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Soil cadmium enrichment: Allocation and plant physiological manifestations

机译:土壤镉富集:分配和植物生理表现

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摘要

Cadmium (Cd) in soil is enriched through several leaky management agricultural practices and natural resources. Cd enriched soil is inevitable cause of nutritional stress besides Cd induced toxicity symptoms and physiological malfunctions. Redox signals shift toward oxidative stress which accelerates cellular damage and elicits defense mechanism at the cost of growth. Plants get enriched with this toxic, abundant and undesirable element through ‘mineral uptake system’ non-specifically. Different components and pathways have been marked cooperating in cellular sequestration and systemic localization of Cd, escaped from avoidance and efflux. Cd induced metabolic alteration led to electron leakage as ROS, reduced photosynthesis and carbon fixation. Compromised primary metabolism negatively feedbacks the plant growth, result into loss of potential crop yield.
机译:土壤中的镉通过多种泄漏管理农业实践和自然资源得以富集。除了镉引起的毒性症状和生理机能障碍外,富含镉的土壤是营养胁迫的必然原因。氧化还原信号向氧化应激转移,从而加速细胞损伤并以生长为代价引发防御机制。通过“矿物质吸收系统”非特定地使植物富含这种有毒,丰富和不良的元素。在镉的细胞隔离和全身定位中,不同的成分和途径已被标记为协同作用,从而避免了逃避和外排。镉诱导的代谢变化导致电子泄漏,如ROS,光合作用减少和碳固定。初级代谢受损会负面反馈植物生长,导致潜在的农作物减产。

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