SBI4U Course Outline



|Text Section |Title of Topic |Format |Practice Questions |

|UNIT ONE - BIOCHEMISTRY |

|CHAPTER ONE - THE CHEMICAL BASIS OF LIFE |

|1.1 |Chemical Fundamentals – Part 1 |Handout | |

|1.1 |Chemical Fundamentals – Part 2 |Handout |p.23 #1-4, 7-9, 14, 15 |

| |Introduction to Biochemistry |Handout | |

|1.2 |Functional Groups |Chart | |

|1.2 |Carbohydrates |Handout |p.34 #2,3,5,7 |

|1.2 |Lipids |Handout |p.40 #11 -13 |

|1.2 |Proteins |PowerPoint (P.P) |p.50 #19-23, 25 |

|1.2 |Nucleic Acids |Drawing |p.56 #1, 3, 4, 6, 7, 9-11, 14-19 |

| |Lab – Building Macromolecules | | |

|1.3 |An Introduction to Metabolism |P.P. |p.68 # 2,3 |

|1.4 |Enzymes |P.P |p.77 # 1, 2, 4-6, 8 |

| |Chapter 1 Review |Textbook |See below |

|THE CELL AND TRANSPORT – SUPPLEMENTARY CHAPTER |

| |Cell Structure and Function |Textbook Photocopy |Animal & Plant Cell Organelles Chart |

