Elucidation of HSP90AA1-directed therapeutic mechanisms of Semecarpus anacardium phytocomponents in brain tumors via network pharmacology, target interactome mapping, and molecular simulation analyses
This multi-layered computational investigation suggests that S. anacardium contains phytochemicals with computationally predicted interactions targeting HSP90AA1-associated pathways implicated in brain tumors, and identifies HSP90AA1 as a putative target for future experimental investigation for natural product-guided anti-brain tumor strategies.