Campus Courses
- Last updated
- Save as PDF
- Page ID
- 1320
- Butte College
- BC: BIOL 2 - Introduction to Human Biology (Grewal)
- Agenda
- Text
- 1: The Nature and Process of Science
- 2: Introduction to Human Biology
- 3: Chemistry of Life
- 3.1: Chemical Reactions in Living Things
- 3.2: Biochemical Properties of Water
- 3.3: Acids and Bases
- 3.4: Case Study Diet Conclusion and Chapter Summary
- 3.5: Case Study: Chemistry and Your Life
- 3.6: Elements and Compounds
- 3.7: Chemical Bonding
- 3.8: Biochemical Compounds
- 3.9: Carbohydrates
- 3.10: Lipids
- 3.11: Proteins
- 3.12: Nucleic Acids
- 3.13: Energy in Chemical Reactions
- 4: Nutrition
- 5: Cells
- 5.1: Anaerobic Respiration
- 5.2: Case Study Tired Conclusion and Chapter Summary
- 5.3: Case Study: The Importance of Cells
- 5.4: Discovery of Cells and Cell Theory
- 5.5: Variation in Cells
- 5.6: Plasma Membrane
- 5.7: Cytoplasm and Cytoskeleton
- 5.8: Cell Organelles
- 5.9: Cell Transport
- 5.10: Active Transport and Homeostasis
- 5.11: Cellular Respiration
- 6: DNA and Protein Synthesis
- 7: Cell Reproduction
- 7.1: Case Study: Genetic Similarities and Differences
- 7.2: Cell Cycle and Cell Division
- 7.3: Mitotic Phase: Mitosis and Cytokinesis
- 7.4: Mutations and Cancer
- 7.5: Sexual Reproduction: Meiosis and gametogenesis
- 7.6: Genetic Variation
- 7.7: Mitosis vs. Meiosis and disorders
- 7.8: Case Study Genes Conclusion and Chapter Summary
- 8: Inheritance
- 9: Biological Evolution
- 10: Introduction to the Human Body
- 11: Nervous System
- 12: Endocrine System
- 13: Integumentary System
- 14: Skeletal System
- 15: Muscular System
- 16: Respiratory System
- 17: Cardiovascular System
- 18: Digestive System
- 18.1: Case Study: Food Processing
- 18.2: Introduction to the Digestive System
- 18.3: Digestion and Absorption
- 18.4: Upper Gastrointestinal Tract
- 18.5: Lower Gastrointestinal Tract
- 18.6: Accessory Organs of Digestion
- 18.7: Disorders of the Gastrointestinal Tract
- 18.8: Case Study Celiac Conclusion and Chapter Summary
- 19: Excretory System
- 20: Immune System
- BC: BIOL 2 - Introduction to Human Biology (Grewal)
- Sacramento City College
- SCC: Biology 342: The New Plagues
- University of California Davis
- BIS 2A: Introductory Biology (Britt)
- Readings
- BIS2A success tips
- Biology as a Science
- Enzymes and allosteric regulation
- Eukaryotes
- Photosynthesis
- Introduction to Prokaryotes
- DNA replication
- Transcription
- Translation
- Regulation of gene expression
- Mutations
- The mitotic cell cycle
- Activation Energy*
- Atoms to Bonds
- Cashing in on Redox
- Fermentation
- Glycolysis
- Membranes and transporters
- Mendel's Inheritance
- Protein structure
- Protein Translocation
- Respiration
- Models and Simplifying Assumptions
- Functional groups
- Equilibrium vs. homeostasis
- Potential Energy in Biology
- ATP
- Pyruvate Oxidation and the TCA Cycle
- Meiosis
- Readings
- BIS 2A: Introductory Biology (Easlon)
- Bis2A SS2 2018 Lecture Agenda
- Readings
- 1.1: Welcome to BIS2A
- 1.2: The Scientific Method
