Author

Jamal Dyer Page 2

At a university medical school in Baton Rouge, Louisiana, Jamal Dyer, MD, PhD, serves on the faculty teaching clinical pharmacology to medical students. Trained initially in internal medicine, Dyer earned his medical degree from Thomas Jefferson University and completed a doctorate in pharmacology at the University of Kansas Medical Center. His academic laboratory investigates the mechanisms of drug metabolism and how individual metabolic variations influence medication responses. Along with his teaching and research commitments, he contributes articles to Biology Insights.

ROCK2 Inhibitor: Its Function and Therapeutic Uses
What Are VMAT2 Inhibitors and How Do They Work?
Aldehyde Dehydrogenase Inhibitor: How It Works & Its Uses
What Is Idazoxan and How Is It Used in Research?
Ursodiol’s Mechanism of Action Explained
HDAC6 Inhibitor: Therapeutic Uses and Mechanisms
ADMET in Drug Discovery: A Critical Step for New Medicines
The Meloxicam Structure and Its Function
What Is a Cardiac Myosin Inhibitor and How Does It Work?
Pentoxifylline’s Mechanism of Action on a Cellular Level
What Is Blarcamesine and How Does It Work for Alzheimer’s?
The Paroxetine Structure and Its Function
Pharmacodynamic Tolerance: Why Medications Stop Working
Raloxifene’s Mechanism of Action Explained
Xanthine Oxidase Inhibitor: How It Works and Uses
What Is a FAAH Inhibitor and How Does It Work?
What Are CFTR Modulators and How Do They Work?
What Is Prasinezumab and How Does It Treat Parkinson’s?
Nav1.8 Inhibitors: A New Approach for Pain Relief
Milrinone Mechanism of Action: How It Works
Drug Metabolism Reviews: Phases, Factors & Consequences
What is Zaprinast? Mechanism, Research, and Potential Uses
Guanylate Cyclase Stimulators: What They Are & How They Work
Alcohol Dehydrogenase Inhibitor: Function & Medical Uses
Teriparatide’s Mechanism of Action in Bone Formation
Low Molecular Weight Heparin’s Mechanism of Action
Glatiramer Acetate Mechanism of Action in Multiple Sclerosis
Drugs That Boost Mitochondrial Function and How They Work
GSK126: Therapeutic Uses, Research, and Side Effects
What Is the Sevoflurane Mechanism of Action?