Optimal ranking of nanotoxicity assesement methods using interval-valued neutrosophic multicriteria decision making
Xavier Adaikalaraj · Nivetha Martin · P. Pandiammal · N. Ramila Gandhi
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This paper is intended to rank these in vitro methods using a multicriteria decision making model with interval – valued neutrosophic values representing the weights of criteria and expert’s opinion. The optimal ranking of the in vitro methods such as Proliferative assay, Apoptosis assay, Necrosis assay, Oxidative Stress assay and Inflammatory assay is based on the feedback of three experts and five criteria namely Cost Effective, Efficiency in mitigating the generation of toxic wastes, Accuracy in quantitative indices, Robust Nature and Consistency in results. This research work will certainly assist the decision makers on the assessment of nano risks in its exposure to the external environment.
This paper is intended to rank these in vitro methods using a multicriteria decision making model with interval – valued neutrosophic values representing the weights of criteria and expert’s opinion. The optimal ranking of the in vitro methods such as Proliferative assay, Apoptosis assay, Necrosi...
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