Lecture 5, 6 & 7 :  Biological Organization & Chemistry of Life

       Campbell - Concept Activities - chapter 2 & 3 -
2.2 Structure of Atomic Nucleus, Electronic Arrangement, and Build an Atom,
2.3 - Covalent Bonds, Non-Polar & Polar Bonds, Ionic Bonds, and Hydrogen Bonds
3.1 - Polarity of Water, 3.2 Cohesion of Water, 3.3 - Dissociation or Water, Acids, Bases, pH

Campbell - Concept Activities - chapters 4,& 5
4.2 - Diversity of Carbon Molecules and Isomers, 4.3 Functional Groups, 
5.1 - Polymers, 5.2 - Models of Glucose & Carbohydrates,
 5.3 - Lipids, 5.4 - Proteins Structure & Function, 5.5 - Nucleic acids: Structure & Functions

   Chemistry outlines - pdf handouts

     Inorganic & Organic Chemistry outlines - pdf handouts

Proteins and Enzymes*

Campbell Concept Activities - Chapters 1, 5 & 8
Chapter 5.4 - Protein Functions, 5.4 - Protein Structure
Chapter 8.4 - How Enzymes Work
 Chapter - 1.2 Regulation: Negative and Positive Feedback
Chapter 1.5 - How to Graph Data


Biology Labs Online - Activity - Chapter 8.4 Enzyme lab
Investigation Activity - Chapter 8.4 - How Rate of Enzyme is Measured

protein & enzymes outlines - pdf handouts

collagen & wounds webpage 

Lecture 10 & 11:  Cellular Organization - Organelles/ Ultrastructure

  Cell Types - Procaryotes & Eucaryotes*

            Chemical makeup - Procaryotes vs. Eucaryotes   &   Procaryotes vs. Eucaryotes - pdf handouts

Eucaryotic Organelles - pdf handouts  &   Organelle Table: Procaryotes vs. Eucaryotes

Types of Light Microscopy

Campbell - Concept Activities- Chapter 1.1 (6.2) - Comparing Prokaryotes & Eukaryotes
Chapter 6.2 Prokaryotic Cell Structure & Function

Campbell - Concept Activities - Chapter 6.1 - Metric System Review & Size and Scale of Our World,
 6.2 Comparing Prokaryotic and Eukaryotic Cells, 6.2 Build an Animal Cell and a Plant Cell,
6.3 Role of Nucleus-Ribosomes in Protein Synthesis, 6.4 The Endomembrane System,
6.5 Build a Chloroplast and a Mitochondrion,  6.6 Cilia and Flagella, & 6.7 Cell Junctions,
6.7 Reviews: Plant and Animal Cell Structure and Function.

                                                                              Quick Review of Major Eukaryotic Cell Organelles 

Campbell - Concept Activities - Chapter 7.
7.1 Membrane Structure,   7.2 Selective Permeability of Membranes
7.3 Diffusion, Osmosis, & Facilitated Diffusion,
  7.4 Active Transport,   7.5 Exocytosis and Endocytosis

Campbell - Concept Activities - Chapters 11 & 45 -
Chapter 11.1 - Cell Signaling
11.2 Reception,  11.3 Signal-Transduction Pathways, 11.4 Cellular Responses
Chapter 45.2 - Overview of Cell Signaling, Peptide hormone action, & - Steroid Hormone Action, 
Investigation - 11.1 How do Cells Communicate with Each Other

membrane pdf handouts   &  cell communication pdf handouts  

metabolism outlines - pdf handouts

Campbell - Concept Activities - Chapter 8 
8.1 - Energy Transformations,  8.3 - The Structure of ATP,  8.3C - Chemical Reactions & ATP

Table free energy & relation of reactants to products

Free Energy Reaction (example)  Example of Coupled Reaction

Structure of ATP  &   ECB-cAMP

Campbell - Concept Activities - Chapter 9 
9.1 Overview of Cellular Respiration,  9.2 Glycolysis,  9.5 Fermentation,
9.3 The Krebs Cycle,  and   9.4 Electron Transport

     Investigation - Chapter 9 - How Rate of Respiration is Measured

  Lecture : 15      Autotrophic Metabolism   

Campbell - Concept Activities - Chapter 10
10.1 The Sites of Photosynthesis,  10.1 Overview of Photosynthesis,  10.2 Light Energy and Pigments
10.1 The Light Reactions,  10.3 The Calvin Cycle
10.4 Photosynthesis in Dry Climates

