CRC CARE's students are researching into the fate and dynamics of contaminants, and are developing methods for estimating the reasonable maximum exposure and risk to human health and ecosystems.
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Environmental risk assessment of nanomaterials for soil and groundwater remediation |
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Development of a risk assessment model |
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Mobility of Fe-based manufactured nanoparticles in soil |
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Developing mechanism-based bioassays for predicting toxicity of environmental contaminants |
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Ecotoxicity of zero-valent iron nanomaterials to microorganisms involved in contaminant biodegradation |
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Evaluation of the residueal toxicity of hydrocarbon contaminated soils |
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Illicit drugs in the environment: toxicity and remidial options |
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Assessing the health risk of mixed organic and inorganic contaminants |
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Evaluation of interaction toxicity of polycyclic aromatic hydrocarbons and metals |
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Srinithi Mayilswami |
Earthworm biomarkers for monitoring persistent organic pollutants |
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Health Risk assessment of mixed contaminants: Interactions of metals on the uptake of polyaromatic hydrocarbons in human liver cells |
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Bioavailability and human health risk of heavy metal mixtures |
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Arsenic in rice: Genotypic variation and its bioavailability with respect to human health risk assessment |