RNA

Accession Number TCMCG072R10788
RNA Id XM_021989994.1
Length 1740bp
Gene LOC110785542
GeneID 110785542
Topology linear
Data_file_division PLN
Organism Spinacia oleracea
Definition PREDICTED: Spinacia oleracea high affinity nitrate transporter 2.5-like (LOC110785542), mRNA
dblink BioProject:PRJNA396054
Molecule type mRNA

Sequence:   ATGGCACCAAGAGATGGAGAGTTTCAATCAAAAAAGTTTGCTCTTCCAGTTGATGCAGAGAATAAGTCCATAGACTTTCCTCTGTTTTCAGTGGCAAAGCCTCATATGCGAGCATTTCATCTATGCTGGATACAATTTTTCGCCTGTTTTTTATCCACATTCGCAGCACCACCTCTGCTTCCTATCATTCGTGATAACCTTAACCTGACAGCCAATGACATTGGTAATGCAGGGATTGCATCAGTTTCAGGGGCGATCTTTGCCCGTGTTGCAATGGGTGCTGCATGTGACATAGTTGGTCCTCGACTAGCCTCTGCCACCCTCACACTCCTCACTGCACCTGCAGTCTACCTATCTGCTGTTGCAGACTCGGCAACAGGCTTCTTTCTTATGAGGTTTTTCACTGGCTTTGCTTTGGCCACCTTTGTCTCAACTCAGTACTGGATGAGCTCCATGTTCGCCCCAAGAGTTGTTGGCCAAGCCAATGGCCAAGCAGCAGGGTGGGGAAATCTAGGAGGCGGTGTAGCTCAGCTCGTAATGCCCCTTGTGTACAGTGTCATCCTTAAGATAGGAGCTACACCATTTGCAGCTTGGAGGATTGCATTCTTTATTCCTGCACTATTCCAAATGTCCTCAGCATTTGCAGTAATGCTTTTCGGCCAAGATCTGCCTGATGGAAATTTCCACCAGCTGCAGAAGTCAGGTGATATGTACAAGGACAGCGCGTCCAAGGTTTTGTATCATGGAGTCACCAATTATAGGAGCTGGATCACTGCTCTGGGTTATGGGTTCTGTTTTGGGGTGGAGCTAGCAGTAAATAACATCATCGCGTACTACTTCTATGACAGGTTTAATCTAAACCTATATATTTCAGGAATGGTTGCTGCCAGTTTTGGGATGGTCAATCTTTTCTCCAGGCCTATAGGTGGTGGCTTATCAGATTTCATGGCCAAAAAGTTTGGAATGAGAGGAAGAATATGGAGCTGGTGGATTGTGCAAGCCCTTAGTGGTGTACTGTGTATTTGTCTAGGGCTGATAGACACCTTAGGCGCATCAATTGCAGTAATGATCATCTTCTCTGTGTTTGTGCAAGCAGCCGAAGGTCTCACATTTGGAGTTGTCCCCTTCGTCTCCAGAAGATCTTTGGGAGTGGTTTCTGGTATGACTGGAGCCGGAGGTAATGTGGGTGCAGTCATAACCCAAGTGCTTTTCTTCAGAGGATCTCAGTACACGACAGAGAAGGGAATACAATACATGGGTATTATGATCATAGCATGCAGCTTTGGCATAACTTCCATATACTTCCCACAATGGGGAGGTATGTTTTGGGGTCCTAAAGCGGATTTTACAGAAGAAGACTACTACTTAAGGGAATGGGATTCAAAGGAGCAAGAGCAAGGACTCCATCATGTAAGCATGAAATTTGCAGAAGGCAGCAGGAACGAGAGATGCAACAAAGGAAAGTCGGTACCAGAAGCAGAAATGACTGAAACTCGTGTCTGATCGCCATCAGTCTCCAAATTACTACTGTCTTTTCTTATATTTCCCTGTTCAGAATTTTCTGTCAAAAGGGGGGAATTTTTTTCTCACAGTATCTTCCCAAACCCCTGGCAGTATCCTTCTGCCTCTATGCAGCTGTTCACATACTTGTTTATATACAATTATACTACCAATGAGGTCTTGGCCTAGTGGCACGGACTGAGGGCCTGTGTACTTAGTCTAATTTGTAATTTGTAATGC