RNA

Accession Number TCMCG022R23124
RNA Id XM_018863101.2
Length 1916bp
Gene LOC104418918
GeneID 104418918
Topology linear
Data_file_division PLN
Organism Eucalyptus grandis
Definition PREDICTED: Eucalyptus grandis probable amidase At4g34880 (LOC104418918), mRNA
dblink BioProject:PRJNA698663
Molecule type mRNA

Sequence:   TGGGATATGGAAACTCGCCCCTTCTTTTGTAGTTCTCCTTCTCTGCTCTGAGTTCTGCTGTGCGTTCCTCTACAACTTACCCAAACCTCGAAGAGCAGTGAAACTATGGCTACCGAACCTCCCCTTGCCTTTCTTCAATCACGAGTGCTTCGTATTCTCTTAGCCATTTCATTACTCGTGCTCCAAACAGTCGCTCTAGCTCAAGCACAAGCAGTATCTCTCAAAGAAGCGACCGCACACGATCTCCAACTTGCTTTCGGGCAAAACAAACTCACCTCGAGGCAGCTGACTAAGTTCTACCTCAACCGGATTCGGAGGCTCAACCCGCTCCTCAGAGGTGTCATAGAGGTGAACCCAGATGCACTTTGCCAAGCCAATAGAGCGGACCGAGAGCGTAAGGCGAAGCCATATGGCTCCCTATCTGCCTTGCACGGGATCCCCATACTGCTCAAGGATAATATAGCCACCAAAGACAAGATGAACACCACGGCGGGCTCGTTCGCACTTCTTGGCTCTGTCATGCCTCGTGATGCTGGTGTGGTGGCTCGGCTGAGGAGGGCTGGGGCCGTGTTGCTGGGGAAGGCGAGCATGAGCGAGTGGGCTCACTATCGTTTTTCTGGTAATAACAGTGGATGGTGTGCCAGGAGCGGCCAGGGAAAGAATCCATACAATCTATCAGCTACTACTTGTGGGTCAAGTAGCGGGTCGGCCATATCCGTGGCAGCGAATATGGGGGCGGTGTCATTGGGAACAGAGACGGACGGCTCAATCTTGTGTCCATCCAGTTTTAACTCGTTGGTGGGCATCAAACCCACCCTCGGCTTGACGAGCCGAGGTGGGGTTGTCCCCATCACTCCCAGACAGGACACTGTTGGGCCAATGTGTAGGACTGTCGCAGATGCCGTCAATGTCCTCGATGTCATTGTAGGATTCGATCCTTATGATGCTAAAGCCACTAGAGAAGCGTCCAAATACATCCCGAGAGGGGGCTACAAGCAATTTCTCAAAGCCGATGGGCTCAAAGGCAAGAGACTCGGAGTCGTGAAAGCTTTCTTCGACTTCTACTCAGGAACTCCGGTCACCAAAGCATTTGAAAGCCATTTTAACACCCTGAGGAAACAAGGCGCAGTATTGGTGGACCACTTGGAATTAGCCTACATCGATTTCTTCTCTTACAGTAGTGAAAGAGTAGCGATATCAGCCGAGTTCAAGCTAGCCCTGAATACTTACCTTCAAGATTTGGTTGTCTCACCAGTCCGATCCCTTGCAGATGTAATTGCCTTCAACAACAAGCACAAGCATGTGGAAAAGATCGATGAGTATGGTCAGGACTTGTTCGTCGAAGCGCAAGCCACAAATGGGATCGACAAGACTGTGAAATCAGCATGGCGAAACATGACCAGATGGAGCCGAGACGGGTTTGAGAAGCTGATGAGACAGAACAAGTTGGACGCATTGGTGACTCCTGAAAATATAGTGTCAACGGTTCTTGCGATCGGGGGCTTCCCAGGAATAAACGTTCCTGCTGGATATGACGAGGATGGAGTGCCCTTTGGGATTTGCTTCGGAGGCTTGAGAGGCTCTGAGCCTACACTCATTGAAATCGCTTATGGGTTCGAGCAAGCCACCAAGATCAGGAGGCCTCCTACGTTCCTGCGGTGACTCGCCTGTGATTATCGAGTCAATGTATTTGTATCTCGGTCCGAGCTCCTGCACGTGCGGTAGCTTCTCTGTTATTGGATAGATCGAAGCGATGAAGCAGCAAAGGAATAAGCAGCCACGCTCATATCGACCGGCGGGGAATGAAAGGTTTTAAAGATTAAGAAGTGAGATTGTCGAACAATAAGGATTTATATTGCGGTGTTCACTCATTCCTATTCTTTCATCCATACATGCAACCATCGAAGCCTTCATCA