The interaction of human serum albumin with selected lanthanide and actinide ions: Binding affinities, protein unfolding and conformational changes
Human serum albumin (HSA), the most abundant soluble protein in blood plays critical roles
in transportation of biomolecules and maintenance of osmotic pressure. In view of
increasing applications of lanthanides-and actinides-based materials in nuclear energy,
space, industries and medical applications, the risk of exposure with these metal ions is a
growing concern for human health. In present study, binding interaction of
actinides/lanthanides [thorium: Th (IV), uranium: U (VI), lanthanum: La (III), cerium: Ce (III) …
in transportation of biomolecules and maintenance of osmotic pressure. In view of
increasing applications of lanthanides-and actinides-based materials in nuclear energy,
space, industries and medical applications, the risk of exposure with these metal ions is a
growing concern for human health. In present study, binding interaction of
actinides/lanthanides [thorium: Th (IV), uranium: U (VI), lanthanum: La (III), cerium: Ce (III) …
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