RNA

Accession Number TCMCG065R07375
RNA Id XM_004961803.4
Length 2942bp
Gene LOC101754839
GeneID 101754839
Topology linear
Data_file_division PLN
Organism Setaria italica
Definition PREDICTED: Setaria italica ATP-dependent zinc metalloprotease FTSH 8, mitochondrial (LOC101754839), mRNA
dblink BioProject:PRJNA207554
Molecule type mRNA

Sequence:   GGCGACCCCCTCACAACAGACGAGACGACGCACCCGCACAAAAAATCTCGGAACAGGACGCATCTCCCTGTACTCGACGCGACCCCTCCGTCGCGCGGATCCGGACGCCCAGCCCCTCCCTTCCATGCGCACGGCGCCGCCGCAGCCGACATGACGCTCGCCTCGCTCGCCCGCGCCCTCGGACGGTCCGCGCGCTCCTCCCGGCCGCGTCAGGGTTTCCAGCTCGGGGGCCTCGGCGGGGTCCGGTCGCCGCCGCTGCCGCCGCCGGTACATGGCGGGGAGGGCGGCGGGTTAGGATTGGTCCGGGGGTACCTGACCGCGGCGTCGGCGGCGGGTCTTGGGAGGCCCGCCGGGGGCAAGGCTGTGGATTGGAGATACCTCCTCGCCAGCCCGCAGTTCCGGCGGCTCTTCTCTGATGAGTCCAAGAAGAATTACGAGAACTACTACCCGAAGGGTAAGAAGGAGGTGCCCAAAGGTGACGGGAGTAACAAGTCCGAATCGAAGCAGGAATCAACAGACGAGGGAGGATGGAATTTCCAGGAGACTGCTATGAAACAGCTGCAGAATTTCCTTGCACCTCTATTGATTCTTGGCCTGATGCTCTCATCCATGTCATCTGGCACAGCGGACCAGAAGGAGATAAGCTTCCAAGAGTTCAAGAACAAGTTACTAGAACCTGGTTTAGTTGATCGCATTGTCGTTTCAAATAAATCAGTGGCAAAGGTTTATGTCAGGATTTCACCACAGCCAAAGAGCCAAGGTCAAAATAGTGATACCCATATTTCTACCATTGATGTTCCAGGCAAACCTGCTCCCAGTAGATGCAAGTATTACTTCAATATTGGTAGTGTTGATTCCTTTGAAGAGAAGTTAGAGGAAGCCCAGGAAGCGATGGGAATAGATCCACATGATTTTGTCCCAGTAACTTATGTTGCTGAAGTAAATTGGTTCCAGGAAGTTATGAGGTTTGCCCCAACAGCGTTTCTTGTTGGACTGATATATTTGATGGGGAAAAGGATGCAGAGTGGTTTCAATATTGGAGGTGGTCCTGGGAAGGGAAGAGGTGGTATTTTCAACATTGGAAAAGCTACTGTGACAAAGATGGACAAAAATTCCAAAAATAAGGTGTTTTTTAAGGATGTAGCCGGTTGTGATGAAGCTAAACAAGAAATAATGGAGTTTGTGCATTTCCTTAAAAGCCCCAAGAAGTATGAAGAGCTGGGAGCTAAAATACCCAAAGGTGCTCTGCTTGTAGGCCCTCCTGGTACAGGGAAGACTCTGCTTGCCAAAGCTACTGCAGGAGAATCTGGTGTGCCCTTTTTGTCTATTTCTGGTTCAGATTTCATGGAAATGTTTGTTGGTGTTGGACCATCCAGAGTACGGAACTTGTTCCAAGAAGCTCGACAGTGTGCACCTAGTATTGTATTTATTGATGAAATCGATGCTATTGGTCGCGCAAGAGGACGTGGAGGTTTTTCGGGGTCAAATGATGAACGTGAGAGTACTTTGAACCAGCTGCTTGTAGAGATGGATGGATTTGGAACAACTTCTGGTGTTGTTGTTCTCGCTGGTACAAATAGACCTGATATCCTGGATAAGGCATTATTAAGGCCAGGAAGGTTTGATCGCCAGATAACAATTGACAAGCCAGATATAAAGGGCCGTGATCAAATATTCCGCATCTATCTTAAAAAGCTTAAGCTGGACAATGAACCATCATTTTATTCCCAAAGGCTAGCTGCTTTGACACCTGGGTTTGCTGGAGCTGACATTGCCAATGTTTGTAATGAAGCTGCTTTAATTGCTGCAAGAAACGAGCAAACTCAGATCACAATGCAGCATTTTGAGTCTGCAATTGATAGGATTATTGGTGGTTTGGAGAAGAAAAATAAGGTCATTAGCAAACTGGAGCGGCGCACTGTTGCTTACCATGAATCTGGACATGCTGTTGCTGGATGGTTCTTGGAGCATGCAGAGCCTCTTCTAAAAGTTACGATTGTTCCTCGTGGAACAGCTGCTTTAGGCTTTGCACAGTATGTCCCGAATGAAAATCTTTTAATGACAAAAGAACAGCTTTTTGATATGACATGCATGACATTAGGTGGCCGTGCTGCAGAACAGGTTTTGATTGGCAAAATCTCAACTGGTGCTCAGAATGACCTGGAGAAGGTTACCAAAATGACATATGCACAGGTTGCCGTGTATGGTTTTAGTGAAAAGGTTGGGCTTCTATCCTTCCCTCAGAGGGATGATGGCTTCGAAATGACCAAACCTTACAGCAACCAAACAGCATCCATAATCGATGATGAGGTCAGGGAATGGGTTGGCAAGGCCTATAAGAAAACAGTTGAACTTATAACGGAGCACAAGGAGCAAGTAGCCCAAATTGCAGAATTGCTGCTCGAGAAGGAAGTCCTCCACCAGGATGATCTGACCAGGGTGCTAGGAGAACGGCCTTTCAAGGCAACGGAGCCAACCAACTATGACCTCTTTAAGCAGGGGTTCCAGGATGATGATGATAAGAGCCAAGCGCCAGCAAAGAACGCCGAGTTGCCTGATGATGATGCATCTCCCTCGCTTGGCGAGGTTGTACCCACGTAGTTTTTCCTCAAAAGTTAGAGCTGTACATTGCACGCTCATCCGATAGATTCTTGCTTGTTGTTGCAGCATAAGAAAACTGTATAAATTAGCGCTCTCGTCTGATCATGCCAGTGTGGAAGTGCATTTGGATTTCCACAAGGGTCAAGGGTGGCAGTCCGGTTGATAGAATGCCTTGAGCTCATCATGGCATCAGCAAACGTTCAGAATCTTGTATTACCTTGTATTGTTCTGAAAGATTCTGTCGACTGAGGAGTTGGCGCGAAAAGAGAGTGTGTCCCGCCTGAAGGATTGCTGGTTTTTTTTTTTTTTTTTTTGCTGCAAATGACAATGACTTGTTTCTA