Claim · model-written summary
Higher Cd stress reduced chili plant dry weight by 18.15 and 39.67%
- Taxon
- Chilit0
- Treatment
- higher levels of Cd stresse2
- Outcome
- plant dry weighte2
- Direction
- loweringe2
- Value
- 18.15 and 39.67%e2
- Comparator
- controle2
Not reportedMaterialGeneCompoundOrgan / stageInteractorInteractor roleSecond interactorSecond interactor roleSettingQualifier
Verbatim
e2“More reduction was noticed at the higher levels of Cd stress as compared to control due lowering plant dry weight (18.15 and 39.67%), relative water content (RWC) (10.73 and 24.17%), total chlorophyll concentrations (16.01 and 31.44%) and increased electrolyte leakage (49.44 and 129.35%) and malonaldehyde contents (MDA) (68.41 and 104.04%)”
t0“Humic Acid and Selenium Supplementation Modulate the Growth and Antioxidant Potential of Chili under Cadmium Stress”
Title
Muhammad Zohaib; Kamran Ashraf; Komal Fatima; et al. Agronomy 2023. doi:10.3390/agronomy13102554
Other claims from this paper (9)
- Intervention effect Increasing Cd stress linearly decreased growth, biomass and phenological attributes of chili
- Intervention effect Higher Cd stress reduced relative water content of chili by 10.73 and 24.17%
- Intervention effect Higher Cd stress reduced total chlorophyll concentrations of chili by 16.01 and 31.44%
- Intervention effect Higher Cd stress increased electrolyte leakage of chili by 49.44 and 129.35%
- Intervention effect Higher Cd stress increased malonaldehyde contents of chili by 68.41 and 104.04%
- Intervention effect Humic acid and selenium treatments significantly increased chili dry biomass regardless of cadmium level
- Observation Enzymatic activities associated with ROS detoxification were reduced in chili under cadmium stress
- Intervention effect Combined selenium and humic acid minimized Cd uptake in roots and fruit better than either applied alone
- Intervention effect Application of humic acid and selenium activates physio-biochemical defense responses of chili against cadmium stress