％T在可食用植物物种中的砷吸收潜力测定（Trigonellna Foenum-格子）和评估人体健康风险％9文章％d％J当前世界环境％r％p％v 79％n 81％u www.cwwejournal.org/article/1310/％8 - 7月01,2021％x -抽象的：砷是一种致癌和有毒元素，其具有从作物，水和土壤中的存在的高健康风险。本研究由Fenugreek（Trigonella foenum-Granecum）进行的种子进行，这是一种用于烹饪的非常常见的香料，特别是在印度。在实验室条件下已经发芽了相同数量的种子。三个浓度为例如在整个实验中使用1,2和，3mg / L的砷酸盐（As + 3）和砷酸盐（As + 5）盐溶液用于治疗植物。经过10天的萌发后，估计植物食用部分积聚的砷的浓度并评估健康风险。通过估计总叶绿素（A，B，C），类胡萝卜素含量，并采用对照和治疗厂的新鲜重量和干重观察砷浓度的影响。生物化学分析的结果显示，叶绿素和类胡萝卜素内容物低于对照植物的结果。此外，新鲜的重量和干重结果也显示出低于对照的处理。生物积累因子结果表明，森林植物的土壤砷的水平增加并不导致高砷的摄取。 From the concentration estimated in the plant body, the health risk was assessed in adults and children and found that both adults and children having a potential health risk upon consumption of fenugreek. Moreover, Incremental Life Time Cancer Risk was found high (< 10-4) which indicates the presence of potential cancer risk. Hence, it is possible to conclude from the present study that fenugreek can bio-accumulate arsenic and it may be used as an indicator plant for arsenic-contaminated areas. %0 - Journal Article %I - %@ - 0125-895