MASTER RESOURCES

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Page ID: 21345

Contributed by Marc Facciotti
Associate Professor (Biomedical Engineering) at University of California, Davis

A
- A Hypothesis for How ETC May Have Evolved*#
- A Little extra: Bioluminescence
- A little extra: Genetically Modified Organisms
- A little extra: Lipids and Health
- Activation Energy*
- Active Learning
- Alternative View of Some Common Confusing Issues in Basic Redox Chemistry for Biology
- Amino Acids#
- An introduction to metabolic regulation
- Animal cells versus plant cells
- ATP FOR DAVID
- ATP*#
B
- Bacterial and Archaeal Diversity*
- Biology in the Context of BIS2A
- Buffers*#
C
- Carbohydrates*#
- Catalysts#
- Cell division: Bacterial*
- Cell division: Meiosis*
- Cell division: Mitosis*
- Cellular Structure of Bacteria and Archaea*#
- Characteristic Chemical Reactions
- Chemical Equilibrium—Part 1: Forward and Reverse Reactions
- Chemical Equilibrium—Part 2: Gibbs Energy
- Chemical Reactions
- Covalent bonds and non-covalent molecular interactions—Ionic and Covalent
D
- Directionality of Chemical Reactions#
- Discussion topics on bacteria and archaea*#
- DNA Repair in Replication*#
E
- Electron Carriers*#
- Electron Transport Chains*#
- Electronegativity#
- Endergonic and Exergonic Reactions#
- Energy and Chemical Reactions#
- ENERGY FOR DAVID
- Energy Story#
- Energy*#
- Enzymes
- Enzymes_depricated#
- Eukaryotic Cell: Structure and Function*
- Eukaryotic Origins*
- Evolution and Natural Selection #
F
- Fermentation and Regeneration of NAD+#
- Free Energy#
- Functional Groups#
G
- Gene regulation: Bacterial*#
- Gene regulation: Eukaryotic*#
- Gene regulation: Introduction*#
- Genomes: a Brief Introduction*
- Genomics*
- Glossary ***
- Glycolysis: Beginning Principles of Energy and Carbon Flow*#
H
- Hydrogen Bonds#
I
- Introduction to Biomolecules in BIS2A
- Introduction to Electron Transport Chains and Respiration*#
- Introduction to Mobile Energy Carriers - Mary and Caidon
- Introduction to Mobile Energy Carriers#
K
- Knowledge and Learning#
L
- Light Energy and Pigments*#
- Light Independent Reactions and Carbon Fixation*#
- Lipids#
M
- Matter and Energy in Biology#
- Membrane Transport with Selective Permeability*#
- Membrane Transport*#
- Membranes*#
- Metabolism in BIS2A#
- Models, Simplifying Assumptions, and Bounding#
- Mutations and Mutants*
N
- Nucleic Acids*#
O
- Oxidation of Pyruvate and the TCA Cycle*#
P
- Pentose Phosphate Pathway*#
- pH#
- pH_Mary_Caidon
- Photophosphorylation: Anoxygenic*#
- Photophosphorylation: Oxygenic
- pKa#
- pKa_Mary_Caidon
- Pre-reading: Welcome to Class and Strategies for Success
- Problem Solving#
- Proteins*#
R
- Reduction/Oxidation Reactions - Mary and Caidon
- Reduction/Oxidation Reactions#
S
- Sample Reading for LFA Students
- Sickle Cell Anemia*
- Strategies for Success in BIS2A#
- Structure of Atoms#
T
- The Cytoskeleton*#
- The Design Challenge#
- The DNA Double Helix and Its Replication*#
- The Endomembrane System*#
- The Flow of Genetic Information*#
- The Periodic Table#
- The Scientific Method#
- The UC Davis BIS2A Team Biology Content and Attributions
- Thermodynamics*#
- Transcription—from DNA to RNA*#
- Translation—Protein Synthesis*#
- Trial for SoTL
U
- Unit 1
V
- Van der Waals forces and other non-covalent interactions
W
- Water#
- Welcome to BIS2A