- 1.3: Problem Solving
- 2.1: The Design Challenge
- 2.2: Bacterial and Archaeal Diversity
- 2.3: Eukaryotic Cell: Structure and Function
- 3.1: Electronegativity
- 3.2: Bond Types—Ionic and Covalent
- 3.3: Hydrogen Bonds
- 3.4: Functional Groups
- 4.1: Carbohydrates
- 4.2: Lipids
- 4.3: Amino Acids
- 4.4: Nucleic Acids
- 5.1: Proteins
- 5.2: Enzymes
- 5.3: pH
- 6.1: pKa
- 6.2: Chemical Reactions
- 6.3: Energy Story
- 6.4: Thermodynamics
- 6.5: Energy
- 6.6: Free Energy
- 6.7: Endergonic and Exergonic Reactions
- 6.8: Activation Energy
- 7.1: Energy Story
- 7.2: Energy and Chemical Reactions
- 7.3: Chemical Equilibrium—Part 1: Forward and Reverse Reactions
- 7.4: Chemical Equilibrium—Part 2: Free Energy
- 8.1: ATP
- 8.2: Reduction/Oxidation Reactions
- 8.3: Electron Carriers
- 9.1: Metabolism in BIS2A
- 9.2: Glycolysis: Beginning Principles of Energy and Carbon Flow
- 9.3: Fermentation and Regeneration of NAD+
- 10.1: Oxidation of Pyruvate and the TCA Cycle
- 10.2: Introduction to Electron Transport Chains and Respiration
- 11.1: Electron Transport Chains
- 11.2: Light Energy and Pigments
- 11.3: Photophosphorylation: Anoxygenic and Oxygenic
- 12: Light Independent Reactions and Carbon Fixation
- 13.1: Eukaryotic Origins
- 14: The Cytoskeleton
- 15.1: Membranes
- 15.2: Membrane Transport
- 15.3: Membrane Transport with Selective Permeability
- 16.1: The DNA Double Helix and Its Replication
- 17.1: The Flow of Genetic Information
- 18.1: Transcription—from DNA to RNA
- 19.1: Translation—Protein Synthesis
- 19.2: The Endomembrane System
- 20.1: Mutations and Mutants
- 21.1: Sickle Cell Anemia
- 22.1: Gene regulation: Introduction
- 23.1: Gene regulation: Bacterial
- 23.2: Gene regulation: Eukaryotic
- 24.1: Cell division: Bacterial
- 24.2: Cell division: Mitosis
- 25.1: Cell division: Mitosis
- 25.2: Cell division: Meiosis
- 26: Genomes: a Brief Introduction
- BIS 2A: Introductory Biology (Facciotti)
- Readings
- W2017_Readings
- W2017_Lecture_01_Reading
- W2017_Lecture_02_reading
- W2017_Lecture_03_reading
- W2017_Lecture_04_reading
- W2017_Lecture_05_reading
- W2017_Lecture_06_reading
- W2017_Lecture_07_reading
- W2017_Lecture_08_reading
- W2017_Lecture_09_reading
- W2017_Lecture_11_reading
- W2017_Lecture_12_reading
- W2017_Lecture_13_reading
- W2017_Lecture_14_reading
- W2017_Lecture_15_reading
- W2017_Lecture_16_reading
- W2017_Lecture_17_reading
- W2017_Lecture_18_reading
- W2017_Lecture_19_reading
- W2017_Lecture_20_reading
- W2017_Lecture_21_reading
- W2017_Lecture_22_reading
- W2017_Lecture_23_reading
- W2017_Lecture_24_reading
- W2017_Lecture_25_reading
- W2017_Lecture_26_reading
- W2017_Pre-course_reading
- 2017_SUMMER_SESSION_1
- S2018_Lecture_Readings
- S2018_Lecture01_Reading
- S2018_Lecture02_Reading
- S2018_Lecture03_Reading
- S2018_Lecture04_Reading
- S2018_Lecture05_Reading
- S2018_Lecture06_Reading
- S2018_Lecture07_Reading
- S2018_Lecture08_Reading
- S2018_Lecture09_Reading
- S2018_Lecture10_Reading
- S2018_Lecture11_Reading
- S2018_Lecture12_Reading
