The current COVID-19 pandemic gave rise to an unprecedented response from clinicians and the scientific
community in all relevant biomedical fields. This created an incredible multidimensional data-rich framework in which deep
learning proved instrumental to make sense of the data and build models used in prediction-validation workflows that in a
matter of months have already produced results in assessing the spread of the outbreak, its taxonomy, population
susceptibility, in diagnostics or drug discovery and repurposing. More is expected to come in the near future from using
such advanced machine learning techniques in combating this pandemic. This review is aimed to uncover just a small
fraction of this large global endeavor by focusing on the research performed on the main COVID-19 targets, on the
computational weaponry used in identifying drugs to combat the disease, and on some of the most important directions
found in confronting COVID-19 or alleviating its symptoms in the absence of vaccines or specific medication.
Keywords: SARS-CoV-2, deep learning, drug-target interactions, virtual screening, drug design, drug repurposing.
open access plus
Rights & PermissionsPrintExport