Aniseed - Transcript Card

Sequences

Amino acid sequence

Length: 1,162

>Cisavi.CG.ENS81.R14.482877-501052.17180.p
ILLADSANVGHGAQPAAASVDSTNTDSDSNQPCDKSNCPPVNNCINETTSEGACCPSCDR
LGCRCQGYQYYDCLLNGFVGGLVPEGESYSVDDGSTMCSCPMGGGMILCRYSPHLPRPFC
IQTFTRPADGCEECLAVGCVAEDGQKYQGGVNFDRPPCTVCYCPPEGGDILCATDHECQE
RTKQQLGNRQQYPAFPYQYPSYDSGRSPNTNNLAVGSQEPNAGNVESANSQSSPHQAALP
PNAGFQHYSQYPSYLGQPYPSKLVPENGDRTNQNLAYQPQYTGDQGIHHSDPNTATGNTD
NAQQPDRLGISDNYMGYRQQFPKQDGQHNPQVPNQGLNYPLPPYLNGGSQGQGYFKNAEN
PALSTEEESNSANSDVQIPPLRNVRSGQVIPVPETESEVPAKISSKHQGKFFVAGSFENV
LTACCYQGKQWALDHNSCTGIRVNVKTYSQICAVAQEKCCLEAEEQENCDRGIAAARSMA
VCDAPTAIHGQCERDGFKSCCDCCALGLKAYGLSLSCDMEILGEPCNSAYSECCRKGRLT
TSPGHSRNQEFPLFAVFYSLCSLFKTKQLAIQSGGRLIRISYSCDDQCKINMWGTDFRQR
DLLPAAGKFRSTAFEVGFKRTDAPCLWKDYPDIPRSLLFSGSAISNSFSIINLTVVLRSC
GPIPDPQHCYNSVDACDHICTDISSGIQCSCREGYSLEEDGFSCNDINECNLATHTCLVG
QICFNTIGSFTCQRLISCGTGYELTDRNTCDDIDECQLNIHNCGGKLDCVNIRGSFRCVP
KSCDAGYFTDAVGGCTDIDECALGFTPCLEEGATCVNTEGSFTCMNRPSLTCTAGYQLNL
DGDGCIDVDECESNSHECSTGSTCINEDGSYRCQDPIFCRPGTRPSENQRSCIDLNFNLI
FICNTIIDIDECEDPEVHQCGEGAQCVNVPGSFRCTCNRGYRRTLQNGRTHCEEINECAL
AAGERCTYRCENTPGSYTCVCPNGYNLVRFDGTCKDIDECASGSHNCSESETCFNTRGGF
KCVEITCPEHYARLSNKKRCVRQSCKAARNKRECIRRPKQITYHNISLRNNAAPSTTVFR
LSLGKGYPRDRYFFILSKGNKDKLFRLAKRRYKRRKTGIMYTTRRLTGPNDYVVDLTLKL
YRKKKWTTFISRLYIFVSEFDF