- S2018_Lecture13_Reading
- S2018_Lecture14_Reading
- S2018_Lecture15_Reading
- S2018_Lecture16_Reading
- S2018_Lecture17_Reading
- S2018_Lecture18_Reading
- S2018_Lecture19_Reading
- S2018_Lecture20_Reading
- S2018_Lecture21_Reading
- S2018_Lecture22_Reading
- S2018_Lecture23_Reading
- S2018_Lecture24_Reading
- S2018_Lecture25_Reading
- S2018_Lecture26_Reading
- SS1_2018_Lecture_Readings
- W2017_Readings
- Readings
- BIS 2A: Introductory Biology (Igo)
- Ireland_BIS2A_2018_Igo
- BIS2A Ireland Lecture 1
- BIS2A Ireland Lecture 14
- BIS2A Ireland Lecture 15
- BIS2A Ireland Lecture 16
- BIS2A Ireland Lecture 17
- BIS2A Ireland Lecture 4
- BIS 2A Ireland Lecture 10
- BIS 2A Ireland Lecture 12
- BIS 2A Ireland Lecture 13
- BIS 2A Ireland Lecture 2
- BIS 2A Ireland Lecture 3
- BIS 2A Ireland Lecture 5
- BIS 2A Ireland Lecture 6
- BIS 2A Ireland Lecture 7
- BIS 2A Ireland Lecture 8
- BIS 2A Ireland Lecture 9
- BIS2A_Winter_2018_Igo_Readings
- W2018_Bis2A_Lecture01_reading
- W2018_Bis2A_Lecture02_reading
- W2018_Bis2A_Lecture03_reading
- W2018_Bis2A_Lecture04_reading
- W2018_Bis2A_Lecture05_reading
- W2018_Bis2A_Lecture06_reading
- W2018_Bis2A_Lecture07_reading
- W2018_Bis2A_Lecture08_reading
- W2018_Bis2A_Lecture09_reading
- W2018_Bis2A_Lecture10_reading
- W2018_Bis2A_Lecture11_reading
- W2018_Bis2A_Lecture12_reading
- W2018_Bis2A_Lecture13_reading
- W2018_Bis2A_Lecture14_reading
- W2018_Bis2A_Lecture15_reading
- W2018_Bis2A_Lecture16_reading
- W2018_Bis2A_Lecture18_reading
- W2018_Bis2A_Lecture19_reading
- W2018_Bis2A_Lecture20_reading
- W2018_Bis2A_Lecture21_reading
- W2018_Bis2A_Lecture22_reading
- W2018_Bis2A_Lecture23_reading
- W2018_Bis2A_Lecture24_reading
- W2018_Bis2A_Lecture25_reading
- W2018_Bis2A_Lecture26_reading
- Ireland_BIS2A_2018_Igo
- BIS 2A: Introductory Biology (Singer)
- Bis2A Winter 2019
- Lecture 01: Introduction to Bis2A
- Lecture 02: The Scientific Method, Design Challenge and The Basic Unit of Life: The Cell
- Chapter 3: Basics of Biological Chemistry
- Lecture 03 v2: Basics of Biological Chemistry
- Lecture 04: Biomolecules
- Lecture 05: Membranes and transport
- Lecture 06. Energetic and Thermodynamics
- Lecture 08: Redox reactions
- Lecture 09: Carbon Metabolism
- Lecture 10: Electron transport/ATP production
- Lectures 11 and 13: Photophosphoryaltion/ATP production & The Calvin Cycle
- Lecture 015: Bacteria and Archaea and origins of Eukaryotes
- Lecture 5.5 Enzymology
- Fall 2018 Lecture Readings
- Assumed background review: atoms, bonds, pH, pKa, equilibria, and more
- Lecture 01: Introduction to Bis2A
- Lecture 01 Introduction to Bis2A
- Lecture 02: Scientific Method and Design Challenge
- Lecture 03 and 04: Chemistry Important to understanding Biomolecules: lipids, Carbohyderatres, Nucleic Acids and Proteins
- Lecture 05: Membranes and transport
- Lecture 05: Reaction Kinetics
- Lecture 06: Thermodynamics & Energetics
- Lecture 07: Redox reactions Metabolism- carbon flow and energy transfer
- Lecture 08: Carbon Metabolism
- Lecture 09: Electron transport/ATP production
