Gene Details:
- Gene ID: Solyc01g111120
- Gene Symbol: SlTPI2
- Gene Name: triosephosphate isomerase
- Genome: Tomato Genome version SL4.0
- Species: Solanum lycopersicum
Functional Descriptions:
- In addition to altering carbon metabolism, proteomic data showed that the loss of both SlTPI1 and SlTPI2 severely affected photosystem proteins, reducing photosynthetic capacity.
- SlTPI1 and SlTPI2 have different thermostabilities and expression patterns in response to heat stress, which have the potential to be applied in thermotolerance strategies in crops.
- The loss of SlTPI1 and SlTPI2 also caused an imbalance in the abundance of the amino acid- and lipid metabolism-related proteins, which may be a consequence of the impaired photosynthesis.
Function-related keywords:
- stress , photosynthesis , photosystem , stress-response , heat-stress , heat-stress-response , thermotolerance , lipid-metabolism
Literature:
- Differential heat-response characteristics of two plastid isoforms of triose phosphate isomerase in tomato. DOI: 10.1111/pbi.14212 ; PMID: 37878418
Related News:
Gene Resources:
- NCBI ID: 101246286
- UniProt accessions: A0A3Q7EU87
Sequences:
cDNA Sequence
- >Solyc01g111120.4.1
TCACCAACCTTAATTTAAAAATAATATTACAAAAAGCTCAACAACCCTTAATTAGGTTTAGCCAGTTCGTGTGTTCGACGCTCTGAAACACGAGTGTGAATAGACTGAACATAAATAGATATTGGTAACACCGGCACTTTATTCAGGCGCACAAGCAGAAGAACCAGGTGCCGAAACAGGGGATATCATCATTCTATCAGTTGCTTGTTGAATTCCAAAAATGGCGGTGGCATCAACATCTCTAGCTTCTCAAATGTCTGGCCCTAAATCCGTCACTTCCATTTCATGCCCGCAGTTCTCTGGCCTCCGGAAATCTCTCTCCAAGCTTGATAACTCCGTTTCCTTCTCCACTTCTCAAGCTTTCTTCCAAAACGTCGATTCTCACCTCCGAATTTCTTCTGACCGGAAAGGTTGTAGGGCCGTCGTCGCCATGGCCGGCTCCGGCAAGTTCTTTGTTGGAGGAAATTGGAAATGTAATGGAACAAAGGACTCCATAAGCAAGCTTGTCTCTGATTTAAACAGTGCTCAGCTCGAGTCTGATGTTGATGTGGTTGTAGCACCTCCCTTTCTGTACATTGATCAAGTAAAGAATTCACTCACCGATAGGATTGAAGTTTCTGCTCAGAATTGTTGGACTGGAAAAGGTGGAGCTTTCACTGGTGAAATCAGTGTAGAACAAGTGAAAGATCTTGGCTGCAAGTGGGTCATTCTTGGTCATTCGGAAAGGAGACATGTAATTGGAGAAAATGATGAATTTATTGGCAAGAAGGCTGCTTATGCTTTGAGCCAAGGCGTTGGCGTTATAGCCTGTATTGGAGAGCTGTTAGAAGAAAGAGAAGCAGGAAAAACTTTTGATGTCTGTTTCCAGCAATTGAAGGCTTTTGCAGATGCTATACCAAGTTGGGATAATGTTGTCATTGCGTATGAGCCTGTTTGGGCTATTGGAACTGGTAAAGTTGCCTCGCCTGAGCAGGCTCAGGAGGTACATGTAGCTGTCCGTGATTGGCTTACTAAGAATGTTTCAGCTGAAGTTGCTTCTAAAACACGCATTATATATGGAGGCTCCGTGAATGGAAGCAACTCTTCTGACCTTGCAAAGAAAGAAGACATTGATGGTTTTCTAGTAGGAGGTGCTTCCTTAAAGGGTCCCGAGTTTGCAACCATTGTTAATTCTGTAACTGCGAAGAAGGTAGCTGCTTGATCATTTGCCATGGAGAGAATAAACAGCATAGAGAAACACTAAACAATAAACTACTGTTTCAGTTTTGTACCATGTTTTCCATCCATCTCCCTCTAATACAAGCAACACAATGAGGTTTATTATTTTTGACTGCTTGTATTACTGGGTTTGTACTGTTTGCTATACTATGAATTATATACCCATAGTTGAGATATGTTTGATTCGAGTTTACAAGGTTTACAGATTAC
CDS Sequence
- >Solyc01g111120.4.1
ATGGCGGTGGCATCAACATCTCTAGCTTCTCAAATGTCTGGCCCTAAATCCGTCACTTCCATTTCATGCCCGCAGTTCTCTGGCCTCCGGAAATCTCTCTCCAAGCTTGATAACTCCGTTTCCTTCTCCACTTCTCAAGCTTTCTTCCAAAACGTCGATTCTCACCTCCGAATTTCTTCTGACCGGAAAGGTTGTAGGGCCGTCGTCGCCATGGCCGGCTCCGGCAAGTTCTTTGTTGGAGGAAATTGGAAATGTAATGGAACAAAGGACTCCATAAGCAAGCTTGTCTCTGATTTAAACAGTGCTCAGCTCGAGTCTGATGTTGATGTGGTTGTAGCACCTCCCTTTCTGTACATTGATCAAGTAAAGAATTCACTCACCGATAGGATTGAAGTTTCTGCTCAGAATTGTTGGACTGGAAAAGGTGGAGCTTTCACTGGTGAAATCAGTGTAGAACAAGTGAAAGATCTTGGCTGCAAGTGGGTCATTCTTGGTCATTCGGAAAGGAGACATGTAATTGGAGAAAATGATGAATTTATTGGCAAGAAGGCTGCTTATGCTTTGAGCCAAGGCGTTGGCGTTATAGCCTGTATTGGAGAGCTGTTAGAAGAAAGAGAAGCAGGAAAAACTTTTGATGTCTGTTTCCAGCAATTGAAGGCTTTTGCAGATGCTATACCAAGTTGGGATAATGTTGTCATTGCGTATGAGCCTGTTTGGGCTATTGGAACTGGTAAAGTTGCCTCGCCTGAGCAGGCTCAGGAGGTACATGTAGCTGTCCGTGATTGGCTTACTAAGAATGTTTCAGCTGAAGTTGCTTCTAAAACACGCATTATATATGGAGGCTCCGTGAATGGAAGCAACTCTTCTGACCTTGCAAAGAAAGAAGACATTGATGGTTTTCTAGTAGGAGGTGCTTCCTTAAAGGGTCCCGAGTTTGCAACCATTGTTAATTCTGTAACTGCGAAGAAGGTAGCTGCTTGA
Protein Sequence
- >Solyc01g111120.4.1
MAVASTSLASQMSGPKSVTSISCPQFSGLRKSLSKLDNSVSFSTSQAFFQNVDSHLRISSDRKGCRAVVAMAGSGKFFVGGNWKCNGTKDSISKLVSDLNSAQLESDVDVVVAPPFLYIDQVKNSLTDRIEVSAQNCWTGKGGAFTGEISVEQVKDLGCKWVILGHSERRHVIGENDEFIGKKAAYALSQGVGVIACIGELLEEREAGKTFDVCFQQLKAFADAIPSWDNVVIAYEPVWAIGTGKVASPEQAQEVHVAVRDWLTKNVSAEVASKTRIIYGGSVNGSNSSDLAKKEDIDGFLVGGASLKGPEFATIVNSVTAKKVAA*