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Chapter 1, chapter 3, Chapter 4, Chapter 2, Chapter 6, Chapter 7, Chapter…
Chapter 1
The process of science
Hypothesis ( 1.4 & 9.1)
Five Unifying Themes in Biology
Gene expression ( 1.11 & 3.15)
Biology: The scientific study of life
chapter 3
Lipids
Lipids and Fluid Mosaics (3.8 & 5.1)
Proteins
protein fuel for cellular respiration (3.12 & 6.14)
Nucleic Acids
DNA & DNA profiling ( 3.15 & 12.11)
Introduction to Organic Compounds
Carbohydrates
Chapter 4
Introduction to the cell
Chromosomes (4.3 & 8.14)
Energy - Converting organelles
Thylakoids ( 4.14 & 7.1)
mitochondria & electron transport chain (4.13 & 6.5)
The Nucleus and Ribosomes
The Endomembrane System
the Cytoskeleton and cell surface
Chapter 2
Chemical Bonds
Chemical reaction and Calvin Cycle ( 2.9 & 7.10)
Reduction and Covalent bond ( 2.5 & 6.5)
Elements, Atoms and Compounds
Water's Life-Supporting Properties
Chapter 6
Cellular Respiration: Aerobic Harvesting of Energy
Cellular respiration & active transport ( 5.8 & 6.1)
Stages of Cellular Resperation
Connections Between Metobolic Pathways
Fermentation: Anaerobic Harvesting of Energy
Chapter 7
An introduction to Photosynthesis
The Calvin Cycle: Reducing CO2 to Sugar
Calvin Cycle happens in the chloroplast (4.4 & 7.10)
The Light Reaction: Converting Solar Energy to Chemical Energy
The Global Significance of Photosynthesis
Chapter 9
The Chromosomal Basis of Inheritance
Meiosis Crossing over and genetic mapping ( 8.13 & 9.19)
Sex Chromosomes and Sex-linked gense
x chromosomes and Barr body (9.21 & 11.2)
Mendel's Law
Variations on Mendel's Law
Chapter 8
Meiosis and Crossing over
Cell Division and Reproduction
Cell Division and Oncogene (8.1 & 11.15)
The Eukaryotic cell cycle and Mitosis
Tumor and Tumor Suppressor gene (8.9 & 11.15)
Alterations of Chromosome Number and Structure
Chapter 10
The Flow of Genetic Information from DNA to RNA to Protein
RNA Splicing & Alternative RNA Splicing (10.10 & 11.4)
Promoter (10.9 & 11.1)
The Genetics of Viruses and Bacteria
Plasmid (10.23 & 12.1)
The structure of the Genetic Material
DNA Replication
Chapter 12
Gene Cloning and Editing
DNA Ligase & Hydrogen Bonds (2.8 & 12.1)
DNA Profiling
Genetically Modified Organisms
Genomics and Bioinformatics
Chapter 5
MembraneStructure and Function
Energy and the Cell
ATP and Glycolysis ( 5.12 & 6.6)
How Enzymes Function
Chapter 11
Control of gene expression
Eukaryotic (4.4 & 11.4)
The genetic basis of cancer
Cloning of plants and animals
energy processing and cohesion ( 1.1 & 2.10)
Jaliyah .A & Kim. M