Medicinal chemistry
Design, synthesis and characterization of organic compounds, with a focus on carboline derivatives and structure–activity relationships.
RESEARCH / 03
Questions that
drive my work
Connecting chemical design, biological evaluation and computational insight to study therapeutic compounds.
Experimental pharmacology
Pharmacological evaluation through antibacterial assays, organ-bath experiments and ex vivo tissue studies.
Computational drug discovery
Molecular docking, activity prediction and ADMET analysis to complement experimental research.
RESEARCH PROJECT · 2024–2026
Carboline derivatives for antibacterial evaluation
Design, synthesis, characterization and antibacterial evaluation of carboline derivatives.
EARLIER PROJECTS
Peptic ulcer prevalence
Study among people attending DHQ Hospital, Bannu, Pakistan.
Medicinal plants
Evaluation of organoleptic properties of medicinal plants.
PUBLICATIONS
Research in print
Journal articles and a book chapter spanning medicinal chemistry, pharmacology and functional nanomaterials.
Pharmacological Basis For The Traditional Use of Myrica Salicifolia Root Extract in Gut Motility Disorders Via Cholinergic And Calcium/PDE Modulation
Journal of Traditional and Complementary Medicine
Pharmacological Landscape of Carbolines: A Holistic View
RSC Medicinal Chemistry
Selenium-Doped Carbon Quantum Dots Derived from Chestnut Shells with High Antioxidant Activity Against Cellular Oxidative Stress
Inorganic Chemistry Communications
Time-dependent Drug Responses in Oncology (Book Chapter)
Chronopharmacology: Time-dependent Pharmacotherapy · CRC Press, Taylor & Francis Group
Garlic-Derived Carbon Dots Hydrogel as Potent And Controllable Antibacterial Agents
Inorganic Chemistry Communications
Diverse Pharmacological Activities of β-Carbolines: Substitution Patterns, SARs And Mechanisms of Action
European Journal of Medicinal Chemistry
Antibacterial And Antifungal Pyrazoles Based on Different Construction Strategies
European Journal of Medicinal Chemistry
Progress and Challenges in The Development of Triazole Antimicrobials
Future Medicinal Chemistry