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Study Guide Covers: Chapter 14 - Regulation of Bacterial Cellular Processes; Chapter 16 - Mechanisms of Genetic Variation; Chapter 17 & 18 - Recombinant DNA Technology/Genomics; Chapter 6 & 27 - Viruses
Notes cover Carbohydates, Lipids, and Fatty Acids.
Notes cover lectures 14 and 15 (Translation, Transcription, and Regulation)
Notes cover bacterial genome replication and expression
Notes cover water, pH, ionic equilibria, coulomb law, interactions (hydrophobic, amphilic). Kw of water, strong vs weak electrolytes, Hendelson Hasselbach Equation, titration curves, amino acids and functional group structures, side chains and peptide bonds
Notes covers lectures 11-16 (Enzyme Kinetics, Enzyme Reaction/Enzyme Regulation, Genetic Code, Translation, Transcription and Regulation, and Replication.
Notes cover the cytoplasm, plasma membrane, cell wall, gram-positive bacteria, gram-negative bacteria, peptidiglycan, flagella, and critical concepts from the chapter.
Notes cover proteins and carbohydrates and their structures.
Notes cover Cataholism and Microbial Growth
Notes cover Enzyme Kinetics
Notes cover DNA and RNA transcription/translation, lac operon, replication, polymerases, CAP, cAMP, repressors, and attenuation.
Notes cover the eukaryotic cell and it’s organelles, reactions, oxidation/reduction, electron transport and carriers, pathways, enzymes, activation energy, metabolism, and feedback inhibition.
Notes cover microscopy, types of microscopes, preparation and staining of specimens, bacterial cell structure, bacterial size/shape/arrangement, fluid mosaic model, proteins, diffusion, and active transport.
Covers professor notes of gram-positive bacteria and eukaryotic microbes
Notes covers membranes, structures, models, lipids, proteins, membrane transports, and nucelic acids (DNA/RNA).
Study guide covers chemistry basics, functional groups, laws, pH, electrolytes, pka, chiral carbons, R-groups, amino acids, proteins, carbohydrates, lipids, sugars, diffusion, pyrimidine, purines, DNA/RNA, chemical kinetics, enzymes, genetics, transcription, operons, replication, metabolism, TCA cycle, glycolysis, and systems.