- Lecture 10: Photophosphoryaltion/ATP production and Carbon Fixation
- Lecture 11: Putting it all together
- Lecture 14: Bacteria and Archaea and origins of Eukaryotes
- Lecture 15: The cytoskeleton and motor proteins
- Lecture 16: DNA replication
- Lecture 17: DNA repair and Recombination
- Lecture 18: Reading information in the genome: transcription
- Lecture 19: Translation & post-translational processes
- Lecture 20: Translation & post-translational processes
- Lecture 22: Genomics, Proteomics and Metabolomics
- Lecture 23 and 24: Mutants and Mutations
- Lecture 25: Regulation of Gene Expression
- Lecture 26: Regulating gene expression, eukaryotic
- Lecture 27: Cell Cycle and Cell Division
- Lecture 28: Mitosis
- Lecture 29: Meiosis
- Test Page
- Bis2A Winter 2019
- BIS2B - Principles of Ecology and Evolution
- BIS 102: Structure and Function of Biomolecules (Gasser)
- 1: Intro to Biochemistry, H2O properties, and Biochemical bonds
- 2: Biochemical Bonds, Free energy,
- 3: H2O dissociation, pH, Weak Acids and Bases
- 4: Buffers, Polyprotic acids; Amphoteric Substances,
- 5: Amino Acid Structure, Function
- 6: Amino Acid Separation, Peptide Bonds, and Protein Sequencing
- 7: Protein Structure
- 8: Protein Structure, Self assembly – Multimeric Proteins, Cytoskeletal fibers, Protein Evolution
- 9: Self assembly – Lipids, Membranes
- 10: Protein purification
- 11: Binding proteins- Antibodies, Myoglobin/Hemoglobin
- 12: Hemoglobin and allosteric effects
- 13: Enzymes/Catalysis
- 14: Mechanisms of Catalysis – Serine proteases, Enzyme modification, Ribozymes
- 15: Ribozymes, Enzyme Kinetics
- 16: Enzyme Kinetics, Inhibitor Kinetics
- 17: Inhibitor Kinetics (cont.), Sigmoidal kinetics, Enzyme Activation
- 18: Dynamics of Cytoskeletal Fibers, Motor Proteins
- Reader
- BIS 103: Bioenergetics and Metabolism (Callis)
- 1: Introduction to Metabolism
- 2: Carbohydrates and Catabolism of Carbohydrates
- 3: The Citric Acid Cycle
- 4: Carbohydrate Synthesis
- 5: Enzyme Information
- 6: The Pentose Phosphate Pathway and Entner Douderoff Pathway
- 7: Principles and examples of metabolic regulation
- 8: Fatty Acid Catabolism
- 9: Fatty acid and acyl lipid synthesis and Glyoxylate Cycle
- 10: Electron Transport Chain and ATP Synthesis
- 11: Amino acid catabolism and the urea cycle
- 12: N and S assimilation, Biosynthesis of amino acids and nucleotides
- 13: Hormonal Regulation and Integration of Mammalian Metabolism
- 14: Photosynthesis: Harvesting Light energy
- Chapters
- BIS 105: Biomolecules and Metabolism (Murphy)
- BIS 2A: Introductory Biology (Britt)
- Oregon Institute of Technology
Tue, 05 Sep 2017 19:05:41 GMT
Campus Courses
Here are custom designed online LibreTexts that are developed for individual instructors/classes and schools. The biology library maintains all Modules (pages of chemistry information) in the primary sections collectively referred to as the Core; the LibreTexts below contain only class organization, which may or may not be reproduced in the organization of the core.