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Accession Number |
TCMCG067C02465 |
gbkey |
CDS |
Protein Id |
KAF8116698.1 |
Location |
join(756889..756978,757060..757134,757226..757318,757400..757474,757559..757651,758030..758093,758177..758261,758448..758520,758593..758661,758764..758844,759001..759073,759164..759316,759856..759988,760161..760332,760435..760536,760614..761111,761207..762355,762645..762878,762982..763125,763199..763279,763368..763556,763862..764113) |
Organism |
Sinapis alba |
locus_tag |
N665_0015s0071 |
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Length |
1325aa |
Molecule type |
protein |
Topology |
linear |
Data_file_division |
PLN |
dblink |
BioProject:PRJNA214277, BioSample:SAMN02744833 |
db_source |
MU105565.1
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Definition |
hypothetical protein N665_0015s0071 [Sinapis alba] |
Locus_tag |
N665_0015s0071
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CDS: ATGGGTGTGGAGGATTATCATGTGATTGAACTCGTCGGTGAAGGCTCTTTCGGGAGAGTTTACAAAGGAAGACGAAAGTATACCGGCCAGACGGTGGCGATGAAGTTCATCATGAAACAAGGAAAGAGTGACAAAGATATACACAGTCTAAGACAAGAAATCGAGATATTACGGAAGCTCAAGCATGGGAATATTATTGAAATGCTTGATTCCTTTGAAAACGAACGAGAGTTCTGTGTTGTCACTGAGTTTGCCCAAGGTGAGTTGTTTGAGATTCTTGAAGATGACAAGCGCCTTCCAGAAAAGCAAGTTCAAGCTATTGCTAAGCAGCTGGTCAAATCATTGCATTACTTGCATTCAAACCGTATAATTCACCGTGACATGAAGCCACAAAACATTCTTATTGGTGCTGGGTCAGTTGTTAAGCTATGTGATTTTGGTTTTGCTCGAGCTATGTCTACCAACACTGTGGTTTTGCGATCCATTAAAGGAACTCCGCTGTACATGGCTCCAGAGCTTGTGAGGGAACAGCCATACAATCACACTGCTGACCTGTGGTCCCTTGGTGTAATATTGTATGAATTATATGTTGGTCAACCTCCGTTCTACACTAATTCCGTGTACGCTCTAATCCGTCACATTGTTAAGGATCCTGTCAAATACCCTGATGAAATGAGCCCTTATTTCAAAAGCTTTTTAAAAGGATTGCTCAATAAGGTGCCCCAAAGTCGATTGACCTGGCCTGCTCTTCTCGAGCACCCCTTCATTAAAGATTCACTAGAGGAAGTTGAGGCCAGGGAGATGCATACTACGGTAGTTGGCCATAGGGCAGCTTGGAGACTGAAAGGGAATGGAGGTCAACAGAGAAATGAAAAGTGTGACTCGGTGACCCCATTTAAGGACGCCTCTGCTCCAGGAATTGTAGCTGACGTTCAGTCAGATATGAAGAGTGTTGTCAAAGTAAATTCTCCCTCTCCTGAGGATTTCCTCGGATTCCCAACCCAAGAGGCTATTAAAAGTTCAGGTGATGCACCATTGGACAAATTGGAAAATGCATCTCTCACTGTTAAAGGTGCACAGGTTATAGGTGAAGATGCTAAAGCAATGGATCTAGTTATAATGTCACTGGAAAGATGTACAAAATCACTGTCTAAAAGGGACAAAGATGTTGCTTGCTCTGTTCAGTCCCTCAGAATAATTTCCAATTTGGTTGGAGCTCACGCAATATCTGCAGTTGAACTGATTGACAAAATACTATCTGCACTGCTAGACTATACTGACGCTCTTGTTGGGATGAAATCATCCGAGTTCAAGCACATAATACCAAAGAGTCTTTCAGTCACTAAAAACTTGGTAGGGCATATTGAAGGCAGTAGCATTCATAGTTCCTACATCAGGCACTGGACGAAATTAGTGGAAATCTTTGTACAGGTTGTCGTATGGGAAGAAGAGGGTAATGGTAGAATTATATATGAGGCCTGTTCTTGCATCACAACGATGTTGTCTCGAGGTGTAGAAGATCTTAAGACTTCAACTCCTGATTCTATTTCGCAACAGATTTTGAAGCATGCTAACATGTCCCGCATAGTTGATCATTTATGTCTTTGTTTGGCTTCTTCTGGGTCGAGTTTAGCTTCTGGTTCTTCACAGATGTTAGCAGCTGCCTGTGAAGCTTGTAGAGCAATATGGATTCTCATAGATACTTCAGAAACATTCTTCAAGAATGAAAATGCCTACATATTTCCTCTCGATGCCTTAAAGAGCCATCGTCTCTCTCAGCTTGACCAAAGGAACAGTGAGTGGGGTCCGTTATGCGAGAAACTTGTCGATTCAGTGACAAGAACATATCTCCGATCCAAGCATGTACAAGTTGCTGTCAGTCATTGCCTCCACCAACGAGTGGAGGCTCCATTGATTTCTGCAATCCAGCTCTTATCAAGGTGCTGCCTTCATAATGGACTTATGCCTAGCGTTCTTTGTGGTCTTCCCAGTTCAGTGCCTATTACTACCGTAGTCAGTGGTGGAGAGGATGGTACTGTTATTTCAGAAATATTTTCTATACTATCTTTCGCTACATCATCGATGAAGGACCAACAAACAGGAGAAACAAATAACTTCAAGGGTAGACTAAACAATCTGGTGTTCCATTCATGCCTTCTGTTGGCAACAGTTGCCCAATGTTTGAAGCTAAATGGGAGAAATTCAGCTCTGTTGATGCTAACAACTTCTCCAAAGAAGCATCAACATCGCCTTTCTGCCATAGCCAATCATATTGCCTCAGATGATAAAATCGAAGGTTCCCTTGAGAATCACTATGCATCAGCTATGCTTGCTCTTGCGTCTATTCTCTCTCTTGAAAAAGGATCTTCTGCTGAATTTTCTGTCTCTGAGATGGCAGTACCTCTGATTCCTCGAGCTACTAGGCTCTGTTATCATCTAAGGCCTATGCCAAGTCAAGAAGGTGGAGTCATATCTCATCCTGCCAAGTGTAATCTCACCAAATGGCACGGACTTCTGGATGGATGTGTTGGTTTACTAGAATCCAGATTAAAGTGGGGAGGACCTCTAACTGTGCAACAGCTTGTTGCTAGTGGTACACCAATGCTTCTTATAAATCTGTTAGCTGGCACTCTTTCAAATGCTTTCCCAAATGACATAAAGAACACACCCAATCGGATTGGCTTGTCCCCTGTTGGTGTTATATGGACTGTTTCATCCATATGCCACTCTCTTTCAGGCGGCACTTTAACTTTCCGTCAAGTTATGCTGAAGACTGAAAACTTGAAGCTGATTTCTTATATAATGTCTGATGCTCATATCAAGCTCGTAAAGAACTGGGGAGGCCCTGGAGGAGGAAAAGATGGAGTCAGAGAGACGATAAATGTGATAATTGATCTGCTAGCTTTTCCTTTTGTTGCTCTACAAAGTCAACCAGGTCCGTTATCTGCCTCTGCCTCTGTGAACGGTGGATTCATCCTCAACATGGCCTCTCCTGGCGTCAGAGTGTGCATGGAAGATAGAGATTTGCTAAAAGCTATAAAGGAGGATATGGACAAATACGTAAAAGTCCTTCTGGAGGTAGGAGTTCCCAGTTTAATCCTTCATTGCTTGGACCACTTGGATCTAGAAGATTCAGTAAGGCCTATTGCTTTTCTTGCCAAAATGGTTGGTCGTCCACGTCTTGCAGTAGAGCTGGTTAGCAAAGGTCTATTGGACCCTAACAGAATGAAAAAATTACTCAACCAGTCGAGTCCAAGAGAAATCCTACTTGATATTTTGATGATCATATCTGACCTATCAAGGATGGATAAGGCTTTCTACAAATACATCGGTGAGGCTGCTGTTTTGCAGCCACTAAAGGAGTTTCTTACTCATCCGGATCCAAATATTCGCGCAAAAGCATGTAGTGCTCTTGGCAACGCGTGCAAACACAATGAGTATTTCTACAGTTCTCTCGCGGAACATCAAATCATTGGTCTCCTAATTGATAGATGCGCTGATCCCGACAAAAGAACACAAAAATTCGCTTGTTTTGCTATTGCGAACGCTGCTTACCATAGTGACAAGCTGTACGAAGAACTAAGACCATCTATAACGCAGCTAGCAAACGTTTTGACCTCAGCCGAAGGAGACAAGACGAAAGCAAACGCTGCTGGTGCATTGAGCAACCTTGTCCGAAACTCGAACAAGCTTTGCGAAGATATGGTTTCAAAAGGCGCTTTACAGACGTTACTGAAGTTTGTCGCGGATTGCTCAGCTTTTGCCCTGAACCCGGGCAAGAAAGAGACAGCAAGTGTGTCACCTTTGGAGATCGCACTTTTATCGTTGGCTAAAATGTGTTCGAACCACCAGATTTGCAGACAGTTCGTGAAGTCATCGGAGGTTTTGCCGATCATTGCAAGGCTTAAACATTCCCCTGAGACTAACATTGCTAACTATGCTTTAGTTATTGTCGCCAAAGCCGGTGGTGATTCTTAA |
Protein: MGVEDYHVIELVGEGSFGRVYKGRRKYTGQTVAMKFIMKQGKSDKDIHSLRQEIEILRKLKHGNIIEMLDSFENEREFCVVTEFAQGELFEILEDDKRLPEKQVQAIAKQLVKSLHYLHSNRIIHRDMKPQNILIGAGSVVKLCDFGFARAMSTNTVVLRSIKGTPLYMAPELVREQPYNHTADLWSLGVILYELYVGQPPFYTNSVYALIRHIVKDPVKYPDEMSPYFKSFLKGLLNKVPQSRLTWPALLEHPFIKDSLEEVEAREMHTTVVGHRAAWRLKGNGGQQRNEKCDSVTPFKDASAPGIVADVQSDMKSVVKVNSPSPEDFLGFPTQEAIKSSGDAPLDKLENASLTVKGAQVIGEDAKAMDLVIMSLERCTKSLSKRDKDVACSVQSLRIISNLVGAHAISAVELIDKILSALLDYTDALVGMKSSEFKHIIPKSLSVTKNLVGHIEGSSIHSSYIRHWTKLVEIFVQVVVWEEEGNGRIIYEACSCITTMLSRGVEDLKTSTPDSISQQILKHANMSRIVDHLCLCLASSGSSLASGSSQMLAAACEACRAIWILIDTSETFFKNENAYIFPLDALKSHRLSQLDQRNSEWGPLCEKLVDSVTRTYLRSKHVQVAVSHCLHQRVEAPLISAIQLLSRCCLHNGLMPSVLCGLPSSVPITTVVSGGEDGTVISEIFSILSFATSSMKDQQTGETNNFKGRLNNLVFHSCLLLATVAQCLKLNGRNSALLMLTTSPKKHQHRLSAIANHIASDDKIEGSLENHYASAMLALASILSLEKGSSAEFSVSEMAVPLIPRATRLCYHLRPMPSQEGGVISHPAKCNLTKWHGLLDGCVGLLESRLKWGGPLTVQQLVASGTPMLLINLLAGTLSNAFPNDIKNTPNRIGLSPVGVIWTVSSICHSLSGGTLTFRQVMLKTENLKLISYIMSDAHIKLVKNWGGPGGGKDGVRETINVIIDLLAFPFVALQSQPGPLSASASVNGGFILNMASPGVRVCMEDRDLLKAIKEDMDKYVKVLLEVGVPSLILHCLDHLDLEDSVRPIAFLAKMVGRPRLAVELVSKGLLDPNRMKKLLNQSSPREILLDILMIISDLSRMDKAFYKYIGEAAVLQPLKEFLTHPDPNIRAKACSALGNACKHNEYFYSSLAEHQIIGLLIDRCADPDKRTQKFACFAIANAAYHSDKLYEELRPSITQLANVLTSAEGDKTKANAAGALSNLVRNSNKLCEDMVSKGALQTLLKFVADCSAFALNPGKKETASVSPLEIALLSLAKMCSNHQICRQFVKSSEVLPIIARLKHSPETNIANYALVIVAKAGGDS |