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Hussani Mubarak Li-Yuan Chai Nosheen Mirza Zhi-Hui Yang Arshid Pervez Madiha Tariq 《毒物与环境化学》2015,97(10):1296-1318
In view of increasing emissions of antimony (Sb) into the environment due to industrialization and consequent carcinogenicity, it is essential to remove this metal from the ecosystem. Antimony and arsenic (As) are analogs. Although numerous studies examined arsenic removal, few reports are available on Sb removal. In this review, various Sb removal techniques are described to understand how this process occurs and what research gaps are needed to improve efficiency. At present, surface adsorption technique is the most widely used for Sb removal. Biological treatment namely phytoremediation is also a promising method and more investigations are required in this regard. The selection of a suitable technique for a given area depends on the conditions including economic, environmental, and social conditions. 相似文献
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Hassan Syeda Anam Nosheen Misbah Rafaz Nazish Haq Inayatul 《Environment, Development and Sustainability》2021,23(10):15266-15289
Environment, Development and Sustainability - Environmental degradation has put significant consequences at both the national and global levels. Economic development and ecological sustainability... 相似文献
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The metal tolerance and metabolic changes in Boehmeria nivea colonized in mining areas are not well known. A hydroponic experiment was conducted to evaluate the impact of antimony (Sb)+arsenic (As) in following combinations (control (no metal), 20+0, 10+10, 40+0, 20+20, and 40+40 mg/L) on phytotoxicity, metal tolerance index (MTI), and chlorophyll fluorescence in B. nivea. This constitutes an initial investigation of metal tolerance and chlorophyll fluorescence in Sb and Sb+As contaminated B. nivea. The high Sb+As 40+40 mg/L produced significant phytotoxicity and MTI in the plant. Progressive higher Sb and Sb+As levels resulted in decreased chlorophyll fluorescence of B. nivea. Exposure to intermediate and high Sb+As levels induced damage in the photosynthesis apparatus of the plant. 相似文献
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Najibullah Iqbal Javed Nosheen Misbah 《Environmental science and pollution research international》2021,28(31):41780-41793
Environmental Science and Pollution Research - Global warming is one of the most serious environmental problems that the world faces today. Millions of human lives are at risk, hence the subject... 相似文献
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Malik Saima Shakil Mubarik Sumaira Aftab Ayesha Khan Ranjha Masood Nosheen Asif Muhammad Bano Razia 《Environmental science and pollution research international》2021,28(3):3066-3077
Environmental Science and Pollution Research - Mismatch repair (MMR) pathway is one of the underlying mechanisms of predisposition to breast cancer (BC). The present study explored the association... 相似文献
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