Claim · model-written summary
Total CDPK gene expression in Vitis amurensis decreased under low temperature stress.
- Taxon
- Vitis amurensis
Vitis amurensise0 - Treatment
- low temperature stresse1
- Outcome
- The total level of CDPK gene expressione1
- Direction
- decreasede1
Not reportedMaterialGeneCompoundOrgan / stageInteractorInteractor roleSecond interactorSecond interactor roleComparatorSettingValueQualifier
Organisms pictured · Representative pictures of the matched species, not figures from the paper.
Verbatim
e0“wild-growing grapevine Vitis amurensis Rurp.”
e1“The total level of CDPK gene expression increased under salt and decreased under low temperature stress conditions”
Title
Alexandra S. Dubrovina Journal of stress physiology & biochemistry 2012
Other claims from this paper (12)
- Intervention effect Total CDPK gene expression in Vitis amurensis increased under salt stress.
- Observation Sequencing of cDNA from Vitis amurensis identified eight different CDPK genes.
- Observation The prevalent CDPK transcript in Vitis amurensis was VaCDPK3a under both non-stress and abiotic stress conditions.
- Intervention effect Under high-salt conditions, transcripts of VaCDPK1d, VaCDPK1e and VaCDPK3b were up-regulated in Vitis amurensis.
- Intervention effect Under high-salt conditions, VaCDPK3d transcripts were up-regulated in Vitis amurensis.
- Intervention effect Under high mannitol, VaCPK1e and VaCDPK3b expression was up-regulated in Vitis amurensis.
- Intervention effect Under water-deficit, only VaCDPK3b and VaCDPK3c expression was induced in Vitis amurensis.
- Intervention effect Cold stress induced expression of VaCDPK2a and VaCDPK3d in Vitis amurensis.
- Intervention effect Hot stress induced expression of VaCDPK1a, VaCDPK1d and VaCDPK1e in Vitis amurensis.
- Intervention effect Hot stress induced expression of VaCDPK2a, VaCDPK3a and VaCDPK3c in Vitis amurensis.
- Association Transcription of VaCDPK genes in Vitis amurensis is regulated by osmotic, water-deficit and temperature stresses.
- Mechanism Differential expression of VaCDPK genes suggests their involvement in signal transduction pathways in Vitis amurensis.