This review traces how heavy metals including Pb, Cd, As, Hg, Cr and Ni along with pesticide residues enter medicinal plants, disrupt their physiology, impair secondary metabolite production and ultimately reach human consumers.
It is argued that pharmaceutical wastewater irrigation is a plausible yet underexamined driver of metabolite reprogramming in medicinal plants, and evidence from antibiotic-induced metabolite changes in Pinellia ternata supports this proposition.
E. O. Diovu, C. Nnadi, Ugwu Okechukwu Paul-Chima· Frontiers in Pharmacology· 0 citations
The widespread reliance on synthetic chemical pesticides since the Green Revolution has secured unprecedented agricultural productivity but at considerable cost to environmental integrity and human health. This comprehensive evaluation critically examines plant-derived botanical pesticides as sustainable alternatives,...
P. Shanker, M. Ramasamy, B. Birari et al.· Oriental Journal of Chemistr...· 0 citations
The relationship between HM stress and plant signaling pathways, the regulatory role of miRNAs and phytoremediation-based strategies for HM alleviation are discussed, highlighting recent advances, current challenges and future prospects.
Sakshi Tiwari, B. Siddiqui, Shilpy Singh et al.· International journal of phy...· 1 citation
The synthesis indicates that no single biological technology provides universal control and risk reduction is more defensibly pursued through source control, robust biological treatment and targeted polishing, supported by mass balances, transformation-product screening, effect-based endpoints and antimicrobial-resista...
Yogita Basene, Shreeti Shrivastawa· Asian Journal of Environment...· 0 citations
Hydroponic farming is a contemporary, sustainable technique for growing plants without soil, utilizing nutrient-dense aqueous solutions. This technique is gaining popularity for its capacity to conserve water, maximize space, and enhance agricultural yields. Nonetheless, despite its benefits, hydroponic farming is susc...
O. A, O. A, Egu S. A. et al.· African Research Reports· 0 citations
The escalating reliance on synthetic chemical pesticides has caused significant environmental degradation, raised human health concerns, and accelerated the development of pesticide resistance. In response to these pressing challenges, botanical pesticides, which utilize natural plant-derived compounds, offer a viable,...
Research Author· European Journal of Ayurvedi...· 0 citations
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