Claim · model-written summary
Lead exposure increased malondialdehyde by 48.56% in Vicia faba.
- Taxon
- Vicia faba
Vicia fabae0 - Treatment
- 50 mM Pb via foliar spraye1
- Outcome
- malondialdehydee2
- Direction
- increasee2
- Value
- 48.56%e2
Not reportedMaterialGeneCompoundOrgan / stageInteractorInteractor roleSecond interactorSecond interactor roleComparatorSettingQualifier
Organisms pictured · Representative pictures of the matched species, not figures from the paper.
Verbatim
e0“Vicia faba seeds were primed by soaking in a 100 µM Se solution for 12 h or in water for control”
e1“The short-term exposure to 50 mM Pb via foliar spray resulted in minimal visible phytotoxic effects; however, decreased growth parameters were observed”
e2“an increase in stress markers: malondialdehyde (48.56%), H 2 O 2 (68.11%), electrolyte leakage (22.36%), and lipoxygenase (35.43%)”
Title
Elham R. S. Soliman; Reda E. Abdelhameed Journal of soil science and plant nutrition 2025. doi:10.1007/s42729-025-02553-2
Other claims from this paper (19)
- Intervention effect Foliar lead exposure at 50 mM decreased growth parameters of Vicia faba.
- Intervention effect Foliar lead exposure at 50 mM caused minimal visible phytotoxic effects on Vicia faba.
- Intervention effect Lead exposure markedly reduced photosynthetic pigment content and capacity of Vicia faba.
- Intervention effect Lead exposure increased H 2 O 2 by 68.11% in Vicia faba.
- Intervention effect Lead exposure increased electrolyte leakage by 22.36% in Vicia faba.
- Intervention effect Lead exposure increased lipoxygenase by 35.43% in Vicia faba.
- Intervention effect Selenium seed priming significantly reduced the lead-induced stress markers in Vicia faba.
- Intervention effect Selenium seed priming under Pb stress significantly increased shoot length by 20.5% in Vicia faba.
- Intervention effect Selenium seed priming under Pb stress significantly increased fresh weight by 31.3% in Vicia faba.
- Intervention effect Selenium seed priming under Pb stress significantly increased leaf area by 27.6% in Vicia faba.
- Intervention effect Selenium seed priming under Pb stress enhanced photosynthetic rate by 68.2% in Vicia faba.
- Intervention effect Selenium seed priming under Pb stress enhanced chlorophyll a and b contents by 17.5% in Vicia faba.
- Intervention effect Selenium seed priming increased total phenolics by 16.6% compared with Pb stress alone in Vicia faba.
- Intervention effect Selenium seed priming increased proline by 28.3% compared with Pb stress alone in Vicia faba.
- Intervention effect Selenium seed priming increased glycine betaine by 10.9% compared with Pb stress alone in Vicia faba.
- Intervention effect Selenium seed priming increased total thiol by 13.6% compared with Pb stress alone in Vicia faba.
- Intervention effect Selenium seed priming increased total antioxidant capacity by 33.3% compared with Pb stress alone in Vicia faba.
- Intervention effect Selenium-primed Vicia faba under Pb stress showed significant upregulation of stress-signaling genes.
- Intervention effect Selenium seed priming reduced Pb translocation in Vicia faba, lowering the translocation factor to 0.57.