IC50 Calculation Using GraphPad Prism | Nonlinear Regression

Welcome to another essential tutorial for nanomaterials researchers, graduate students, and Ph.D. scholars! In this video, you’ll learn how to calculate IC₅₀ values using GraphPad Prism, specifically through nonlinear regression (Inhibitor vs. Response – 3 parameter model). IC₅₀ is a key parameter in assessing the bioactivity, antioxidant potential, and cytotoxicity of nanomaterials. Whether you're analyzing DPPH scavenging data, MTT assay results, or other biological response data, this step-by-step guide will walk you through fitting your data correctly in GraphPad Prism and extracting meaningful IC₅₀ values. 🎓 Expand your research skills with these related videos: How to Fit Langmuir Isotherm:    • Adsorption Data Analysis || How to Fit Lan...   How to Fit Freundlich Isotherm:    • Adsorption Data Analysis || How to Fit Fre...   How to Fit Temkin Isotherm:    • Adsorption Data Analysis || How to Fit/App...   How to Measure Extinction Coefficient:    • How to Measure Absorption Coefficient/ Ext...   How to Measure Point of Zero Charge (PZC):    • Point of Zero Charge PZC | How to Determin...   How to Measure Optical Density:    • How to Measure Optical Density for Accurat...   Pseudo First Order Kinetics Fitting:    • How to Apply Pseudo First Order Kinetic Mo...   Pseudo Second Order Kinetics Fitting:    • How to Apply/Fit Pseudo Second Order Kinet...   First Order Kinetics Fitting:    • How to Apply/Fit First Order Kinetic Model...   Fitting the D-R Model:    • Adsorption Data Analysis| How to Fit/Apply...   Measuring Equilibrium Concentration (Ce) & Time in Adsorption:    • Adsorption Data Analysis| Measuring the Eq...   📂 Adsorption & Kinetics Data Analysis Playlist:    • Adsorption Data Analysis