Metabolism and Valence Electron Energy: Oxygen Has Lower Energy Orbitals Than Carbon or Hydrogen
By: Art Ayers
By: Bridget Coila
Structure of an Atom: Atoms are of Biological Importance
By: Diane Ursu
By: Deborah Percy
Cell Membrane: Phospholipid Bilayer Formed by Surface Tension
By: Art Ayers
What Is Surface Tension? Hydrogen Bonds, Organized Water and Maximized Entropy
By: Art Ayers
Hydrophobic, Hydrophilic and Hydrogen Bonds: Oily Molecules are Unable to Bond with Water
By: Art Ayers
Hydrogen Bonds Form Biological Structures: H-bond is H Attached to Valence Electron Pair of O or N
By: Art Ayers
By: 
Donald Reinhardt
Reaction Specificity of Enzymes: Proteins Rigidly Bind Ligands by Multiple Weak Bonds
By: Art Ayers
Proteins and Amino Acids: The Biochemistry of the Building Blocks of All Proteins
By: Kenneth Rosen
Angiotensin II Signaling Pathways: G-protein Activation and Kinase Signaling Cascades
Oxygen and Dietary Antioxidants: Oxidative Stress May Contribute to Aging and Disease
By: Tamara Golden
LSD – Psychedelic Hallucinogen: Recreational Drug "Acid" was Produced Accidentally
By: Simon Davies
DNA: The Information Molecule: The Double Helix Molecule, Watson and Crick and the Human Genome
By: Simon Davies
Automated Peptide Synthesis: Bruce Merrifield Invented a New Method for Bulk Protein Synthesis
By: Simon Davies
What Is Cellular Metabolism? Anabolic Pathways of Aerobic Respiration Turn Food into ATP Energy
By: Tami Port
What Is an Enzyme Catalyst? Catalytic Proteins and Catalysis in Living Systems
By: Tami Port
What Is the Nucleotide ATP? The Energy Currency of Organic Molecule Adenosine Triphosphate
By: Tami Port
Enzyme Inhibition: Ribonuclease A and Tosylphenylalanine Chloromethyl Ketone(TPCK)
Cholesterol Chemistry: Is Cholesterol Bad for our Health? Why do we need Cholesterol?
By: Simon Davies
The Chemistry of Fat: Saturated and Unsaturated Triglyceride Lipids
By: Simon Davies
Proteins: Polymers of Amino Acids Vital to Biochemistry in the Human Body
By: Simon Davies
What is Biochemistry? The study of the Chemistry of Living Things
By: Simon Davies
