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| Accession Number |
TCMCG081R12306 |
| RNA Id |
XM_002283237.3 |
| Length |
2933bp |
| Gene |
LOC100250187 |
| GeneID |
100250187 |
| Topology |
linear |
| Data_file_division |
PLN |
| Organism |
Vitis vinifera |
| Definition |
PREDICTED: Vitis vinifera ATP-dependent zinc metalloprotease FTSH 10, mitochondrial (LOC100250187), mRNA |
| dblink |
BioProject:PRJNA33471 |
| Molecule type |
mRNA |
| Sequence: GTGTTGCCCAAACAACTGAAAAAGAGAAACACCCACAAAGCAAAAATATCAGGCAAACAGTCCCTAGTATTTGTCTATCTTCATTCGAACTTGGAACCCTAAATAGAAAGAAAAAACATTTCTCTCAAATGACGAATCTGTGAACCAATCGTATAAGATTTGCTTCCTTGGATCCATTTGAAGAAATCCCAGTACTCTATTTCTGCTTCAGATTCGTCAAATAATGATCTTGTCGAGGCTTGGCCGTTCTCTGTCACGATCCTCTACTGCAAAACCACGGAACGTGTTATCTGGTGGTAATGTTGGAAGATCGGCGTTTTTGAACGAAGCCCTTTCCAGGGCACCGCATTACAGTACCGACCTGGGTCAACTGGATGGTGGGTTAGGGTTTTTGAGGGGATATTTAACTTCCATTGGAGCGAGCAGAGGGTTCGTCGGGAAGTCGTATTTATCTGATTTGAATTTTGTTCTTGCGAACCCGAGAATCCGAAGGTTTTTATCGAGTGAAGCCCCTAAGAAGAAGAATTATGAGAATTTTTATCCAAAAAATAAGAAGGAAACCCCAAAAGGGGAAGAGCAGAAGTCAGAGTCGAAAGAGGATTCAAACACAGATGATCATGGAAATTTTCAGGAAACTTTCATGAAGCAGCTTCAAAATGTCCTAACTCCTTTGTTGGTGATTGGACTGTTTCTTTCATCCTTCTCTTTTGGTCCACGTGAACAGAAGCAGATTAGTTTCCAAGAGTTTAAAAACAAGCTTCTGGAACCAGGTTTGGTGGACCACATAGTTGTTTCTAATAAATCAGTTGCAAAGGTGTATGTAAGGGGCTCACCACTCAATCAAGCAAGTGATGATGTTGTCCAAGGGCCAATTAATGGAAGCCCTGCAAGAGGAAATGCTCAGTATAAATTCTTTTTCAATATTGGTAGTGTCGAATCTTTTGAGGAAAAGTTGGAGGAAGCTCAAGAAGTATTAGGGATCGACCCTCACAATTATGTTCCTGTTACATATGTCTCTGAAATGGTCTGGTACCAAGAATTGATGAGATTTGCACCCACACTTGCGCTTTTGGGGGCCCTCTGGTACATGGGGCGGCGGATGCAAAGTGGATTAGGTGTTGGTGGTACGGGTGGAAGGGGCGGTCGTGGAATATTCAACATAGGAAAAGCCCATATTATGAAAGTGGATAAGAATGCTAAGAATAAGGTCTTTTTCAAAGATGTTGCTGGATGTGATGAAGCAAAGCAAGAAATCATGGAATTTGTTCACTTCCTCAAGAATCCTAAAAAATATGAAGAGTTGGGAGCAAAAATTCCAAAAGGTGCTCTTTTGGTGGGCCCTCCAGGCACAGGGAAGACCCTTCTAGCAAAAGCAACTGCAGGAGAATCTGCCGTGCCTTTCTTATCCATATCTGGTTCAGATTTTATGGAGATGTTTGTTGGTGTTGGACCATCCAGGGTGAGAAACTTGTTTCAGGAAGCAAGGCAGTGTGCACCTAGTATAATATTTATTGATGAGATTGATGCAATTGGTCGAGCAAGAGGACGTGGAGGCTTCTCAGGTTCCAATGATGAGCGTGAAAGTACTCTTAATCAGTTGCTTGTAGAGATGGATGGATTTGGAACCACTGCTGGAGTAGTTGTGCTTGCCGGCACTAATCGACCTGATATTTTAGACAAAGCTCTGTTGAGGCCTGGTAGATTTGATCGCCAAATTACTATTGATAAACCTGATATTAAAGGACGTGATCAGATATTTAAGATCTACCTGAAAAAGATCAAACTTGATCGCGAGCCATCATATTACTCTCAAAGGCTTGCGGCCCTCACTCCTGGATTTGCAGGAGCAGACATTGCAAATGTTTGTAATGAAGCTGCTTTAATCGCTGCAAGGAATGAAGGAACACAGGTCACAATGGATCATTTTGAGGCAGCTATAGATAGGATAATTGGTGGTCTGGAGAAGAAGAATAAGGTGATAAGCCAGCTGGAAAGACGGACTGTTGCTTACCATGAATCAGGTCATGCTGTTGCTGGTTGGTTCTTGGAACATGCGGAACCCTTGTTGAAAGTGACTATTGTTCCTCGTGGTACAGCAGCACTTGGTTTTGCCCAGTATGTTCCTAATGAAAACCTTCTCATGACCAAGGAGCAGCTTTTCGACATGACATGTATGACCCTTGGTGGTCGAGCAGCTGAACAGGTTTTGATTGGTAGAATATCGACAGGAGCCCAAAATGATCTGGAGAAGGTAACAAAGATGACATATGCTCAGGTCGCAGTCTATGGTTTTAGTGACAAGGTGGGCCTCCTCTCTTTCCCTCAACGGGAAGATGGATTCGAGATGACCAAGCCCTACAGCAGCAAGACTGGGGCAATCATTGACACGGAAGTGCGAGAATGGGTTGGTAAGGCTTATGAACGCACTCTTCAGCTGATAGAGGAGCACAAAGAACAAGTAGCTCAGATTGCTGAGCTGTTACTTGAAAAGGAAGTTCTTCACCAAGATGACTTGACCAGAGTTTTGGGAGAGAGACCATTCAAATCACTTGAACCCTCAAACTATGACAGATTTAAGCAAGGGTTTGAAGAGGAAAATGATAAGAGTGCGATAACCCAAGACAGCAGCAGAACTGAGCCAGAGAATGGTGCACCACCTCTGGAACCAGAGGTCGTCCCCGCATGATAACTTTGGACATTCTTTGTGCTTGTACATGAATAAATTAAGCTGTTTACATGAATTATAATTTTGTACAACTGTCATTTCTGATTATAGCAGCATTATCTCTTTGGAGAACTCTCTCCAAATTTTCTTCAAGGAGACCAGGTTATGGCTGTTTCAGAAGATATCCTTGTAGATTGAAGTGTAGCATGGTGGTGAAATGTTTTTAGTTAAGCCATCAATAAGTAAACTTGTTGATTCTCCTTGGTAA |