Claim · model-written summary
Downregulated SbNPF6.4 expression may contribute to ion exclusion in Fengtian.
Not reportedMaterialCompoundOrgan / stageInteractorInteractor roleSecond interactorSecond interactor roleTreatmentComparatorSettingDirectionValueQualifier
Verbatim
e0“downregulated expression of SbNPF6.4”
t0“sweet sorghum”
Title
Jie Kang; Xiao-Long Wang; Shi-Jie Yan; et al. Agronomy 2024. doi:10.3390/agronomy14081849
Other claims from this paper (16)
- Intervention effect NaCl inhibited growth more severely in Lvjuren than Fengtian.
- Intervention effect NaCl inhibited photosynthesis more severely in Lvjuren than Fengtian.
- Observation Fengtian restricted sodium overaccumulation in leaf blades more efficiently than Lvjuren under NaCl.
- Observation Fengtian restricted chloride overaccumulation in leaf blades more efficiently than Lvjuren under NaCl.
- Observation Fengtian withheld large amounts of sodium in roots under NaCl.
- Observation Fengtian retained high chloride quantities in leaf sheaths under NaCl.
- Observation Fengtian had lower leaf osmotic potential than Lvjuren under NaCl.
- Observation Fengtian had higher leaf water potential than Lvjuren under NaCl.
- Observation Fengtian had higher turgor pressure than Lvjuren under NaCl.
- Observation Fengtian had higher leaf potassium, nitrate and soluble sugar contents than Lvjuren.
- Observation Fengtian had higher leaf betaine content than Lvjuren.
- Observation Osmolyte contributions to leaf osmotic potential were higher in Fengtian than Lvjuren.
- Mechanism Upregulated SbNHX2, SbHKT1;4 and SbHKT1;5 expression may contribute to ion exclusion in Fengtian.
- Mechanism Upregulated SbCLCc and SbCLCg expression may contribute to ion exclusion in Fengtian.
- Mechanism Upregulated SbAKT1, SbHAK5 and SbSKOR expression may maintain potassium and nitrate homeostasis.
- Mechanism Upregulated SbNPF3.1, SbNPF6.3 and SbNPF7.3 expression may maintain potassium and nitrate homeostasis.