|
|
Accession Number |
TCMCG067C15413 |
gbkey |
CDS |
Protein Id |
KAF8103645.1 |
Location |
join(43836..44102,44201..45001,45446..45622,45828..45919,46250..46348,46477..47209,47316..47445,47586..47702,47915..48015,48177..48297,48439..48551,48631..48742,48917..49021,49107..49173,49253..49373,49441..49614,49815..49932,50014..50549) |
Organism |
Sinapis alba |
locus_tag |
N665_0186s0014 |
|
|
Length |
1327aa |
Molecule type |
protein |
Topology |
linear |
Data_file_division |
PLN |
dblink |
BioProject:PRJNA214277, BioSample:SAMN02744833 |
db_source |
MU105736.1
|
Definition |
hypothetical protein N665_0186s0014 [Sinapis alba] |
Locus_tag |
N665_0186s0014
|
CDS: ATGGGTCGATTAGATTTGGCGGCGGCGAAGAGGGCTTATCGTACAGCTACGGAAGTAGGTAACCGGAGCGAAGAGGCGAGATGGGCCAATAACGTCGGCGATATCCTCAAGAACGATGGAGAGTACGTAGAAGCTCTCAAGTGGTTTCGAATCGATTACGATATCTCCGTCAAGTATTTGCCTGGGAAGGATCTGCTACCCACTTGTCAGTCTCTCGGCGAGATCTATCTCCGTCTCCAGGATTTCGAAGAAGCCTTGATCTATCAGAAGAAGCATTTACAGCTAGCTGAAGAGAACAACGATACTGTGGAGAAGCAACGAGCTTGTACTCAACTCGGCCGTACCTACCATGAGATTTTCTTGAAATCTGAGGATGATTGCGACGCCATCCAGAGTGCTAAAAAGTACTTTAAGAAAGCCATGGAGCTTGCGCAGGCTCTTAAGGAGAAACCGCCTCCTGGAGAATCTGGCAGTTTTCTTGAGGAGTATATTAACGCTCATAACAATATAGGTATGCTTGACCTTGATCTTGATAACCCTGATGCAGCTTGTAAGATTCTCATGAAAGGATTGGAGATTTGTGATGAAGAGGAGGTTAAGGAGTATGATGCTATGCGTAGTAGGCTTCATCATAACCTTGGAAATGTTTTTCTTGAGCTGAGAAGGTGGAAGGAAGCTAAAGAACATATTAAGATGGATATCAAGATCTGCCATCAGATAAGTCATTGTCAAGGAGAAGCTAAGGGGTATATCAATCTTGCTGAGTTGCATAACAGGACCCAGAACTACGGGGATGCGCTTATGTGTTATGGTAAAGCTTCTACTCTAGCGAAATCTATGCAAGACGAGAGTGCGTTGGTTGAACAGATTGAACAAAATATTAAGATTGTGAAGAAAGCCATTAAAGTTGTGGAAGAAATGAGGGAAGAAGAGCGTCGGCTTAAGAAGTTTTCTGCAGAAATGACTGATGCCAAAGGCACTTCGGAGGAACGAAAGTCTATGCTTCAAGTACATTCGTGTCTTGAACGTCTCATTGAAAAATCCAGCATGGTATTTGCATGGGATAAGCATCTTGAATATTCAAAAAGGAAGAAGAAAATATCTAATGATCTATGTGACAAGGAAAAACTAAGCGATTCCTTTTTGGTTGTTGGAGAGTCTTACCAAAAGCTCAGAAAATTCAGAAAATCCTTGAAGTGGGTCGGTAGAAGTTATGAGGGATACAAAGCAATTGGCAATTTCGAGGGACAAGCACTAGCGAAAATTAATATTGGTGATGGTTTAGACTGTATTGGTGAATGGACACAAGCACTCAAAGAATTTGAAAAGGGATACAGAATTTCTTTGAAAGCCAATCTTCCTTCAGTCCAGCTTTCTGCACTGGAACATATGCATTATAGCCATATGATCAGATTTGGGAATGCTAAAGAAGCCAGGGAGTTGAAGGAAAAAATACAAAATCTGGAGTCAGAACATGGTGAGAGAGCAGAATGTGGTACAGAAGATGAATGCTCTGAAACCGACTCAGAAGGGCATGGGAACATTTCAAATGATAGGCCAAATGCATGTAGTTGGCCAGATCTCGAAACATCAAATTCACCTGAATCAGAACCGTTAGCAGATTTGGATGAAGCAAATGATGACGTGCCACTAATTTCATTTCTCCAGCCCGGGAGACGTCTTTCCAAAAGGAAACAGTTTTCAGGAAAACAAGATGTTGAGACTGATCAGGCCAAGAAAGATTTTTCTGCACCAGCAGACTCTCAGCAGACAGTCTCTGGTCGGAAGCGTATTCGTGTAATCCTCTCTGACGATGAAAGTGAAACCGAATATGAGTTGGGATGCCCTAGAGACAGTTTGCAGAAAGTTACAAGTCAGAGTAAGGAAGTCTCTGATGAAAGTATGTATTTTGATGGTGCTGTTAATTGTAAGGATAATCCTGCTATTCAAGACCATGTAGAAGAAGGTTCTTGCTCGTATACGTCTCTCCGTCCCACTGAAGTTGCTCCAGATGTCAACAATTGTAAACCTCTGACCAATAATAAAGCTGTTGAATTAACTGGTTGCGGTATAAAAGGATCTCAATGTGAAGCTGGCGAATCCAACAGCACGCAATGCAAACATGGATCTGCTCTCGTGAACTTCCACGCTTATTCCAAGACGGACGTTCAAAAAATTCAAATTGAAATTGAAAATGTACACATGGCTTTAGACTCGTGTTCGGGCAGTGATGAGTCTGTGAAGGTGGAACTTACTTGCTTGTACTATTTACAGCTTCCTGATGACGAGAAATCTAAAGGTCTGTTGCCGATCATTCATCATTTGGAGTATGGTGGTAGAGTTCTGAAACCATTGGATTTATATGAGGTTCTCACGGGCTCTTCTGAAAGCGTTGTTATTGAAGCTTCCGTTAGTGGCTGGATTCATAAGCGTCTGATGAAGCTATACATGGACTGTTGCCAAAATTTGTCAGAGAAACCCAGTATAAAACTGCTTAAGAAATTATATATTTCGGAGGTAGAAGATGATATCAATGTGTCAGAATGTGAACTGCAAGATGTATCAGCTGCTCCTTTGTTGCGTGCCCTCCATGTGCACAACACAGTTGCGATGTTGGATCTCTCCCACAATATGTTAGGGAATGGAACAATGGAGAAACTGAAACAACTTTTTGCCTCATCAAACCAGATGTATGGTGCTTTAACTTTGGATTTGCACTGCAATCGATTTGGTCCAACTGCTTTGTTTCAGATCTGTGAGTGTCCTGTTCTGTTCACTCGGCTGGAAGTTCTAAATGTGTCCAGGAATCGACTTACTGATGCTTGTGGATCATACCTCTCAACCATCTTGAAAAACTGCCGGGCACTTTACAGCTTGAATATGGAACATTGCTCACTCACATCTAGAACAATCCAAAAGATCGCTGATGCTTTGGATCCGGAGTCGGGACTTTCACAACTCTATATAGGTTATAATAATCCTATTTCAGGGAGTGCTATTCAAAACCTCTTGGCTAAATTAGCTACTATAAGCAGCTTTACAGAACTGAGCATGAATGGCATAAAGCTGAGCAGCGAAGTTGTTAGTAGCCTTTCTGCACTTGTTAAGACTCCATCTCTGTCAAAACTTTTGGTTGGCAGCAGTGGAATAGGAACGGACGGAGCTATCAAAATCACTGAATCTCTATGTTTTGAAAAAGAAGAAACTGTCAAGCTCGACCTTTCATGTTGTGGACTAGCATCTCCTTTCTTTCTTAAGCTCGTCCAAGATGTTACTCTAACTTCTAGCATTCTTGAGCTCAATGTTGGAGGAAATCCAATCACCGAAGAGGGAATCAGTGCACTGGGGATGCTGCTTGCGAACCCTTGTTCAAACATAAAAATTCTGATTTTAAACAAGTGTCATCTGAAGCTCTCTGGAATCCTATGCATAATTCAAGCACTTTCAGCTAATAAGAATCTTGAAGAGCTTAATATCTCTGATAATGCTAAAACGGACAAGACTGTGTTTGGCGAGCCTGTGAATGGAAGCCCAGAAATGGGACAAAAAGAGCATGGTACATGTGAATCCATCCCCGCAATGGACAAAACTCATAGTTCTGAGACCAAACACTATTGCCCGAACGCAGACAGAGAACAAGAGTTATGTGAATCCAATATGGAGTGTGACGATCTTGAAGTTGCAGACAGCGAAGATGAGCAAGTAGAGGAACAAACTGCAACGTCGAGTAGTCTCAGTTTACCAGGCAAGAACCATATTATCAAAGAGCTTTCTACCGCGCTTGCAGTGGCTAACCAATTGCAAATTCTGGATCTAAGCAACAATGGGTTGTCAGTTGAAGCCCTGGAAACATTATACATGGCATGGTCGTCAGCTGGATCACGAACTGGCATAGCCCAAAGGCATGTGAAAGATGAGATTGTCCATTTTTATGTTGAAGGAAAGATGTGTTGTGGAGTCAAATCATGCTGCAGAAAGGATTAA |
Protein: MGRLDLAAAKRAYRTATEVGNRSEEARWANNVGDILKNDGEYVEALKWFRIDYDISVKYLPGKDLLPTCQSLGEIYLRLQDFEEALIYQKKHLQLAEENNDTVEKQRACTQLGRTYHEIFLKSEDDCDAIQSAKKYFKKAMELAQALKEKPPPGESGSFLEEYINAHNNIGMLDLDLDNPDAACKILMKGLEICDEEEVKEYDAMRSRLHHNLGNVFLELRRWKEAKEHIKMDIKICHQISHCQGEAKGYINLAELHNRTQNYGDALMCYGKASTLAKSMQDESALVEQIEQNIKIVKKAIKVVEEMREEERRLKKFSAEMTDAKGTSEERKSMLQVHSCLERLIEKSSMVFAWDKHLEYSKRKKKISNDLCDKEKLSDSFLVVGESYQKLRKFRKSLKWVGRSYEGYKAIGNFEGQALAKINIGDGLDCIGEWTQALKEFEKGYRISLKANLPSVQLSALEHMHYSHMIRFGNAKEARELKEKIQNLESEHGERAECGTEDECSETDSEGHGNISNDRPNACSWPDLETSNSPESEPLADLDEANDDVPLISFLQPGRRLSKRKQFSGKQDVETDQAKKDFSAPADSQQTVSGRKRIRVILSDDESETEYELGCPRDSLQKVTSQSKEVSDESMYFDGAVNCKDNPAIQDHVEEGSCSYTSLRPTEVAPDVNNCKPLTNNKAVELTGCGIKGSQCEAGESNSTQCKHGSALVNFHAYSKTDVQKIQIEIENVHMALDSCSGSDESVKVELTCLYYLQLPDDEKSKGLLPIIHHLEYGGRVLKPLDLYEVLTGSSESVVIEASVSGWIHKRLMKLYMDCCQNLSEKPSIKLLKKLYISEVEDDINVSECELQDVSAAPLLRALHVHNTVAMLDLSHNMLGNGTMEKLKQLFASSNQMYGALTLDLHCNRFGPTALFQICECPVLFTRLEVLNVSRNRLTDACGSYLSTILKNCRALYSLNMEHCSLTSRTIQKIADALDPESGLSQLYIGYNNPISGSAIQNLLAKLATISSFTELSMNGIKLSSEVVSSLSALVKTPSLSKLLVGSSGIGTDGAIKITESLCFEKEETVKLDLSCCGLASPFFLKLVQDVTLTSSILELNVGGNPITEEGISALGMLLANPCSNIKILILNKCHLKLSGILCIIQALSANKNLEELNISDNAKTDKTVFGEPVNGSPEMGQKEHGTCESIPAMDKTHSSETKHYCPNADREQELCESNMECDDLEVADSEDEQVEEQTATSSSLSLPGKNHIIKELSTALAVANQLQILDLSNNGLSVEALETLYMAWSSAGSRTGIAQRHVKDEIVHFYVEGKMCCGVKSCCRKD |