     Investigation - Chapter 10.2 - Paper Chromatography & Pigments
Investigation 10.3 - How is rate of photosynthesis measured

Photosynthesis outline - pdf handouts

Cell Cycle, Mitosis  &  Meiosis*

Campbell - Concept Activities - Chapter 12 & 46
Chapter 46.1 Hydra Budding video
Chapter 12.1 Roles of Cell Division,  12.2 The Cell Cycle, 
12.2 Mitosis & Cytokinesis Animation, and 12.2 Mitosis and Cytokinesis Video
Investigation 12.2 - How much time is spent in each phase of cell cycle

Campbell - Concept Activities - Chapter 13
13.1 - Asexual and Sexual Life Cycles, 13.3 Meiosis Animation,  & 13.4 Origins of Genetic Variation
Investigation 13.4 - How can the frequency of crossing over be estimated

mitosis-meiosis outlines - pdf handouts

genetics outlines - pdf  handouts

 Campbell - Concept Activities - Chapter 14
14.2 Gregor's Garden, 14.1 Monohybrid Cross,  14.1 Dihybrid Cross,
& 14.3 Incomplete Dominance
 Campbell - Concept Activities - Chapter 15
152 Linked Genes and Crossing Over and   15.3 Sex-Linked Genes

         Hardy-Weinberg*           

Sex-linked Recessives & dog pedigrees & horse pedigrees & Hemophilia Pedigree

  Lecture 20-23 :   "Central Dogma of Molecular Biology"

Molecular Genetics outlines - pdf handouts

 Campbell - Concept Activities - Chapter 16 to 21
Central Dogma - 16.1 Hershey-Chase Experiment, DNA and RNA Structure, & DNA Double Helix,
16.2 DNA Replication Overview, Replication: A Closer Look, & DNA Replication Review
17.1 Overview of Protein Synthesis, 17.2 Transcription, 17.2 RNA Processing, & 17.4 Translation  
18.1 Viral Life Cycle, Phage Lytic Cycle, Phage Lysogenic Cycle, & Retrovirus (HIV) Cycle
20A DNA Technology, 20B Restriction Enzymes, 20C Cloning a Gene in Bacteria &
20D DNA Electrophoresis, 20E Analyzing DNA Fragments, 20G DNA Fingerprinting
Control of Gene Action - 18.4 The lac Operon in E. coli, 19.1 DNA Packing
19.2 Overview: Control of Gene Expression, 19.2 Control of Transcription
19.2 Post-Transcriptional Control Mechanisms, 19.2 Review: Control of Gene Expression
Biolotechnology - 20.1 Restriction endonucleases & Cloning a Gene, 20.2 DNA Gel Electrophoresis,
20.3 Human Genome Project, 20.5 DNA Fingerprinting   

 Investigation - Chapter 18 - What causes AIDS infections
Investigation - Chapter 19 - How Do You Design a Gene Expression System

     Table - Brief History Cell & Molecular Biology   and   Modern History of Biotechnology

  Timeline of History of DNA   and   Human Genome Project   and   BioInformatics

Campbell - Concept Activities - Chapter 1.4 - Form & Function - Match cell structure to function
Chapter 40.1 Overview Animal Tissues, 40.2 Epithelial Tissue, 40.2 Connective Tissue,
40.2 Nervous Tissue,  40.2 Muscle Tissue and  Chapter 49.5 The Human Skeleton

 Campbell - Concept Activities - Chapter 21 & 47 
Chapter 21.1 - Signal Transduction Pathways & C. elegans development video
47.1 Sea Urchin Development & Video  47.2 - Frog Development & Video

 Neurophysiology* 

Campbell - Concept Activities - Chapter 48.2 Neuron Structure,
48.3 Nerve Signals: Action Potentials  &  48.4 Signal Transmission at a Chemical Synapse

Campbell - Concept Activities - Chapter 49
49.4 Structure-Function of Eye*,  49.6 Skeletal Muscle Structure*,  &  49.6 Muscle Contraction

Vertebrate Structure & Homeostasis(pdf)  &  Animal Development(pdf) 

    Neurophysiology(pdf)  &  Sensory & Muscle Physiology(pdf) handouts