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Accession Number |
TCMCG055C15861 |
gbkey |
CDS |
Protein Id |
XP_020417201.1 |
Location |
complement(join(2531126..2531878,2532247..2532510,2532774..2532878,2533003..2533632,2534228..2534782,2534866..2535579,2535719..2535928,2536457..2536612,2536715..2536867,2536971..2537057,2537367..2537467,2537611..2537833,2537958..2538122,2538195..2538284,2538363..2538770,2539189..2539265,2539914..2540366,2540465..2540618)) |
Gene |
LOC18778311 |
GeneID |
18778311 |
Organism |
Prunus persica |
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Length |
1765aa |
Molecule type |
protein |
Topology |
linear |
Data_file_division |
PLN |
dblink |
BioProject:PRJNA241430 |
db_source |
XM_020561612.1
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Definition |
homeobox-DDT domain protein RLT1 isoform X1 [Prunus persica] |
CDS: ATGGAGGGTGCTTCCGAAGGAGAAAATCCGACTAAAAATCATGAAAATAACAACAGTAATGGTAAATTTAATAATTCCAGTGAGGGACAGAGCAAGCCCAAGCGCCAGATGAAGACCCCCTTTCAGCTTGAAACCCTCGAGAAAGCTTATGCCTTGGAGACCTACCCGTCGGAGGCGATAAGGGCGGAGCTGTCGGAAAAATTAGGGCTTACTGATCGGCAGTTGCAGATGTGGTTCTGTCACAGAAGATTGAAGGACAAAAAGGAAGGGGGTCCAGCAAAGAAACAGCGGAAATCGGTGCCCACTTTGCCCGAGCCTCCTATTGATGATTTGGCTCACGGGTCTGAGCCAGGTAGTGATTATGGGTCGGGTTCAGGCTCCGGCTCAAGCCCGTTTGGGCATGCGGAGTTGCGGAATGTGGTTTCCAGGAGTGGGGCTGACGATGTGCCAATGAGGAGGAGGTATTACGAGTCACCCCAGTCGATATTGGAGCTTAGAGCCATTGCTTGTGTGGAAGCTCAATTGGGAGAGCCATTGAGGGAAGATGGGCCAGTTCTCGGCGTAGAGTTCGATCGGTTGCCGCCAGATGCGTTCGGAGCACCTATAGCAGTTGCAGAGCAGCAGAAGCGGGCTGCCCATGCTTTGGAGGGCAAATATGAGCGGCATGATGCAAAACCAAATAAAGCAACTCCAAGGGCTCTCCATGAATATCCATTTCTTCAAGATCACTCCAGTATTCGGTCTGATGCATATGGACAAGCCGCACAATCTCATTTTCAAGATTCACCAATTGATGGTCCTAGTGCCAGAGCTTCATCATTTGCAGTTGGAAATGAGCCTTTGTCAAGGGTTCATGGTGTCCATGGTCATGGTCATGTGTCGCGTGTTCGTCTTCTGTCTCAGCAGGAGAGGCAAGCAGTGGCCTTTCCATCTCCTGGTGATGATGGCTGTGTGCCACAAAGGGACTCCTTTACTAATGTTAGAGTAAATACTCAGTTTAGTGATCCTCCTACTGTTGCACCGGAAAACTCTAATGTATTGTCTGATGGTCAAATTAATGACTCTATGCTGAGAATGGAGAGGAAACGCAAGAGTGAAGAAGCTAGAATTGCTAAAGAAGTTGAAGCTCATGAGATTCGGATCCGGAAGGAGCTGGAGAAACAGGATATTCTGAGGAGAAAGAATGAGGAACGAATGAGGAAAGAAATGGAAAGGCATGACCGTGAGAGACGAAAAGAAGAAGAGAGGTTGATGCGTGAAAGGCAGCGAGAGGAAGAGAGATCAAAGCGTGAGCAAAAACGTGAAATTGAACGAAGGGAAAAGTTTTTGCAGAAAGAATATATAAGAGCTGAGAAAAGGAGGCAAAAGGAAGAGCTTCGCAAAGAGAGAGAGGCAGTGAGACGCAAAGCAGCACTTGAGAAGGCTACTGCACGCAGGCTTGCTAAAGAATCTATGGAGCTTATTGAGGATGAGCAACTAGAACTAATGGAATTGGCTGCTGCAAGCAAGGGTTTATCCTCAATCATTTGTATTGATCTTGACACCTTGCAAAACCTTGATGCATTCAGAGATTCTCTGGCTGCATTCCCACCTAAGTCCGTGCAATTAAAAAGACCATTTGCAGTTCAGCCGTGGATCAACTCAGAGGAGAATATTGGTAACTTCCTAATGGTTTGGAGATTTTTGATTACCTTTGCTGATGTTCTCGAGTTATGGCCTTTTACTCTTGATGAGTTTGTTCAAGCTTTTCATGACTATGATTCAAGGTTGTTAGGAGAGATCCATGTTGCTCTCTTGAGGTTGATTATAAAAGATATTGAAGATGTTGCAAGGACTCCTTCTACTGGATTAGGAGTAAATCAAAATGGTGCTGCTAATCCTGGTGGTGGACATCCACAGATTGTTGAAGGAGCATATGCATGGGGCTTTGATATACGAAACTGGCAGCAGCACTTAAATCTGCTAACATGGCCAGAAATATTCCGGCAACTAGCACTGTCTGCCGGATTTGGGCCACAGTTGAAGAAAAGGAGTACCGCATGGTCATACTCTCCTGATAATGATGAGGGTAAAGGTTGTCAGGATGCAATTTCTAATCTTCGCAATGGTTCAGCAGCTGAAAATGCATTTGCAATAATGCAAGAAAAAGGCTTACTAGCCCCACGAAAATCTAGACACCGGTTGACTCCTGGAACTGTAAAATTTGCAGCTTTTCATGTGCTTTCACTTGAGGGAAACAAGGGACTAACAGTGTTAGAGCTTGCTGACAAGATTCAGAAATCTGGCCTTCGGGACCTGACAACAAGCAAGACTCCTGAAGCTTCAATTTCTGTTGCTTTGACAAGAGATACTAAGCTTTTCGAAAGAATAGCTCCTTCAACATATCGCGTACGAGCTGCTTACAGAAAGGATCCTGCTGATGCCGAGGCCATACTTTCTGCAGCACGGAAGAAAATTCAGATATTTGAAAATGGGTTTTTAGCTGCAGAAGATGCCGATGATGTTGAAAGAGATGATGCTGATGAGGTTGAAAATGATGAGGTTGAAAGAGACGAAGACTTTGAATGTGATGAAGTTGATGACGATCCAGAAGTTGATGACTTAGCTACTCCATCAGTTGCAAAGAAATCCCCTGATGATTACAATGAAGTAATTACTTTCTCAGAAAATGGAAAGGATTTATGCAATGATGTTGCACTGAATGTGCAAAATGAGTTTGAAAACGATGTTTCATCTTCCCCAGTGAGTGGTTCCAAAGATGCAAACTGCCCTAGTGCTTCCTCTAAACAGTGTGTTTCGGGTGCGGATATTAGTGCTAGTAATCTTGACCAAGAAAATATGGAGATTGATGAAAGCAAATCAGGTGAGTCATGGGTTCAAGGACTTACAGAAGGGGAATATTCTGATCTCAGTGTGGAAGAGCGTCTTAATGGCCTGGTTACCTTAATTGGTGTTGCAAATGAAGGAAACTCCATCCGTGTTGTTCTTGAGGATCGCTTAGAAGCTGCAAATGCTCTTAAGAAGCAAATGTGGGCAGAAGCACAGCTTGATAAAAGTCGCCTAAAAGAAGAGAATGTCGGTAAGTTAGATTTTCCATCTTTTGTGGGAGGCAAATCTGAAACACAAGTTATCGGAGTGGAGGATGGACAAAGCCCTGTACGGGATGTTGATAATAGAAATATTGAAGCATCTCCAGGCACTGCAGAAAATCAAAAGTCAATCCATGGTTCACAAGGTGTTCAGAATCAGCTTAATGGTTTGCCAGTTGAAAGGACTTTAGGAGCCCAAGATATTTCCATGGGTCCTGACAACTTCTTGAGTCAGCAACTTGCATATGCATCAAAAAGGTCGCGCTCACAGTTAAAATCATATATTGCACATAGAGCAGAAGAGATGTATGCATATAGGTCCCTGCCTCTTGGTCAAGATCGCAGGCATAATCGATACTGGCAATTTGTTGCATCTGCATCAAGCAATGATCCTGGTTCAGGCAGGATTTTTATTGAATTGAATAATGGAAGTTGGAGGCTTATTGACACTGAAGAGGCCTTTGATGCTCTATTGACGTCTCTGGACACACGTGGGATTAGGGAATCCCATCTACGCTTAATGTTGCAAAAGATTGAGGCATCGTTCAAGGACAATGTTCGGAAAACTTCACATTGTCCTAACAGTGCAGGCCCAAGTAAAAACCGTGTTAAAAATGAAGCCGACATGGATTCTAGCCCTGATTGCCCTTCTGGTTTCGACAGCCCTGGCAGTACTGTTTGTGCTTTGAATTCTGATACAGCAGAGACATCCTCTTCTTTCAGAATTGAGCTTGACAGAAATGAAGCTGAAAAAAGGGCTGCCTTGAGAAGGTATCAAGATTTTCAGAAGTGGATGTGGAAAGAATGCTTTAGCTCATCTACATTTTGTGCCATGAAGTATGCGAAGAAGAGGTGCAGATCACTGTTTGATGTTTGCGATTTCTGCCTTAGTTGTTACTACTTTGAAGATTCCCACTGTGCTTTTTGCCATCAGACTTTCAGTGCTTTCTATGCAAATTTTAACTTTAGCGAGCATGTGATTCAATGTAAAGAAAAAAGGAAGTTGGAACCTTGGGATTCCCATATGCCATGTACTTCTCTTCCCTTGGGCAGAAGATTGCTCAAGGCATTAATAGCTCATATTGAGGTATCTATTCCACCAGAAGCTCTTCAATCGTTTTGGACTGAAGACCGTCGAAAGACCTGGGGTGGGAAACTGAATGCATCATCATCAACGGAAGAACTTCTACAGATATTGACTCTGCTTGAGACTGCCGTGAAGCGAGACTTTCTGTCATCAAACTTTGCAGCGACGGAGGAATTACTTGGCACCAGCAAACAATCAGAGGTTTTTGTTCCTGACTTTCTAGACAGTGGATCAGTTCCCCTACTTCCTTGGATACCACATACCACTGCAGCTGTGGCTCTGAGGCTTCATGAGATGGATTCATCGATTACACATATACAGCTTGAGAAAGCTGAGCCCAACGGAGACAAGGAAGTCAAAGAATATCTGAAGCTCCCTATGAGACTTGCCCCACTGAAAGAGTCTGAACAAACAGAAGTAGGCCACAATGAATACATTCGGGAAGAGAACAATACTCACCTGAAAAGTGCACGAAACAGCTTTAGACGTGGTAGGGGAGGTCGTGAGCAAGGGCGCGGTAAAAAGTGGCAGAGAAAAGTGAATAATTCCAAATCTGGTGCAAGTCGGCAAAAGGGTAGTGGGAATCTAAGTCAAGGGTTTAGACCGGTTGGGAAAAGAACACAAGGACAAGGGAGTGCACGGGGTCGCAGAACTGTTAGAAAGAGGAGAACAAAGGACAGGGTTGTTGAGGGGACACCTCTGGGCCGCATGACTGACGTACGCAGTAGCCCTGAGAGTGGAGGGGATTCCCCGAGAAACTTGGGTGAGGAATGGGATGATGAAAAGATAGATATGATCCATATGAAAGGTGATGAACAAAGAGAGGGATATGAACAAGCAGAGGCATTGGAATCTGAAGACGATGACCAAGCAGTGGGATATGAACAAGGAAACTGGGAAACTGGATTTGATGGGACTTCCAGCGGATGGCACGAGGGTTTACTGGAAGCAAGTGATGAGGATATGGATGCTTCTGAAGATGACAATAATGGCATTGAAGAAGTGAGAGATGAAGATTCAGAGGGGGATGTAGATATGAGTGATGCCTCGGATGAAATACAAAACAAGATTACAAATGATGATGGCTCAGATTCTGCAGTTTCAGATGACTATAGTGATTGA 