Author

Ming Preston Page 7

Ming Preston is a biology lecturer at a public university in Tampa, Florida, where he teaches introductory lecture sections of up to a thousand students and prepares digital study materials for the department. He received a bachelor’s degree in general biology and a master’s degree in cell biology. His teaching background includes introductory cell biology lectures at a major state university. Preston also writes for Biology Insights.

What Is Collagen 8 and What Does It Do?
Sialic Acids: Their Role in Biology and Human Health
Intracellular Receptors: A Look at Their Function
How Lipidomics Impacts Human Health and Disease
What Is Paracellular Transport and Why Is It Important?
What Is an Amphipathic Alpha Helix and What Does It Do?
What Are FABPs (Fatty Acid Binding Proteins)?
What Are Invaginations and Why Are They Important in Biology?
Mitochondrial Markers and What They Indicate for Health
Membrane Fusion: What It Is and Its Role in Biology
Transmembrane Domain Prediction: What It Is & Why It Matters
What Is Tropocollagen and What Is Its Function?
Inducing Angiogenesis: How It Works and Its Medical Uses
What is Phosphoryl Choline and What Does It Do?
What Is Heparan Sulfate and What Does It Do?
The Process of Protein Translocation in a Cell
The Parabiotic Method: What Is It and What Has It Shown?
The Mevalonate Pathway: What It Is and Why It Is Important
What is NHE3 and What Are Its Functions?
Glutathione Biosynthesis: How the Body Produces It
The Mucin Structure: Assembly, Diversity, and Function
Fatty Acid Metabolism: How the Body Uses and Creates Fats
What Is the Dystrophin Glycoprotein Complex?
The ETC in Mitochondria: A Deep Dive Into Cellular Energy
What Is E-cadherin and Why Is It So Important?
What Is a Subclone in Biology and Disease?
What Is Laminin 521? A Key Protein for Cell Function
Lysophospholipids: Functions in Health and Disease
The Phosphatidylethanolamine Structure and Its Function
The Red Blood Cell Model: A Scientific Tool