A. H. Kumar

Comparative network pharmacology of artificial sweeteners to understand Its health consequences.

This study uses in silico analysis to evaluate interactions of artificial sweeteners with biological targets, identifying potential safety concerns for aspartame and sucralose based on affinity and tissue expression.

Network pharmacology of xylazine to understand its health consequences and develop mechanistic based remediations.

This study investigates xylazine's molecular mechanisms and identifies prazosin as a potential reversal agent for xylazine-induced adverse effects in xylazine use disorders.

Quantitative assessment of Newcastle disease virus proteins interactions with all known mucin types of Chicken and Quail

This study identifies species-specific interactions between Newcastle Disease Virus proteins and mucins in chickens and quails, highlighting potential targets for vaccine development.

Comprehensive Network and Structural Analysis of Bovine Papillomavirus, Squamous Cell Carcinoma Markers, and Elucidation of Efficacy Mechanisms of Phytochemicals from Thuja Occidentalis

This study identifies BPV E1 protein interactions with bEGFR and evaluates thuja phytochemicals' efficacy against BPV and squamous cell carcinoma networks.

Pharmacology of Berberine and its Metabolites, is it the natures Ozempic or Imatinib?

This study evaluates the pharmacology of berberine and its metabolites using in silico tools, identifying novel high-affinity targets and potential mechanisms of action.

Network and structural analysis of quail mucins with expression pattern of MUC1 and MUC4 in the intestines of the Iraqi Common Quail (Coturnix Coturnix)

This study examines mucin expression and interactions in quail intestines, finding acidic mucins dominate with specific expression patterns and network interactions.

An assessment of the human Sortilin1 protein network, its expression and targetability using small molecules

This study assesses the human Sortilin1 protein network, its expression, and targetability using small molecules, identifying potential therapeutic options for cardiovascular fibrosis and calcification.

A network pharmacology approach to assess the comparative pharmacodynamics of pharmaceutical excipient trehalose in human, mouse and rat

This study uses network pharmacology to compare trehalose's pharmacodynamic properties across human, mouse, and rat, finding species-specific target differences and affinity variations.