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glutathione and adsorption A novel red emissive glutathione-capped carbon dots embedded within molecularly-imprinted polymers for fluorescent sensing of malachite green in food samples Ultra-highly selective adsorption of Methylene

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The level of the TP53-associated miRNA Let-7a was significantly downregulated in PTSD patients, influencing inflammatory T helper (Th) cells by altering the production of interleukins (IL-6 and IL-17)

glutathione and adsorption A novel red emissive glutathione-capped carbon dots embedded within molecularly-imprinted polymers for fluorescent sensing of malachite green in food samples Ultra-highly selective adsorption of Methylene

Monaghan P., Ozanne S

glutathione and adsorption A novel red emissive glutathione-capped carbon dots embedded within molecularly-imprinted polymers for fluorescent sensing of malachite green in food samples Ultra-highly selective adsorption of Methylene

This bioactive molecule originates from catechin or epicatechin units which in turn constitute procyanidins that are highly abundant in the French maritime pine bark extract Pycnogenol (see sections 1.2.2 Pharmacodynamics, 4.1 Absorption into plasma/serum and concentration profiles, 5 Biodistribution, and 6.1 Pre-systemic metabolism: role of gut microbiota)

glutathione and adsorption A novel red emissive glutathione-capped carbon dots embedded within molecularly-imprinted polymers for fluorescent sensing of malachite green in food samples Ultra-highly selective adsorption of Methylene

10.1016/S1995-7645(13)60097-8 170 RasR

glutathione and adsorption A novel red emissive glutathione-capped carbon dots embedded within molecularly-imprinted polymers for fluorescent sensing of malachite green in food samples Ultra-highly selective adsorption of Methylene

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