGT
TTTATGATGTAAATAACCAACCCAATATGGCCGCTTCGGCCAAAAATTATATCAACATTC
TAAATTACAGAAAACCTAGGAAAAGAGGTGTCTTGCGACGTCGCTTCCAAAGTCAGCTGG
ATGTTTCAAGAGACTTTGATTCGGTCTCACAGGGGTTGTTGGCGAATGTTAAATTCGCCG
TATTTGGACTTGGATCACGAGCATACCCTCACTTCTGTGCCTTTGCGCATGCGGTGGATA
CTCTGTTGGGGGAGCTTGAGGGAGAACGAGTGAAAGAGATCGGTGAAGGGGATGAGATGT
GTGGACAAGAGGAGTGTTTCCGGAACTGGGCGCAACAGGTTTTCAAGGCCGCTTGCGACA
CCTTCTGTCTACAAGAGGAAGTTAATCTTGAAGACGCAAACGCCTCGCTGAAAAGCACGA
AGTTTGACAAATCAAATTTCAGAGTCACAGTCAGTGACGTACAAGTTGAACCTAATTATG
TCGAAACTCTGAGCAAAATGCATCGGAAGAAGTTATCACCATGCCGATTGATCCGAAGAA
AGAATTTGCAGTCGGAAAAATCTGGACGATCAACTATTCTGATTCAACTTGAAAAGAAAA
ATTCAGACGTTTTGAATTTCCAGCCCGGAGATCACCTTGGGATCTATCCACGCAATGATC
CTGCTCTTGTAAAAGCTCTGATCTCGAAGATTCGAGATGCCACCGACGATAGCACGGTAG
TTCGGCTAGAAGTTCAAGACGAAAAGAAAACTTTTATTGGCAACTTCAAGTATTGGGATG
CTGACACACGGCTCCCTTCTTGCACACTAACAATGGCATTTTCTCGATTCCTTGACATTA
CAACCCCTCCCACGCCTCAATTGCTCAAATTATTCTCAGAATGCAATGTTAATGAGGAGC
AAAGCACAGCACTGCGAATACTAGGCCAGGGCGAATCGGAGTACGAAGATTGGAAGTTTT
CAAACAACCCAAATTTAGTTGAGGTCTTAAACGAATTTCCTTCCACTCAAGTGGACGCTT
CACTCCTATTAAAACAACTACCACTCTTGCAAGCTCGCTATTACTCGATTAGCAGCTCGC
CCGACGTCTATCCTGGAGAGATACATTGCACAGTTAGTGTGGTGACGTACCACACCAGGG
GTGGTGACGGTCCCCTGCACCACGGCGTTTGCTCCTCATATTTAAACTCAATAACGGACG
AGGAAGAAGTTCCGTGTTTTGTTCGAATGGCACCAACATTTCATCTTCCCACCAAAGAAG
ACGCTCCATGTATCTTGGTGGGTCCCGGCACAGGCATCGCTCCCTTCAGAAGCTTTTGGC
AGCATAGAATATCTCAGATACAAAAAGGAGATCGTACAATGGCGCTGCTATTCGGATGCC
GAAACCCTCAGCAAGATCATCTTTACAAAGATGAGGTCGAGACTGCAATGAAGCAGGGTG
CCATCTCACACGCTTATACGGCGTTTTCTCGGGAGGAGGGAAAGCCGAAGCAATACGTTC
AAGACGTGATTATGAACGACATTTCGGAATTCGTGTTCGATCTTATTCACACAAGAAATG
GTCATTTTTACGTTTGTGGTGACGTAACAATGGCGGCGGAAGTGCACCGAACTTTGAAAG
ACGTGCTTTGTATAAACGGCGGGATGACTCCTGAACAAGTGGAAGAATATATTACCGCCA
TGAAGTCGGAAGACCGGTATCATGAAGATATATTTGGCGTAACACTACGTACATACGAAG
TCAACAGAAGCCTGCGATTGAAAGGGAAAGAAAAAAAACTTAGCATGAAATAA

InterProScan

SUPERFAMILY	NOS_N_sf (IPR036119) - T[1-415] 1.3E-184
PIRSF	NOS_euk (IPR012144) - T[1-1120] 0.0
Pfam	NOS_N (IPR004030) - T[51-410] 2.7E-175
ProSitePatterns	NOS_N (IPR004030) - T[113-120] .
SUPERFAMILY	Flavoprotein-like_sf (IPR029039) - T[448-651] 1.07E-46
ProSiteProfiles	Flavodoxin/NO_synth (IPR008254) - T[452-638] 22.744
PRINTS	Flavdoxin-like (IPR001094) - T[453-466] 2.1E-19 - T[500-511] 2.1E-19 - T[579-589] 2.1E-19 - T[603-622] 2.1E-19
Pfam	Flavodoxin/NO_synth (IPR008254) - T[454-633] 9.3E-41
SUPERFAMILY	Riboflavin_synthase-like_b-brl (IPR017938) - T[679-932] 9.34E-69
Pfam	FAD-binding_1 (IPR003097) - T[689-917] 1.2E-62
Gene3D	NADPH_Cyt_P450_Rdtase_alpha (IPR023173) - T[690-690] 1.1E-92 - T[741-874] 1.1E-92
ProSiteProfiles	Fd_Rdtase_FAD-bd (IPR017927) - T[693-940] 13.77
PRINTS	Flavoprot_Pyr_Nucl_cyt_Rdtase (IPR001709) - T[730-740] 2.0E-29 - T[876-883] 2.0E-29 - T[912-921] 2.0E-29 - T[948-967] 2.0E-29 - T[975-984] 2.0E-29 - T[988-999] 2.0E-29 - T[1020-1036] 2.0E-29 - T[1045-1053] 2.0E-29
Pfam	OxRdtase_FAD/NAD-bd (IPR001433) - T[949-1059] 6.2E-21