Abstract
Molecular-level self-assembly/aggregation processes are common in biomolecular systems. Specifically, aggregation of protein-based molecules results in the formation of biomolecular deposits (amyloid), which has been associated with neuronal dysfunction leading up to neurodegeneration. The protein aggregation is often influenced by several environment-derived entities, which can modulate this pathological process in a specific or nonspecific manner. In this work, we elucidate the role of the environment in amyloid aggregation with biomolecular simulations.
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