Claim · model-written summary
Electrolyte leakage was lowest in the D. ambrosioides n-hexane extract at 17%.
- Taxon
- D. ambrosioides
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Dysphania ambrosioidese0 - Treatment
- n-hexanee0
- Outcome
- Electrolyte leakagee0
- Direction
- loweste0
- Value
- 17%e0
Not reportedMaterialGeneCompoundOrgan / stageInteractorInteractor roleSecond interactorSecond interactor roleComparatorSettingQualifier
Organisms pictured · Representative pictures of the matched species, not figures from the paper.
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Verbatim
e0“Electrolyte leakage was highest in P. hysterophorus crude extract (75%) and lowest in D. ambrosioides n-hexane (17%)”
Title
Biopesticidal potential of noxious weeds against leaf blight of rice caused by Xanthomonas oryzae
Kashif Ahmed; Yaseen Ahmed; Muhammad Nauman Ahmad; et al. BioResources 2026. doi:10.15376/biores.21.1.1762-1778
Other claims from this paper (13)
- Observation C. sativa crude extract yield was 1.13 g, the highest among the weed extracts.
- Observation A. viridis crude extract yield was 1.03 g, the second highest among the weed extracts.
- Observation Parthenium hysterophorus n-hexane extract inhibited Xoo by 63.7% at 100 ppm.
- Observation D. ambrosioides n-hexane extract showed antibacterial activity of 55.2% against Xoo.
- Observation A. visnaga n-hexane extract showed antibacterial activity of 167% at 25 ppm against Xoo.
- Observation Ethyl acetate fraction of D. ambrosioides reduced Xoo infection most effectively in vivo.
- Observation Parthenium hysterophorus ethyl acetate extract promoted seed germination and growth by 31 to 70%.
- Observation A. viridis ethyl acetate extract promoted seed germination and growth by 59 to 65%.
- Observation A. visnaga n-hexane extract reduced growth by 24 to 29%.
- Observation D. ambrosioides n-hexane extract reduced growth by 19 to 25%.
- Observation Chenopodium album ethyl acetate extract increased chlorophyll content by 61 to 68%.
- Observation Electrolyte leakage was highest in the P. hysterophorus crude extract at 75%.
- Recommendation Weed-derived extracts show promise for sustainable bacterial leaf blight management, warranting compound isolation and field validation.