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Protein: MEGASEGENPTKNHENNNSNGKFNNSSEGQSKPKRQMKTPFQLETLEKAYALETYPSEAIRAELSEKLGLTDRQLQMWFCHRRLKDKKEGGPAKKQRKSVPTLPEPPIDDLAHGSEPGSDYGSGSGSGSSPFGHAELRNVVSRSGADDVPMRRRYYESPQSILELRAIACVEAQLGEPLREDGPVLGVEFDRLPPDAFGAPIAVAEQQKRAAHALEGKYERHDAKPNKATPRALHEYPFLQDHSSIRSDAYGQAAQSHFQDSPIDGPSARASSFAVGNEPLSRVHGVHGHGHVSRVRLLSQQERQAVAFPSPGDDGCVPQRDSFTNVRVNTQFSDPPTVAPENSNVLSDGQINDSMLRMERKRKSEEARIAKEVEAHEIRIRKELEKQDILRRKNEERMRKEMERHDRERRKEEERLMRERQREEERSKREQKREIERREKFLQKEYIRAEKRRQKEELRKEREAVRRKAALEKATARRLAKESMELIEDEQLELMELAAASKGLSSIICIDLDTLQNLDAFRDSLAAFPPKSVQLKRPFAVQPWINSEENIGNFLMVWRFLITFADVLELWPFTLDEFVQAFHDYDSRLLGEIHVALLRLIIKDIEDVARTPSTGLGVNQNGAANPGGGHPQIVEGAYAWGFDIRNWQQHLNLLTWPEIFRQLALSAGFGPQLKKRSTAWSYSPDNDEGKGCQDAISNLRNGSAAENAFAIMQEKGLLAPRKSRHRLTPGTVKFAAFHVLSLEGNKGLTVLELADKIQKSGLRDLTTSKTPEASISVALTRDTKLFERIAPSTYRVRAAYRKDPADAEAILSAARKKIQIFENGFLAAEDADDVERDDADEVENDEVERDEDFECDEVDDDPEVDDLATPSVAKKSPDDYNEVITFSENGKDLCNDVALNVQNEFENDVSSSPVSGSKDANCPSASSKQCVSGADISASNLDQENMEIDESKSGESWVQGLTEGEYSDLSVEERLNGLVTLIGVANEGNSIRVVLEDRLEAANALKKQMWAEAQLDKSRLKEENVGKLDFPSFVGGKSETQVIGVEDGQSPVRDVDNRNIEASPGTAENQKSIHGSQGVQNQLNGLPVERTLGAQDISMGPDNFLSQQLAYASKRSRSQLKSYIAHRAEEMYAYRSLPLGQDRRHNRYWQFVASASSNDPGSGRIFIELNNGSWRLIDTEEAFDALLTSLDTRGIRESHLRLMLQKIEASFKDNVRKTSHCPNSAGPSKNRVKNEADMDSSPDCPSGFDSPGSTVCALNSDTAETSSSFRIELDRNEAEKRAALRRYQDFQKWMWKECFSSSTFCAMKYAKKRCRSLFDVCDFCLSCYYFEDSHCAFCHQTFSAFYANFNFSEHVIQCKEKRKLEPWDSHMPCTSLPLGRRLLKALIAHIEVSIPPEALQSFWTEDRRKTWGGKLNASSSTEELLQILTLLETAVKRDFLSSNFAATEELLGTSKQSEVFVPDFLDSGSVPLLPWIPHTTAAVALRLHEMDSSITHIQLEKAEPNGDKEVKEYLKLPMRLAPLKESEQTEVGHNEYIREENNTHLKSARNSFRRGRGGREQGRGKKWQRKVNNSKSGASRQKGSGNLSQGFRPVGKRTQGQGSARGRRTVRKRRTKDRVVEGTPLGRMTDVRSSPESGGDSPRNLGEEWDDEKIDMIHMKGDEQREGYEQAEALESEDDDQAVGYEQGNWETGFDGTSSGWHEGLLEASDEDMDASEDDNNGIEEVRDEDSEGDVDMSDASDEIQNKITNDDGSDSAVSDDYSD |