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Accession Number |
TCMCG006C84890 |
gbkey |
CDS |
Protein Id |
XP_013687472.1 |
Location |
join(60265711..60266216,60266321..60266372,60266472..60266546,60266652..60266871,60266956..60267082,60267192..60267296,60267446..60267651,60267768..60267860,60267975..60268072,60268180..60268332,60268419..60268565,60268656..60268703,60268807..60268924,60268999..60269064,60269160..60269221,60269322..60269378,60269908..60269976,60270075..60270273,60270496..60270741,60270866..60270927,60271008..60271085,60271235..60271330,60271423..60271526,60271606..60271704,60275209..60275248) |
Gene |
LOC106391394 |
GeneID |
106391394 |
Organism |
Brassica napus |
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Length |
1041aa |
Molecule type |
protein |
Topology |
linear |
Data_file_division |
PLN |
dblink |
BioProject:PRJNA293435 |
db_source |
XM_013832018.2
|
Definition |
histone-lysine N-methyltransferase ATX1-like isoform X1 [Brassica napus] |
CDS: ATGGCTTGCGTTGCGGATGAATCCCAGATCGAAATCGACATCCACGGCCGCCACGTCGAAGCTCCGTCTCGCTACGTGTACTCCGTCGCCTCGTCGCCGTCGTCGTGCAATGTCGCCGTCGGTTCCCACAGTCTGATGTCCAAGAAGGTGAAGGCCCGTAAGCTTCCGATGGTTGAGCGATTCGATGTCGAAAGTAGCGGCGGCGTGAGCGATAACGGCGATTGTTGTCACCGCGATGATTACAAGCTGCTGCGTCCTGAGATTGTTCGCGTCTACTGTCGCCGCCGTAAGAGGTCGCCGCGGGAGTCTGGGGACGCTGAAAGTTTGAAGCTTGATGAGAGAAATCAGAAGAGAAGGAGAATTGGTGAGGATTCGAGTGGGCTAAGGAGTGGCTTGAGGGGTTGCAGTGGAGATAAGCAGAACGGGGCATCTAGAAGGAAGGGGAGCTCTGTTAAGAATCAGGACAAGGTGTCTATTGCTTCTGGTTCAACTAGGAGATGGGTCAGGTTGAGTTATGATGGTGTGGATCATAAAAGTTTCGTAGGGTTACAATGCAAGGTTTTTTGGCCGCTGGATGCTTCTTGGTATACAGGTTCTATCGTTGAATACAGTGTAGAGAGAAAGCGTCACATTGTTAAATACGAGGATGGATCTAGTGAGGATCTACTTCTTGATCGTGAAATGATCAAATTTTTCGTTTCTCGTGAAGAGATGGAGCTGTCACATCTGAAGATTTGTACGAATGATGTGACTGTTGGTGTCCGCGATTACGATGAGATGGTTGTATTGGCTGCTAATTTGGAGGATTCTCAAGATTTTGCGCCTGGAGACATTATATGGGCCAAACTTTCTGGTCATGCTATGTGGCCAGCAGTTATTGTGGACGAATCTGTTATTGGAGAGCGGAAAGGTCTAACCAACAAGGTATCTGGAGGAAGATCGATCTTGGTACAATTTTTTGGCACCCATGATTTTGCCAGAATAAAGGTAAAACAAGCAACCTCGTTTCTCAATGGGCTTCTCGCGCCATCTCATTTGAAGTGCAAACAACCTCGGTTTGAAGAGGGCATGCACGAAGCAAAAATATATCTGAAGGAACATAGGCTTCCAGAAAGGATGACTCAACTTCAAAAAGGAACTGATTCTGACTATTCCGCAAAGACCAATAGTACAGAAGAGGGCAGCTCAAACTCGGCTGGTGATCACATGAATGATGGAGAAGTGTGGTTGAGACCAACAGAAACTGTAGATTTCCGGTATACAATAGGGGATCTGCTAATAATAAATCTTGGGAAAATTGTGACAGATTCTCAGTTTTTCAATGATGAGAATCATATTTGGCCTGAAGGTTATACGGCTATGAGAAAGTACACATCCCTAAAAGATCATAGCGCATATGCCTTGTACAAGATGGAAGTGCTCAGAGATGCCGAGTCGAAGACTCGCCCTCTGTTTAGAGTGACTGCAGATAGTGGAGAGCAATTCAAAGGGCTTACTCCATCAGCGTGCTGGAATAAGATATATATCAGGACAAGAAAGGTTCATAGTGCTACTGATAGTCCTATTTTTGGGGATGAACTAAATGGATCAGACATGTTTGGTCTCTCCAACCCGGAAGTCATTAAACTTGTACAGCAGGGTTTATCAAAATCTAGACTATCGTCCAATGTTTCTATAAGCAAACATAGTTTGGGAAAGCGTCAAGATCATCTTACTGGTTATCGACCTGTTCGTGTTGACTGGAAAGATCTCGATAAGTGCAATGTCTGCCACATGGATGAGGAGTATGAAAACAATTTGTTCCTGCAATGTGATAAATGTAGAATAATGGTTCATGCTGGATGCTATGGAGAGATAGAACCCTGTGATGGTGCTTTGTGGTTATGCAACTTATGCCGTCCTGGAGCTCCTGATATACATCCACGCTGTTGTCTTTGTCCTGTAGTAGGGGGTGTTATGAAGCCGACAACTGATGGGCGCTGGGCTCATCTAGCTTGTGCTATATGGATACCAGAAACGTGTCTATCTGATGTCAAGAAGATGGAACCGATTGATGGGGTGAATAAAATCAGTAAGGATCGCTGGAAACTAATGTGCACCATCTGTGCGGTATCTTATGGAGCTTGTATCCAATGTTCAAACGATTCTTGTCGTGTGGCATATCATCCACTTTGCGCGCGAGCTTCTGGTCTATGTGTTGAGCTTGAGAGTGAGGATAAGCTTTTTCTTCTACCAAAGGAGGATGAAGAAGCAGATCAGTGTATCCGCATGCGCTCATTCTGCAAGAGGCATCGACAAACATCAACTGCCTGCCTAGAATCAAAAGACATGATCAAACCCACTACGCATAAAAATTCCGACTATCTCCCACCACCTAATCCATCTGGCTGTGCTCGTACTGAGCCTTATAATTTTCTTGGAAGAAGAGGGCGGAAGGAACCTGAAGCTCTTGCGGCTGCTTCTTCAAAGCGGTTATTTGTTGAGAATCAGCCATACCTAGTCGGTGGTTGCTATCGAAATGAGGTTTCAACCTATGAGTGCATTCACGGATCAAAGGTGTCACAGATGAATACACCAACCAACATCGTTTCTATGGCCGAGAAATATAAATACATGAAGGAAACATACAAGAAGAGATTAACATTTGGGAAATCGGGAATTCATGGTTTTGGCATCTTTGGAAAGCTTCCGCACAGGGCTGGAGATATGGTGATTGAATACACGGGAGAACTTGTTAGACCTTCAATAGCTGACAAAAGAGAACGTCTTATCTACAATTCAATGGTGGGTGCGGGTACTTATATGTTTAGAATTGACGATGAGCGAGTCATAGATGCTACAAGGGCAGGAAGCATTGCCCACCTGATTAATCACTCCTGTGTGCCAAATTGCTACTCGAGAGTCATCAGTGTTAAGGGAGATGAACACATTATCATCTTCGCAAAGAGGGATATAGCTAAATGGGAAGAACTGACCTATGACTACAGATTCTTGTCAGTCGATGAGCGGCTTTCATGTTCATGTGGCTTTCCAGGGTGTCGAGGTGTTGTTAATGATACAGTAGCTGAAGAACAACTGTCGAAGATCTATGTTCCTCGCTCTGATCTAATAGAGTGGACCGGATAA |
Protein: MACVADESQIEIDIHGRHVEAPSRYVYSVASSPSSCNVAVGSHSLMSKKVKARKLPMVERFDVESSGGVSDNGDCCHRDDYKLLRPEIVRVYCRRRKRSPRESGDAESLKLDERNQKRRRIGEDSSGLRSGLRGCSGDKQNGASRRKGSSVKNQDKVSIASGSTRRWVRLSYDGVDHKSFVGLQCKVFWPLDASWYTGSIVEYSVERKRHIVKYEDGSSEDLLLDREMIKFFVSREEMELSHLKICTNDVTVGVRDYDEMVVLAANLEDSQDFAPGDIIWAKLSGHAMWPAVIVDESVIGERKGLTNKVSGGRSILVQFFGTHDFARIKVKQATSFLNGLLAPSHLKCKQPRFEEGMHEAKIYLKEHRLPERMTQLQKGTDSDYSAKTNSTEEGSSNSAGDHMNDGEVWLRPTETVDFRYTIGDLLIINLGKIVTDSQFFNDENHIWPEGYTAMRKYTSLKDHSAYALYKMEVLRDAESKTRPLFRVTADSGEQFKGLTPSACWNKIYIRTRKVHSATDSPIFGDELNGSDMFGLSNPEVIKLVQQGLSKSRLSSNVSISKHSLGKRQDHLTGYRPVRVDWKDLDKCNVCHMDEEYENNLFLQCDKCRIMVHAGCYGEIEPCDGALWLCNLCRPGAPDIHPRCCLCPVVGGVMKPTTDGRWAHLACAIWIPETCLSDVKKMEPIDGVNKISKDRWKLMCTICAVSYGACIQCSNDSCRVAYHPLCARASGLCVELESEDKLFLLPKEDEEADQCIRMRSFCKRHRQTSTACLESKDMIKPTTHKNSDYLPPPNPSGCARTEPYNFLGRRGRKEPEALAAASSKRLFVENQPYLVGGCYRNEVSTYECIHGSKVSQMNTPTNIVSMAEKYKYMKETYKKRLTFGKSGIHGFGIFGKLPHRAGDMVIEYTGELVRPSIADKRERLIYNSMVGAGTYMFRIDDERVIDATRAGSIAHLINHSCVPNCYSRVISVKGDEHIIIFAKRDIAKWEELTYDYRFLSVDERLSCSCGFPGCRGVVNDTVAEEQLSKIYVPRSDLIEWTG |