Jul 2026· World Journal of Microbiology & Biotechnology· Vol 42· 0 citations· 50 references
Medicine
TL;DR
Systems-level mechanistic insight is provided into microbial selenite tolerance with implications for bioremediation of selenium-contaminated environments and the view that microbial selenium tolerance is controlled by regulated physiological responses and not solely by passive detoxification is supported.
It is suggested that Al3+ modulates S. baumii growth and metabolism in a dose-dependent manner, with redox remodeling as a potential mechanism, offering novel insights into fungal metal adaptation and the targeted modulation of medicinal metabolite production.
Xinyu Tong, Anxin Wang, Zeng-Ran Liu et al.· Journal of Fungi· 0 citations
The physiological responses of H. plumaeforme to Cs+ in a concentration-dependent manner are demonstrated, and the high sensitivity of oxidative biomarkers, chlorophyll fluorescence parameters and metabolic signatures highlights the potential of H. plumaeforme as a bioindicator for assessment of cesium contamination.
Si-Yu Sun, Binjie Zhou, Xin Liu et al.· Plants· 0 citations
The molecular basis of LiCl adaptation in foxtail millet is elucidate the molecular basis of LiCl adaptation in foxtail millet and provide crucial genetic targets for breeding crops resilient to lithium pollution.
Wei-Juan Zhou, Yitong Zhao, Jie Zheng et al.· Food and Energy Security· 0 citations
A two-stage infection strategy is suggested: an initial 36-h phase focused on hyphal growth and penetration, followed by a 72-h transition to counteracting host defenses through up-regulation of virulence and stress management-related genes.
Yejin Choi, Suyeon Jin, Gahyeon Song et al.· Journal of Invertebrate Path...· 0 citations
The integrated regulatory network uncovered in this study provides promising candidate targets for breeding Pb-tolerant hyperaccumulators to remediate Pb-contaminated farmland and mining soil.
Wei-San Meng, L. Qiu, Yueli Du et al.· Plants· 0 citations
Strain TYL-A1 maintained high TYL removal performance under the tested nominal Pb2+ concentrations in the present phosphate-containing culture system, suggesting its potential applicability in the bioremediation of water bodies co-contaminated with antibiotics and heavy metals.
Ye Wang, Heshi Tian, Xi-Qing Zhang et al.· Antioxidants· 0 citations
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