Nucleotide sequence

Length: 3,489

>Cisavi.CG.ENS81.R14.482877-501052.17180.t
ATATTATTGGCAGACAGTGCAAACGTCGGCCATGGCGCTCAACCAGCCGCGGCCTCGGTG
GATTCGACAAATACCGATTCAGATTCGAATCAACCATGTGATAAATCAAATTGTCCTCCT
GTAAATAACTGCATCAACGAAACAACATCAGAAGGAGCCTGTTGTCCGTCGTGTGATCGG
CTTGGCTGTCGGTGCCAGGGTTACCAGTACTACGACTGTCTTCTTAATGGCTTCGTAGGA
GGGCTCGTCCCTGAAGGTGAATCGTACTCTGTCGACGACGGAAGTACGATGTGCAGCTGT
CCAATGGGAGGCGGAATGATATTGTGCAGGTATTCACCTCATCTGCCAAGACCATTTTGC
ATTCAAACGTTCACCAGACCGGCGGACGGCTGCGAGGAGTGTCTTGCTGTGGGCTGCGTG
GCAGAAGATGGACAGAAATACCAGGGCGGCGTTAACTTTGATCGCCCGCCCTGTACTGTG
TGTTATTGTCCACCCGAGGGTGGAGACATTCTGTGTGCGACCGATCACGAGTGCCAGGAA
CGAACGAAACAGCAATTAGGTAATCGCCAGCAGTACCCTGCTTTCCCTTACCAATATCCG
AGCTACGATAGTGGTCGATCGCCTAACACCAATAACTTGGCAGTCGGAAGCCAGGAGCCG
AATGCTGGTAATGTTGAGAGCGCCAACAGCCAGTCTTCACCACACCAAGCGGCACTTCCT
CCAAACGCTGGATTTCAACATTACTCCCAGTATCCAAGTTATCTCGGGCAACCATATCCA
AGTAAACTTGTTCCAGAGAATGGAGACCGCACCAATCAAAATCTTGCCTACCAACCTCAA
TATACCGGCGATCAAGGTATCCATCATTCCGACCCAAATACAGCAACTGGAAATACCGAC
AACGCTCAACAACCTGACCGTTTAGGCATAAGTGACAATTATATGGGTTATCGACAACAG
TTCCCAAAACAGGACGGGCAACATAACCCGCAAGTACCGAATCAAGGACTAAATTACCCG
TTACCACCTTACCTTAATGGCGGGTCTCAGGGGCAAGGCTACTTTAAAAACGCAGAGAAT
CCAGCACTTAGCACGGAAGAAGAATCAAACAGTGCCAACTCAGATGTCCAGATTCCACCT
TTGCGGAATGTTCGTTCCGGTCAAGTAATTCCGGTACCGGAAACTGAGTCTGAAGTACCG
GCGAAAATCAGTAGTAAACATCAAGGTAAATTTTTTGTTGCAGGAAGCTTTGAGAACGTC
CTTACCGCCTGTTGCTACCAAGGCAAACAATGGGCACTGGATCACAACAGCTGCACCGGT
ATTCGAGTCAATGTTAAAACTTACAGTCAAATCTGCGCTGTAGCTCAGGAGAAATGTTGC
TTGGAGGCGGAAGAACAAGAGAATTGTGACCGTGGTATTGCTGCAGCCCGAAGCATGGCT
GTATGCGATGCACCGACCGCAATCCATGGCCAGTGTGAACGAGACGGCTTTAAGTCGTGC
TGTGATTGCTGTGCACTTGGTTTAAAGGCTTATGGTTTATCTCTTAGCTGTGACATGGAA
ATTTTAGGCGAACCGTGCAACAGCGCCTACTCGGAATGCTGCAGGAAAGGTCGGCTAACG
ACTTCACCCGGACATTCTCGTAATCAAGAATTCCCTTTGTTCGCCGTGTTCTACAGCTTA
TGTTCGTTGTTCAAAACCAAGCAACTTGCAATCCAATCCGGAGGCCGTCTTATAAGGATT
TCCTATTCGTGCGACGACCAATGCAAAATAAATATGTGGGGCACGGATTTCCGACAGAGA
GATCTTCTTCCGGCCGCTGGTAAATTTAGATCGACGGCGTTTGAAGTCGGATTTAAACGA
ACCGATGCCCCATGTTTGTGGAAGGATTACCCCGATATCCCACGCTCCTTGCTTTTCTCA
GGCTCAGCCATTTCCAATTCCTTTTCAATAATTAACTTGACAGTGGTACTTAGATCTTGT
GGACCTATTCCAGACCCCCAACATTGTTATAATAGCGTCGACGCATGTGACCATATATGC
ACCGATATAAGCAGCGGAATTCAATGCTCTTGCAGGGAGGGATACTCTCTCGAAGAGGAT
GGCTTCTCTTGTAACGACATAAACGAGTGTAACCTTGCTACGCACACGTGTCTCGTGGGT
CAGATCTGCTTCAATACGATCGGTAGTTTTACCTGCCAGCGGCTTATAAGTTGCGGTACA
GGATATGAGCTCACCGACCGCAACACGTGCGATGATATTGACGAATGTCAGCTGAATATC
CACAACTGCGGGGGAAAGCTGGACTGTGTCAACATCCGAGGGTCGTTCCGATGCGTTCCG
AAGTCCTGTGATGCCGGTTATTTTACTGACGCTGTAGGTGGATGTACCGATATTGACGAA
TGCGCCCTTGGGTTCACCCCTTGTCTCGAGGAAGGCGCGACGTGCGTAAATACAGAAGGA
AGTTTCACTTGCATGAACCGTCCATCACTGACTTGTACCGCTGGCTACCAGCTTAACCTG
GACGGTGACGGCTGTATTGACGTCGATGAATGCGAAAGCAACTCGCACGAATGTTCCACT
GGTTCCACCTGCATAAACGAAGATGGAAGTTACAGATGCCAGGACCCAATCTTTTGCCGA
CCTGGAACCAGACCAAGCGAGAATCAAAGATCATGCATAGATCTTAATTTTAATCTCATT
TTCATTTGTAACACCATTATAGATATCGATGAGTGTGAAGACCCAGAAGTCCATCAGTGT
GGAGAAGGCGCTCAATGCGTCAATGTGCCGGGATCATTCAGATGCACTTGCAACAGAGGT
TATAGAAGAACACTCCAGAATGGTCGTACACATTGCGAAGAAATAAATGAATGCGCTCTT
GCCGCTGGGGAAAGATGTACATACAGATGTGAAAACACGCCAGGAAGTTATACCTGCGTC
TGTCCAAATGGATACAACCTTGTTCGGTTTGATGGAACATGCAAAGATATCGACGAGTGT
GCAAGCGGTTCACACAATTGTAGTGAATCTGAAACTTGTTTTAACACAAGGGGTGGTTTC
AAATGCGTGGAAATTACCTGTCCAGAACACTACGCACGACTTTCTAACAAAAAAAGATGC
GTTCGTCAATCCTGTAAAGCGGCCAGAAACAAACGAGAGTGCATTCGAAGGCCAAAGCAG
ATCACGTACCACAACATCTCCTTGAGAAATAACGCGGCACCAAGCACCACGGTGTTCCGA
TTGAGTTTAGGAAAGGGCTATCCTAGAGACCGGTATTTCTTTATTCTCAGCAAAGGCAAC
AAAGATAAACTCTTTCGTTTGGCAAAGCGCCGATACAAAAGGAGAAAAACCGGTATAATG
TACACTACGAGAAGACTTACAGGTCCCAATGACTACGTGGTCGATCTTACACTCAAGTTG
TACAGAAAAAAGAAATGGACCACTTTCATCTCCCGGCTTTACATCTTTGTATCGGAGTTT
GACTTCTAG

