RNA

Accession Number TCMCG064R14331
RNA Id XM_011088527.2
Length 2030bp
Gene LOC105168441
GeneID 105168441
Topology linear
Data_file_division PLN
Organism Sesamum indicum
Definition PREDICTED: Sesamum indicum sphingosine-1-phosphate lyase (LOC105168441), transcript variant X1, mRNA
dblink BioProject:PRJNA268358
Molecule type mRNA

Sequence:   AATCGTGAATTTAAACATGGGCGAGATCTATTTCTCCAATCAAAACAAGAACAACGTGGTTGTCGGAAAATTGAAGTTAGCAGCATGTCCCGTCATTAACAATTGCGTGTACTCCCCCGTCTGCTCAACAAGTTCACATAAGGAAGGAAGCATTCGACTTCTCATTTCATAATTCTCATCAATCCAACCCAAGAGACGAACCCCAAAAGAAAAGCCAATGATGGATTTTGATGAGATATTTTCATCTCTGAATCTGTTCAGAGCTTCTGCAAATTCAGTTTTATCTCAGTACGAGCCTCTCGCGCTGCTTCTTGTTCCTATCCTCACGCTTCTTGTTGCGCGAATTCTCCAGTCTGTTCTTCGTGTAGTTTTCGAGAAAGGCCTTAAATCTGCCGTCCTGGAGTTCTTCATGGCCTCCGTCAAGTTGGTGCCTGGTGTGCAAAAGTACATCGATGCTGAAAAGCAAAAGGTTGTGGATAAGTTGCAAGGTTCTGGTAAATCGAAAAGAGATGGTTGGAGGTCTGAGTTGCCGAAGACAGGCTTAGGAGTTGAGGTCATTGATAAAATGAAGGATGAGAAACAAAAAGACGTGGCATGGCAGGGCAAATGTTCTGGTACAGTCTATATTGCAGGAAATGAACAGGAAGGGCACTTCTCTTTGATTAACGAGGCATGCTCAATGTTTGCACATACTAATCCTCTACATCTAGATGTATTCCAGAGTGTAGTAAGATTTGAAGCAGAAGTTGTGGCAATGACAGCTTCACTTCTTGGAAGTAATGAAAAGGCCTCTGGAGGACAAATATGTGGAAATATGACATCAGGAGGGACAGAAAGCATATTGTTGGCTGTGAAAACGTCACGGGATTACATGAAAGTTAAGAAGGGAATAACTAGCCCAGAAATGATTATACCAGTTTCAGCTCATTCAGCATATGACAAAGCTGCACACTATTTTAAAATCAAATTGTGGCGTGTTCCTGTGGACCAAGATTTTCGAGCTGATGTTAAAGCAGTCAAACGACATATTAACAGGAACACCATATTGATTGTTGGATCAGCACCTGGCTTCCCTCATGGAATTATCGACCCGATTGAGGAGCTTGGTGAGTTGGCTTCTACTTACAAGATTTGTTTGCATGTTGACCTTTGCCTTGGTGGTTTCGTGTTGCCGTTTGCTCGTAAGCTTGGGTATCCTGTACCGCCATTCGATTTTTCTGTTCAGGGTGTAACCTCTATATCTGTGGACGTCCACAAATACGGGCTCGCTCCGAAAGGAACAAGTGTGGTTTTGTATAGGGACCATGAGATACGCAAGCATCAATTTGTTGCCGTCACTGAATGGACTGGTGGGCTTTATATATCTCCGACAATTGCTGGAAGCAGGCCTGGCGGTCTCATTGCTGGGGCTTGGGCAGCTATGATGTCTCTTGGGCTAGAAGGTTATCTGGAGAACACGCGGAAGATTATGGAAGCTTCAAAGAGAATAGAGAAGGGGGTCCGCCAGATTCCGGAGTTGTTCATCATTGGAAGGCCTGATATGACGATTGTGGCTTTTGGATCCGACATTGTCGACATATTTGAAGTGAATGATGTAATGTCGTCAAAAGGCTGGCATTTGAATGCATTGCAGAGGCCTAACAGCATACACATCTGCGTGACGCTTCAACACGTAGCCGTCACCGAAGATTTCCTCAAGGATCTGCAAGACTCTGTGCAAACAGTTAAAGCAAATCCAGGTCCAATCAATGGAGGGCTTGCTCCAATTTATGGTGCTGCTGGAAAAATGCCAGATAGAGCTATGGTCCAAGATTTGTTGGTTGATTTCATGGATAGCTCATGCTAGTGCCAAATGCCAATCCTTCATGCATTTTTTATTGTATTTTCACCCTTGTGATGCTACATGTTTTCAATTTATGGAAAATTGTCGATTGTTATACGTAATATTCATGTAACATTTGTTGAAAAGATTATGTACCTCTCCTCTCCAGTTTATATGCTTGTGCTCTCTGGCCAGTAAGATTTTATTA