In vitro evaluation of arsenic accumulation and tolerance in some agricultural crops growing adjacent to the Ganga River

D. Pandey, Ifra Zoomi, S. Chaturvedi, Kanhaiya Lal Chaudhary, H. Kehri
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引用次数: 1

Abstract

The presence of arsenic in water is linked not only to health concerns, but also to the socio-economic conditions of a huge population in poor countries. The severity of As-poisoning might be accelerated by poor health and nutritional status. Many people suffer from pre-cancerous skin keratosis, Bowen’s disease, and Arsenicosis, among other conditions. Long-term exposure can cause cancer. For in vitro screening of As tolerant plant, four plants viz., Triticum aestivum, Lycopersicon esculentum, Solanum melongena, and Capsicum annuum, were raised in As amended triple sterilized soil and sand mixture (1:1 ratio). L. esculentum and S. melongena could survive up to 100 ppm but extremely poor growth and biomass were recorded. The maximum tolerance was recorded in T. aestivum up to 150 ppm, whereas least survival was recorded for C. annuum.
恒河沿岸几种农作物砷积累和耐受性的体外评价
水中砷的存在不仅与健康问题有关,而且与贫穷国家大量人口的社会经济条件有关。不良的健康和营养状况可能会加速砷中毒的严重程度。许多人患有癌前皮肤角化病、鲍恩氏病和砷中毒等疾病。长期接触会致癌。为了对砷抗性植物进行离体筛选,将小麦(Triticum aestivum)、番茄(lycopersicicon esculentum)、茄(Solanum melongena)和辣椒(Capsicum annuum) 4种植物培养在砷改性的三灭菌土砂混合物中(1:1比例)。L. esculentum和S. melongena可以在100ppm的浓度下存活,但生长和生物量极低。在150 ppm的浓度下,T. aestivum的耐受性最高,而C. annuum的存活率最低。
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