Not always lead compound and/or derivatives are suitable for the specific biological target for which they are designed but, in some cases, discarded compounds proved to be good binders for other biological targets; therefore, drug repurposing constitute a valid alternative to avoid waste of human and financial resources. Our virtual lock-and-key methods, VLKA and Conf-VLKA, furnish a strong support to predict the efficacy of a designed drug a priori its biological evaluation, or the correct biological target for a set of the selected compounds, allowing thus the repurposing of known and unknown, active and inactive compounds.
Tutone M., Almerico (2020). The in silico fischer lock-and-key model: The combined use of molecular descriptors and docking poses for the repurposing of old drugs. In Targeting Enzymes for Pharmaceutical Development (pp. 29-39). Humana Press Inc. [10.1007/978-1-0716-0163-1_2].
The in silico fischer lock-and-key model: The combined use of molecular descriptors and docking poses for the repurposing of old drugs
Tutone M.
;Almerico
2020-01-01
Abstract
Not always lead compound and/or derivatives are suitable for the specific biological target for which they are designed but, in some cases, discarded compounds proved to be good binders for other biological targets; therefore, drug repurposing constitute a valid alternative to avoid waste of human and financial resources. Our virtual lock-and-key methods, VLKA and Conf-VLKA, furnish a strong support to predict the efficacy of a designed drug a priori its biological evaluation, or the correct biological target for a set of the selected compounds, allowing thus the repurposing of known and unknown, active and inactive compounds.File | Dimensione | Formato | |
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