Abstract
Drug repositioning (o repurposing) has become one of the most popular and successful strategies to reduce failures typically associated with drug discovery [...].
Highlights
In light of all the above, this Special Issue will focus on computational and experimental approaches in the research area of repurposing natural products, including studies on, but not limited to, the identification of new biological targets of natural compounds, the discovery of bioactive natural and/or nature-inspired compounds by in silico screening, their isolation and characterization, de-replication of natural extracts, analysis of structure–activity relationships of natural bioactive compounds
Drug repositioning (o repurposing) has become one of the most popular and successful strategies to reduce failures typically associated with drug discovery [1]
It involves the identification of novel biological targets and different therapeutic uses of already approved and/or investigational drugs, including drugs that did not meet the primary therapeutic expectations
Summary
In light of all the above, this Special Issue will focus on computational and experimental approaches in the research area of repurposing natural products, including studies on, but not limited to, the identification of new biological targets of natural compounds, the discovery of bioactive natural and/or nature-inspired compounds by in silico screening, their isolation and characterization, de-replication of natural extracts, analysis of structure–activity relationships of natural bioactive compounds. Drug repositioning (o repurposing) has become one of the most popular and successful strategies to reduce failures typically associated with drug discovery [1]. It involves the identification of novel biological targets and different therapeutic uses of already approved and/or investigational drugs, including drugs that did not meet the primary therapeutic expectations.
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