Pharmapedia

Biotransformation: Enzyme Inhibition and Induction

Biotransformation: Prodrugs

Biotransformation: Oxidation and Conjugation

Biotransformation: Introduction

Half Life T1/2

Frank Starling Law of Contractility

Intro to Thrombus Prevention and Treatment

Preload Afterload and Cardiac Output

Anticoagulants

Thrombolytics

Platelet Aggregation Inhibitors

Biosynthesis of GABA

Biosynthesis of Histamine

Biosynthesis of Serotonin (5-HT)

Biosynthesis of Catecholamines

Introduction to the Biosynthesis of Amino Acid Based Neurotransmitters

Creatinine Clearance

Half Life T1/2

Protein Binding

Cortisol and Glucocorticoids

Histamine, antihistamines and H2 blockers.

Prostaglandins

Chest Tube Insertion and Check Valves: Introduction to Chest Tubes

Bottle 3: Suction Control: 3 Bottle Chest Tube Collection Systems

Bottle 2: Water Seal: 3 Bottle Chest Tube Collection Systems

Introduction to Chest Tubes

Tension Pneumothorax: Introduction to Chest Tubes

Dry Suction Control Chest Tube Systems

Bottle 1: Collection: 3 Bottle Chest Tube Collection Systems

Biotransformation

Enzyme Inhibition and Enzyme Induction

Bioavailability

Routes of Administration

EC50 ED50 TD50 LD50

Efficacy vs Potency

pKa - Why most drugs are weak acids or weak bases

Agonist DR Curves with Competitive and Noncompetitive Antagonist

First and Zero Order Kinetics

Agonist Dose Response Curves

Agonist and Antagonists

Introduction to Pharmacology

Therapeutic Window

Volume of Distribution

RNA and DNA

Ribosomes and Protein Structure

Acetylcholinesterase

Amino Acids

Proteins

Cell Membrane and Phospholipids

The Cell and Organelles - 1.2 Basic Cellular Function