RNA

Accession Number TCMCG079R24427
RNA Id XM_017574280.1
Length 1781bp
Gene LOC108337705
GeneID 108337705
Topology linear
Data_file_division PLN
Organism Vigna angularis
Definition PREDICTED: Vigna angularis lysM domain-containing GPI-anchored protein 1-like (LOC108337705), mRNA
dblink BioProject:PRJNA328963
Molecule type mRNA

Sequence:   TATTTAGTACCTTTCCCTTTTCCTACAACAACTCATCTTCTCTATCTTTCAACACTCTCTTGCATCATCTTCTTTCTGAATACATTGTTTGATCAGGATGATCACACTGTATCATATTGGCTAAAATCAATTCCTTTTATTTAGAACCAAAGCAAACTTCATTTCTTTGTTTAATCTTTTCTTGGTGTCCACTTTTCTCATAAACCATTATTTTCAATTCTTCACACACAAGGACTTGTGTGGTGTGAAATAGTGAAAGCCATTGCAACAACATGCCAAATCAACACCCCATTTTGCAATGTACTTTCCTCATGTTTCTCTTGTACTTTCTACTCAATGCAGCTCCTGTGAGTTGCAAATCCACCATTGAGCCATGCTCTGATAGTAACTCCTGCAATGCTCTTCTTGGCTACACCCTTTACACTGAGCTCAAGGTCTCTGAGGTTGCTTCTCTCTTCCAAATAGACCCTATTGCTCTTCTCACTGCCAATGCCTTTGACATATCCTACTCTGATGTAGAGCATCACATTCTCCCTTGCAAACTCTTCCTCAAGGTCCCTATCACATGTTCCTGTGCTGATGGAATTAGAAAATCAGTGTCTGCCCATTACAGGACTCGTCCTTCTGATACTCTCTCTTCCATTGCAGATTCAGTGTATGGAGGTCTGGTGTCTCCTGATCAGCTTAGGGAGGCTAATTCCATAGCTGATCCTTTGATGCTTGATGTGGGTCACAACCTTGTGGTGCCACTTCCATGCACATGCTTCAATGGCAGTGATAATTCTTTGCCTTCAGTTTACCTCTCCTATGTGGTAAAGCCAATGGATACTTTGGCTGCCATTGCAGCTAGGTATTTCACCACACTTACTGATTTGATGAATGTCAATGACATGGGGAGTGCAGCTATCTCTGATGGAGATATTCTTGCTGTTCCAATTCCTGCTTGTGCATCAAAATTTCCAAAACATGCCACTGATTTTGGCTTGCTTGTCCCTAATGGAAGCTACACCATTACAGCTAGTCACTGTGTGCAGTGTAGCTGTGGACCACAGAATTTAGATTTAAACTGTATTCCCTCTTCTCTAGCCGTCTCTTGCTCCAGCATGCAATGCAAAAGAAGCAATTTTACACTTGGGAATGTTACCGTGCAAAAGATGAGCTCAGGTTGTAATGTGACATCGTGCAATTATGATGGTTTTGTCAATGGCAACATATTAACAATGATGGCCTCTTCTCTTCAGCCTCATTGTCCAGACCAACAACGGTTCCCTCCACTTAGAGCGACACCTTCATCTCGTACAAGTGAATCAGTTGTTGCATTTCCTCCATCTCTGTCACCGTCACAGCCACAATTACTGTCACAATCACCATCATCGCCATCAGAAGGAATAGGTCTAATAGCACCCAAATCTTCAGTCATGCCTGCAACCAGATCATTTCCAGTATTCTCTCCTGGAAGTGACCTTGTTGGTAGGATTGCGTCTGCTGCTTCCTCTTTGGTGAATCCTATTCCCATTTTGACGTCCTCATTTATGTTGTTGCTTATAACGTTGATGATCCCTGTTGCTTTGTAATCTTCTAAGTTTTCTGGTGGGCTCTGTTCTCTCCCATTGCTTTGTCACAGATGCTCTATCTGTTTTAGTTACTCATTTGTGAAATCTAAGAAACAATGGTATGTTTCATCAAACAGTTTTCCTTTTATTATTTGGTGCTTTAGTGTAATATGCTGTCCTATGTGCAATGTATTTTGACAGCCAATTGTGTGTATTTGTCAACTCAAT