Gene Details:
- Gene ID: MD11G1303400
- Gene Symbol: MdATG18a
- Gene Name:
- Genome: Golden ASM211411v1
- Species: Malus domestica
Functional Descriptions:
- The autophagy-related gene MdATG18a modulated apple salt tolerance.
- MdATG18a plays positive roles in the response to various abiotic stressors, such as high temperature, low nitrogen, drought, and alkali stress.
- Overexpression of MdATG18a enhances the salt tolerance in apple plants.
Function-related keywords:
- nitrogen , temperature , drought , stress , drought-stress , salt , tolerance , abiotic-stress , drought-tolerance , salt-tolerance , salt-stress , stress-tolerance , stress-response , drought-stress-response , autophagy , drought-response , abiotic-stress-response , temperature-response
Literature:
- MdHB7-like positively modulates apple salt tolerance by promoting autophagic activity and Na(+) efflux. DOI: 10.1111/tpj.16395 ; PMID: 37471682
Related News:
Gene Resources:
Sequences:
cDNA Sequence
mRNA Sequence
- />MD11G1303400
GTGCACTCCAATCAACGAATAAACTCGCCTGTGTTTTTACAATGACAATATTGCCCCTCTCTTCTCCCTAAATTTGCCACCAAAACCTCCCTTCCTGTTTCCCCTTTCTGCCCAATTCCGAAAAGGCTCAAACAGGAATTCGAGCGCATCCTATCCTCTTCTAGTTCCCTGTCATCTAAACGTACCCCTCAAAAATCCCACCACCCAGAGATCCTCCTCCCATGGCCACCCTCTCCGCCTTGGCTACCACCTGGCCCGACCCCAACTCCGCCGCCGCCTTCCTCTCCGATCCTACCGATGACAACCCTACCTCTGTCGTTGACTCCAGCGATGACAACCACGACCCCCAATCGCCCCCAAACCCTAACTCTGACCACAACCTCCACAACAACATTCCCCTCTCCTCCTCGCCCCCGGAGTCTGCCCCTCCGGCGCCCCGCTCGCCTCCGTCACTCTTCCACGTCTGCTTTAACCAAGACCAGGCCTGCTTCGCCGTGGGGACAGACCACGGGTTCCGGATCTACAACTGCGACCCGTTCCGCGAGCTCTTCCGCCGTGACTTCGACAACGGGGGCGGAATCGGCGTCGTCGAGATGCTATTTCGCTGCAACATCTTGGCCATAGTTGGCGGTGGGCCCGACCCTCAGTACCCGACCAATAAAGTCATGATCTGGGACGACCACCAGGGGCGGTGCATCGGGGAGCTCTCATTCCGCTCCGTTATCCGGTCCGTGCGGCTCCGGAGGGACCGAATCGTCGTCGTTTTAGAGCAGAAGATATTCGTGTACAATTTCGCCGACTTGAAGCTGCTGCACCAGATTGAGACGATCGCGAACCCCAAGGGGCTGTGCGCGGTGTCGCAGGTGGCGGGGTCGCTGGTGCTGGTGTGCCCTGGCCTGCAGAAGGGGCAGGTTAGGGTGGAGCATTACGGGTCGAAGCGGACCAAGTTCATCATGGCTCATGATTCCAGACTTGCCTGCTTTGCACTCACGCCGGACGGCCAGCTGCTCGCCACCGCCAGCAATAAAGGGACTCTTGTTCGGATTTTCAATACTCTCGACGGAACTTTGCTGCAAGAGGTAAGGAGGGGTGCAGACAGAGCAGAAATCTATAGTTTGGCATTCTCTTCAACTGCCCAGTGGTTAGCAGTCTCAAGTGACAAGGGAACGGTCCATGTTTTCAACCTCAAGGTTAATTCTGGATCCTCAAATGAGAACCCCCGAAGTGCATCTGATCCAAATCTTGCTGTTTCGTCATCAAACTCATCTCTTTCTTTCATCAGAGGTGTGCTGCCCAAGTATTTTAGCTCAGAGTGGTCGGTTGCTCAGTTTCGCTTGCTTGAAGGTTCTCAATACATTGTTGCGTTTGGTCACCAAAAGAATACTGTGGTGATTCTTGGCATGGATGGAAGCTTCTATCGATGTGAGTTTGACCCGGTGAATGGAGGTGAGATGACCCAGCTGGAATATCACAACTTTCTAAAGCCCGAAGAAGCCTTTTAAAGTGAAATATAGTACTATCCATCCTTTCCTGCATTATAATGTTCTCTTGACTGTTTGGTCTTCTGCTATTTTTTTTCTCCCTAGTTTTAGGGTATGGGTAAATCATGCTGTAAATACATGAGCATTGTAAATTTGTAAATTTCTGAGTGCTGCACCGGTAACGAAATTAGAAAATGAAAAAAAAAAAAAACTAACTTAATTATAAAGAATATGTTTTGTACTGTTTATCTGTGATTCAAGTCAATCACGCATTGTTAAGCGTTTTAACTTATATAATAGTACTCGATTGGTTTGTGATACTGGCAATGTCTCGTTGCAAGGAAGAGCTCATAAAGTCCTCAAAATTATGAGCTTCTTGTGTTACTGTTGTTAATTCTAGTGTTGTGGTTTCCTGTGTTGCAGATTAAAAATGTAAATTAGTACTGAGGTTCCGTCTGTTGTCCATTTGTGTGGGAAATTGCAAATTGACCGTTGATGGTC
Protein Sequence
- />MD11G1303400
MATLSALATTWPDPNSAAAFLSDPTDDNPTSVVDSSDDNHDPQSPPNPNSDHNLHNNIPLSSSPPESAPPAPRSPPSLFHVCFNQDQACFAVGTDHGFRIYNCDPFRELFRRDFDNGGGIGVVEMLFRCNILAIVGGGPDPQYPTNKVMIWDDHQGRCIGELSFRSVIRSVRLRRDRIVVVLEQKIFVYNFADLKLLHQIETIANPKGLCAVSQVAGSLVLVCPGLQKGQVRVEHYGSKRTKFIMAHDSRLACFALTPDGQLLATASNKGTLVRIFNTLDGTLLQEVRRGADRAEIYSLAFSSTAQWLAVSSDKGTVHVFNLKVNSGSSNENPRSASDPNLAVSSSNSSLSFIRGVLPKYFSSEWSVAQFRLLEGSQYIVAFGHQKNTVVILGMDGSFYRCEFDPVNGGEMTQLEYHNFLKPEEAF