Author

Min-ji Park Page 3

With a master’s degree in organic chemistry from Central Washington University, Min-ji Park teaches introductory and advanced organic chemistry at a state university in Boulder, Colorado. As a non-tenure faculty lecturer, she manages curriculum delivery and coordinates large auditorium lecture sections for undergraduate science majors. Her academic preparation also includes a bachelor’s degree in chemistry.

What Is a Glycal? Its Role in Chemistry and Applications
The Chalcone Structure and Its Role in Nature
The Oxocarbenium Ion: Its Role in Biology and Chemistry
Anthraquinone: Sources, Uses, and Biological Effects
The Core Nitrosamine Structure and Its Properties
What Are Dithiols and What Are Their Uses in Biology?
Ladderane: Its Structure, Function, and Applications
Pyridone: Its Biological Significance and Applications
What Is Radical Stability and Why Does It Matter?
Polyelectrolyte: Definition, Behavior, and Applications
What Is Proton-Coupled Electron Transfer?
What Is Osazone Formation and Its Role in Identifying Sugars?
What Is Ligand Efficiency and Why Is It Important?
What is Keto-Enol Tautomerization and Why Is It Important?
Polyglycine: Structure, Function, and Applications
What is the Guanidino Group and What Is Its Function?
Phosphate Esters: Functions in Biology and Industry
Proton-Coupled Electron Transfer: An Overview of the Process
The Haber-Weiss Reaction and Its Role in Oxidative Stress
What Is Solvent Accessible Surface Area?
Helicene: A Chiral Molecule’s Properties and Applications
Valinomycin: Structure, Function, and Applications
Aromatic Hydroxylation: Reaction, Biology, and Uses
Sugar Isomers: Why Structure Dictates Function
Mannose Structure: Linear, Ring, and Epimer Forms
The Amide Bond: Structure, Formation, and Significance
The Ketamine Molecule’s Structure and Function
How Acyl Chains Define the Properties of Lipids
The Strychnine Structure and Its Functional Groups
The Oxalate Structure and Its Biological Function