| |Cellular Transport Notes |P.P |BLM Handouts Package |

| |Lab – Potato Osmosis | | |

|UNIT TWO – METABOLIC PROCESSES |

|CHAPTER TWO - CELLULAR RESPIRATION |

|2.1 |Cellular Respiration |P.P |p.93 #1-4 |

|2.2 |Glycolysis |Handout |p.115 # 1-5, 10 |

|2.2 |Glycolysis and Pyruvate Oxidation |Handout | |

|2.2 |Krebs Cycle |Handout |Handout |

|2.2 |Cellular Respiration Continues |P.P |Cellular Respiration Review |

| |Assignment – Alien Cellular Respiration | | |

|2.2 |Effeciency of Cellular Respiration |Handout | |

|2.3 |Anaerobic Respiration |Handout | |

|2.3 |VO2 max and Lactate Threshold |Handout | |

| |Activity - VO2 max | | |

| |Chapter 2 Review |Textbook |See below |

|CHAPTER THREE – PHOTOSYNTHESIS |

|3.2 |Brief History of Photosynthetic Research |Handout | |

|3.1 |Intro to Photosynthesis |P.P |p.145 # 1, 2a), 4-6 |

|3.2 |Light Energy and Pigments |P.P |p.154 # 1-3, 6 |

|3.3 |The Light Reactions |P.P |p.166 # 1-8 |

|3.3 |The Calvin Cycle |P.P |p.167 #9-12 |

| | | |Photosynthesis- Questions Handout |

|3.3 |Calvin Cycle Diagram |Handout |Diagram Worksheets |

| |Lab – Virtual Plant | | |

|3.4 |Alternative Methods of Carbon Fixation |P.P |p.172 #1-6 |

| |Chapter 3 Review |Textbook |See Below |

|UNIT THREE - MOLECULAR GENETICS |

|CHAPTER FOUR – DNA |

|4.2 |DNA Structure, Replication, Repair |P.P |DNA Activity Handout |

|4.3 | | | |

|5.8 | | | |

| |DNA Diagrams |Handout | |

| |Lab – DNA Extraction | | |

| |Chapter 4 Review |Textbook |See Below |

|CHAPTER FIVE - PROTEIN SYNTHESIS |

|5.2 |Protein Synthesis Overview |P.P |p.241 # 1-11 |

|5.3 |Transcription |P.P |p.249 #1-9 |

|5.4 |Translation |P.P |p.254 #1-4, 6-9 |

| | | |Questions – Protein Synthesis So Far |

| |Assignment – Protein Synthesis | | |

|5.5 |Control Mechanisms |Handout |p.258 #1-5 |

|5.6 |Mutations |P.P |p.263 #1-7 |

| | | |Practicing Protein Synthesis |

| |Chapter 5 Review |Textbook |See below |

|CHAPTER SIX – BIOTECHNOLOGY |

|6.1 |Biotechnology Part 1 |P.P |p.281 #1-3 |

| | | |p.282 #6-9 |

| | | |Restriction Enzymes handout |

|6.2 |Biotechnology Part 2 |P.P |p.298 #1, 3-5 |

| |Activity – Recombinant DNA | | |

| |Activity – RFLP | | |

| |Lab – Gel Electrophoresis | | |

| |Chapter 6 Review |Textbook |See Below |

|UNIT FOUR – HOMEOSTASIS |

|CHAPTER SEVEN - MAINTAINING AN INTERNAL BALANCE |

|7.1 |Homeostasis and Control Systems |P.P |p.337 #1-5 |

|7.2 | | | |

|7.3 |The Importance of Excreting Wastes |P.P |p.345 #1-4 |

|7.4 | | |Urinary System Diagrams |

|7.5 |Formation of Urine |P.P |p.352 #1-6 |

| |Urine Formation Diagram |Diagram | |

|7.6 |Water Balance |P.P |p.356 #1-8 |

|7.7 |Kidney Disease |Handout | |

| |Activity – Comparing Solutes |Handout | |

| |Chapter 7 Review |Textbook |See below |

|CHAPTER EIGHT - CHEMICAL SIGNALS MAINTAIN HOMEOSTASIS |

|8.1 |Chemical Signals that Maintain Homeostasis |P.P |p.377 #1-4 |

|8.3 |Hormones that Affect Metabolism |P.P |Hormone Chart |

|8.5 |Reproductive Hormones |P.P |Hormone Chart |

| |Activity – Hormonal Control of Metamorphosis | | |

|CHAPTER NINE - HOW NERVE SIGNALS MAINTAIN HOMEOSTASIS |

|9.1 |The Nervous System |P.P | |

|9.2 | | | |

Chapter One Review

p.84 Key Terms

except: endergonic reaction, exergonic reaction, Gibbs free energy, hybridization, immiscible, micelles, missible, oligosaccharides, residue, VSEPR

p.85 Self-Quiz

except: #10, 13-15, 19

p.86-87 Review

except: #4, 6, 8, 14, 20-22, 24, 27-28, 30-31

Chapter Two Review

p.132 Key Terms

except: BMR, beta oxidation, deamination, nomograms, oxygen debt

p.133 Self-Quiz

except: #8, 12, 16

p.134 Review

except: # 9, 14, 17 b), 18, 22, 24, 27-31

Chapter Three Review

p.190 Key Terms

except: action spectrum, anthocyanins, PAR, spectroscope, xanthophylls

p.191 Self-Quiz

except: #6

p.192-193 Review

except: # 10, 12b), 14, 15, 17, 18, 20-25

Chapter Four Review

p.228 Key Terms

except: bacteriophage, isotope

p.229 Self-Quiz

except: # 7, 10, 16

p.230 Review

except: # 1, 8, 12, 19

Chapter Five Review

p.272 Key Terms

except: coupled transcription-translation, beta galactosidase, endosymbiotic, fission, LINEs, nucleomorph, nucleosome, pseudogenes, SINEs, telomeres, VNTRs

p. 273 Self-Quiz

except: #7-9

p. 274-275 Review

except: # 9, 12, 20-24

Chapter Six Review

p. 318 Key Terms

except: Agrobacterium, antinociceptive transmitters, antisense oligonucleotides, Bt toxin, cloned, competent cell, constant length strands, copy number, dideoxy analogue, DNA fingerprinting, gene therapy, genetic screening, host cell, hybridization, multiple-cloning site, pronociceptive transmitters, Sanger dideoxy method, somatotropin, Thermus aquaticus, Ti plasmid, transformation, transgenic, variable-length strands, vectors

p.319 Self-Quiz

except: # 6, 8, 9, 15, 16

p.320-321

except: # 1, 2, 4, 9, 11-14, 16, 18, 20

Chapter Seven Review

p. 366 Key Terms

except: contractile vacuole, transgenic animal, xenotransplants

p. 367 Self-Quiz

p.368-369 Review

except: # 3-5, 13, 14, 16, 19023

................
................

In order to avoid copyright disputes, this page is only a partial summary.

Google Online Preview   Download