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Innovative Research in Analytical Separation and Microfluidics for Environmental and Food Safety

This research focuses on advanced analytical separation techniques and microfluidics, exploring microstructured capillaries and the development of classic monoliths for analytical applications. Key areas of study include microfluidic solid-phase nanoextraction, fabrication of microfluidic devices for diagnostic uses, and targeted chemo-enzymatic synthesis of bioactive compounds from natural sources. The research also addresses environmental monitoring by analyzing hormones, antibiotics, and heavy metals in biowaste and food products, ensuring safety and quality in food and environmental contexts.

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Innovative Research in Analytical Separation and Microfluidics for Environmental and Food Safety

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  1. Mugo Research Interests and Expertises • Analytical Separation Platforms and microfluidics: • Microstructured Capillary in analytical applications • Development of classic monoliths for Analytical separations ( PLOT) and chemo-enzymatic catalyst support • Microfluidic Solid Phase Nanoextraction • Fabrications of microfluidic devices and integration for micro mixers: Diagnostics devices • Antioxidants and chemical materials: • Targeted Chemo-Enzymatic synthesis of natural like lipohilicphenolicsuperantioxidants (cosmetic (UV filters) and food additives • Chemoenzymatic synthesis of emollients and structured lipids from vegetable oils • Analysis of polyphenols, flavonoids, essential oils from exotic berries and fruits • Environmental and Food monitoring: • Analysis of Hormones and Antibiotics in Biowaste. • Destruction strategies of hormones and antibiotics in biowaste • Analysis and mechanistic study of disinfection byproducts: Humic materials as precursors • Heavy metal analysis in environment • Analysis of food adulterants

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