🔬 M.Pharm Research Project
My research focused on the design and synthesis of quinoline-based derivatives with potential biological activity. The synthesized compounds were characterized using advanced analytical techniques including:
¹H NMR and ¹³C NMR spectroscopy
Mass spectrometry
IR spectroscopy
Chromatographic purity analysis
Molecular docking studies were performed to evaluate receptor binding interactions and predict pharmacological potential.
🔬 Experimental & In-Vivo Skills
In-vivo Anti-inflammatory Activity Evaluation (Albino Mice Model)
Experimental Design & Dose Optimization
Animal Handling & Ethical Study Execution
Standard Drug Comparison & Control Group Analysis
Pharmacological Response Monitoring
Toxicity & Safety Observation
Conducted in-vivo anti-inflammatory activity studies to validate the therapeutic potential of synthesized heterocyclic compounds. Integrated computational docking, SAR analysis, and experimental biological validation to establish mechanistic correlation between molecular design and pharmacological response.
Focused on bridging synthetic chemistry with pharmacodynamic evaluation for rational drug development.