RNA

Accession Number TCMCG053R32795
RNA Id XM_034373620.1
Length 2867bp
Gene LOC117638486
GeneID 117638486
Topology linear
Data_file_division PLN
Organism Prunus dulcis
Definition PREDICTED: Prunus dulcis protein TRANSPARENT TESTA 9 (LOC117638486), transcript variant X4, mRNA
dblink BioProject:PRJNA631757
Molecule type mRNA

Sequence:   TCTGTTTCTTTCCATCTCCTGATCAAAATTAAACACATCTTCCGAAGCTGCTCGGAGAACTTCGATGGTGTATATAGCGCTGCCTTTCGCGGTCGATCTTCGAAATCCCAATCGGAATGAATTCCAATAGTGTGCTCTAATCCGAACGATTCGGAAAACAAATCATGTGGTTTTCGTTTTGGAAGCCCAGGGATCGGTTCTCCTTAGACGAGCTCAGGTATTTAACTGACCAGCTGGTAAAAGTTCAGATTGTGAATGAAGTGAACAAGGATTTCGTTATTGAAGCGCTGAGATCAATTGCGGAGTTGATAACATATGGGGACCAGCATGACTCGACCTTTTTCGAATTTTTCATGGAGAAGCAAGTCATGGGAGAGTTTGTACGAATATTGAAGGTTAGCAGAACTGTGAGTGTTTCACTTCAGTTGCTGCAAACAATCAGCATTATGATCCAGAACCTAAAAAATGAACATGCCATATACTACATGTTCAGTAATGAACATATGAACTACTTGATAACTTATTCGTTTGATTTCCAAAATGAAGAACTACTGTCATACTACATATCCTTCTTAAGAGCAATAAGTGGAAAGCTAGACAGGAATACAATTTCTTTGCTTGTAAAGACTCACAATGATGAAGTGGTTTCATTTCCCCTCTATGTTGAGGCAATACATTTTGCCTTCCATGAGGAGAGCATGGTCCGCACTGCCATACGGGCTTTGACGCTTAATGTTTATCATGTTGGAGATGAGTCTGTCAATAGATATGTCACCAGTGCCCCTCATGCAGATTATTTTTCAAACCTAGTTACATTTTTCCGAAAGCAGTGCATCAATCTAAATGCATTGGTTTCTGACACTATGAAAAATCTGGGTGCTGAATCTGCAGAGACAACCACATTAATTTCTGCCGCTGTTGATGAGATTGAGGACAGTCTCTACTATTTTAGTGATGTTATTTCTGCAGGAATTCCTGATGTTGGGAGGTTAATTACAGATAACATCTTGCAGCTTTTGATATTTCCATTGCTTCTTCCTTCTCTTACAAGAAAAGCTGTCGAAGGGGTACAAATTGGCGCTGCCATTTCTTTGTATTTAGTTTGTTGCATCCTGCGCATAGTGAAAATCAAGGATTTGGCAAATACCATTGCTGCTGCTCTTTTCTGTCCATTAGATGCTGTCGTACCAAAGTTCGGATCTAAGCCCAATGGCTATACGTCTTTGTGTGCTTTTGAACATGAAAGTCAACCGCCAGACAGTAATAATCTAACCAAGGCAGATGCTGGAATACTAAGAGTTGATGTGACAAACTTGTCAAGCTCTCCCAAAATCCACTCAGCGGATGTCCCAAGAGAAAATGACTGTTGTGATTTTCATTTGTCTTTGAGGGAGGCTTTGATTTCTTATATTACTAGTGGGGACGATGTACAAGTGGCGGGTTCGTTGAGTGTACTAGCTACTTTGTTGCAGACAAAAGAATTGGATGAATCAATGCTAGATTCTCTTGGAATTCTTCCTCAACGCAAACAGCATAAGAAACTCCTGCTGCAAGCTTTGGTTGGTGAAGGCTCAGGTGAAGAGCAACTATTTTCTTCAGAAAGTGGCTCATCGAGAGATGGTGTCGAATTTGGTAGTGAACTTGATACCTGTCTACAAAAGCTTAAGGAGCAGTATGGAGTTGTGTGTTCTTTTCTGGAAGTGAGAGCTAGCCCTCGCGTACACAGATTCCAGGTGCTTGACGCATTGGTTAGTCTTTTTTGCCGTTCAAATATATCTGCAGAGACATTATGGGATGGTGGTTGGCTTTTGCGCCAGTTACTTCCTTATAGCCAGGCAGAATTTAACAGCCATCATCTCAAGTTGCTGAATGATTCGTATAAGAACTGTGCTAGTGCTCTTCTCAAAGAGACCAGAGGAATCTGGCCAGATCTACTTATTACAATTCTCTCTGATGAATGGAAAAGGTGCAAGAGAGCAATAGAGGCCTCCTCCCCTCGGAAAGAGCCCAAGTGCATTCTGTTATCATCTCCGAAGTTCTCTTCTGAAGATGGTATAACAAGTGATTCATCGTTTGTTGCTGGTGAAAGGATGTGTGAATTGGTCAAGCCAAAAGTTGACGATAAGCATTCAAGATGGATGCACTTGCGGATCCGTCCATCCACTTTCCCCTTTGTGGAGCCTGCTAGATATGGTGCCTACGGGAAAGCGAAGACAAAAGCTTTGGTTGATGGCAGATGGACCCTAGCATTCAGGGATGAAGAATCTTGCAACTCTGCTTTGTCTATGATTTTGGAGGAGATAAGCCTACAAAGCAATGAGGTGGAGAGAAGACTAAAACCTTTACTTGACCTTGAAACCATTGTAGAATCTTCAAACTCTTCTCTAGGTCCTCCTAAGGCTACCTCTTCTTATTCAACATTTTCCAATTCTTTATAGGTCTCCAACGTTCTTGAGTTTCCCAATAATAGTTTGCTATACTCACACTATCCTTTTTCAAACCTAGTCCCAATTCGAGATTCGAGATCAATATGTGCACACCCTTTGTATATTGCACCGGTTGGGCGTGTTGGTGAGGGGGTCGAAGACCAAGAAGTGAGTTATTTATGGGGGGTGGGAATATTTAGTCACCCTTTGTATATTGTTCAAACAACCTTAGGCATACCCAAAATGTAGAGTAGCACCGGGATTTTTGTACCATTCTTTGTATAGAAGCTTTCCACTGGTCCTGATTATTGAGTTTATCCGCTTGTTCTTCTCATTCTTTAGCAGCTCCTCTAACCCTAGGCTTTTACTTCCATAATTTTGTTATCCCTGTAACAACAGTGTATAAATGAGGTGATTTCTTTAGTGAAGGCTTTTTGTGCA