Claim · model-written summary
Characteristic LAR metabolites enriched Cd-immobilizing bacteria Paludibacter sp.
Verbatim
e0“serve as carbon sources to enrich Cd-immobilizing bacteria ( Desulfopila aestuarii and Paludibacter sp.)”
t0“low-cadmium-accumulating rice”
Title
Junyang Zhao; Yuhang Qiu; Xiaowen Feng; et al. Frontiers in Microbiology 2026. doi:10.3389/fmicb.2026.1832350
Other claims from this paper (8)
- Observation Low-Cd rice formed a specialized rhizosphere metabolite profile and microbial community with reduced overall diversity.
- Mechanism The specialized low-Cd rice rhizosphere promoted Cd immobilization.
- Mechanism Characteristic LAR metabolites enriched Cd-immobilizing bacteria Desulfopila aestuarii.
- Mechanism Characteristic LAR metabolites inhibited Cd-mobilizing bacteria through antimicrobial activity.
- Association LAR metabolites increased microbial genes for sinapic acid and biotin biosynthesis.
- Association LAR metabolites promoted enrichment of related functional microorganisms.
- Intervention effect A consortium of 23 LAR metabolites reduced exchangeable Cd by 10-21% in natural and sterilized soils.
- Intervention effect A consortium of 23 LAR metabolites increased Fe-Mn oxide-bound Cd by 28-56% in natural and sterilized soils.