InterProScan

PANTHER	Fibulin-2 (IPR037286) - T[21-721] 1.8E-187 - T[950-1159] 1.8E-187
SMART	Anaphylatoxin/fibulin (IPR000020) - T[424-460] 0.099 - T[503-534] 1.9
ProSitePatterns	Anaphylatoxin/fibulin (IPR000020) - T[503-534] .
ProSiteProfiles	Anaphylatoxin/fibulin (IPR000020) - T[503-534] 7.856
SUPERFAMILY	Growth_fac_rcpt_cys_sf (IPR009030) - T[665-792] 3.45E-11 - T[769-897] 1.57E-8 - T[906-1045] 9.26E-11
SMART	EGF-like_dom (IPR000742) - T[668-705] 0.78 - T[709-751] 6.8 - T[755-796] 74.0 - T[800-846] 3.1 - T[850-893] 15.0 - T[911-953] 5.7E-4 - T[957-995] 0.0028 - T[999-1041] 13.0
SMART	EGF-like_Ca-bd_dom (IPR001881) - T[706-751] 1.1E-6 - T[752-796] 7.4E-5 - T[797-846] 2.3E-7 - T[847-893] 2.7E-7 - T[908-953] 3.0E-12 - T[954-995] 1.5E-7 - T[996-1041] 2.1E-5
Pfam	EGF-like_Ca-bd_dom (IPR001881) - T[706-750] 8.8E-10 - T[752-789] 2.7E-8 - T[797-845] 2.8E-9 - T[847-892] 3.0E-9 - T[908-952] 4.3E-10 - T[955-986] 1.2E-5 - T[996-1040] 8.8E-11
ProSiteProfiles	EGF-like_dom (IPR000742) - T[797-833] 6.86 - T[908-953] 13.948 - T[954-991] 9.64
ProSitePatterns	EGF_Ca-bd_CS (IPR018097) - T[847-873] . - T[996-1022] .
ProSitePatterns	EGF-type_Asp/Asn_hydroxyl_site (IPR000152) - T[926-937] . - T[970-981] .