Download General Biology

General Biology
Course Description and Philosophy
Biology is the study of life on the planet Earth. This is a standard college preparatory life science course. Among the concepts
covered in the course are the structures and functions of cells, the biochemical basis of life, the characteristics of various organisms,
the classification of organisms, genetics (including molecular genetics) and heredity, evolution and ecological relationships. The unity
and diversity of life are emphasized. Various biological processes such as photosynthesis, respiration, circulation, digestion and
nervous response are investigated. Laboratory investigations include studies of cells using the microscope, the examination of live and
preserved organism, and the analysis of genetic problems.
Student performance will be evaluated using a variety of assessments, including teacher-generated tests and quizzes,
examinations, laboratory activities, homework, research projects, and class participation. As a summary experience, there will be two
half-year examinations, which will represent 20% of the students’ grades for the year.
Text Reference:
• Biggs, M.S., Alton; Kathleen Gregg, Ph.D.; Whitney Crispen Haagins, M.A., M.A.T.; Chris Kapicka, Ph.D.; Linda Lundgren,
M.S.; Peter Rillero, Ph.D., Biology: The Dynamics of Life, copyright 2002 by Glencoe/McGraw-Hill, Columbus, Ohio.
Updated August 2006
Unit 1: What is Biology?
Essential Questions: What are the questions and answers of biology and how are the answers learned?
Objectives – Students will be able to:
• Recognize some possible benefits from studying biology.
• Summarize the characteristics of living things.
• Compare different scientific methods.
• Differentiate among hypothesis, theory, and principle.
• Compare and contrast quantitative and descriptive research.
• Explain why science and technology cannot solve all problems.
Topic/Content Skills
Chapter 1: Biology: The Study
of Life
• The Science of Biology
• Biologists Study the Diversity
of Life
• Characteristics of Living Things
• Observing and Hypothesizing
• Experimenting
• Kinds of Research
• Science and Society
Assessment
Tests/Quizzes
Term Paper
Lab Activity
Homework
Participation
Resources
Text
Lab Material
LaserDisc
IBooks
Media Center
Lab Supplies
Instructional Method
Lecture
Discussion
Small Group Work
Individual Research
Lab Work
Tech Infusion
Internet Research
Laserdisc
Powerpoint
IBooks/Probes
VCR
SmartBoard
DVDs
NJCCCS: Unit
5.1 – A, B, C
5.3 – A, B, D
5.5 – A
Unit II: The Principles of Ecology
Essential Questions: What are the relationships and interactions that exist among organisms and their environments?
Objectives – Students will be able to:
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Distinguish between the biotic and abiotic factors in the
environment.
Compare the different levels of biological organization
and living relationships important in ecology.
Explain the difference between a niche and a habitat.
Compare how organisms satisfy their nutritional needs.
Trace the path of energy and matter in an ecosystem.
Analyze how nutrients are cycled in the abiotic and
biotic parts of the biosphere.
Explain how limiting factors and ranges of tolerance
affect distribution of organisms.
Sequence the stages of ecological succession.
Compare and contrast the photic and aphotic zones of
marine biomes.
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Identify the major limiting factors affecting distribution
of terrestrial biomes.
Distinguish among biomes.
Compare and contrast exponential and linear population
growth.
Relate the reproduction patterns of different populations
of organisms to models of population growth.
Predict effects of environmental factors on population
growth.
Relate population characteristics to population growth
rates.
Compare the age structure of rapidly growing, slowgrowing, and no-growth countries.
Hypothesize about problems that can be caused by
immigration and emigration.
Topic/Content Skills
Chapter 2: Principles of Ecology
• What is Ecology?
• Aspects of Ecological Study
• Levels of Organization in
Ecology
• Organisms in Ecosystems
• How Organisms Obtain Energy
• Matter and Energy Flow in
Ecosystems
• Cycles in Nature
• Living in the Community
• Succession: Changes over Time
• Aquatic Biomes: Life in Water
• Terrestrial Biomes
• Principles of Population Growth
• Organism Interactions Limit
Population Size
• Demographic Trends
Assessment
Tests/Quizzes
Term Paper
Lab Activity
Homework
Participation
Chapter 3: Communities and Biomes
• Living in the Community
• Succession: Changes over Time
• Aquatic Biomes: Life in the Water
• Terrestrial Biomes
Resources
Text
Lab Material
LaserDisc
IBooks
Media Center
Lab Supplies
Instructional Method
Lecture
Discussion
Small Group Work
Individual Research
Lab Work
Tech Infusion
Internet Research
Laserdisc
Powerpoint
IBooks/Probes
VCR
SmartBoard
DVDs
NJCCCS: Unit
5.1 – A, B, C
5.2 – A, B
5.3 – B, D
5.4 – A, B, C
5.5 – A, B
5.10 – A, B
Chapter 4: Population Biology
• Principles of Population Growth
• Organisms Interactions Limit Population Size
• Demographic Trends
Unit III: The Life of a Cell
Essential Question: What is the basic chemistry of life, the structure and function of cells, and cell energetics.
Objectives – Students will be able to:
• Relate the particle structure of an atom to the identity of
elements.
• Relate the formation of covalent and ionic chemical
bonds to the stability of atoms.
• Distinguish mixtures and solutions.
• Define acids and bases and relate their importance to
biological systems.
• Relate water’s unique features to polarity.
• Explain how the process of diffusion occurs and why it
is important to cells.
• Classify the variety of organic compounds.
• Describe how polymers are formed and broken down in
organisms.
• Compare the chemical structures of carbohydrates,
lipids, proteins, and nucleic acids, and relate their
importance of living things.
• Relate advances in microscope technology to
discoveries about cells and cell structure.
• Compare the operation of a compound light microscope
with that of an electron microscope.
• Identify the main ideas of the cell theory.
• Explain how a cell’s plasma membrane functions.
• Relate the function of the plasma membrane to the fluid
mosaic model.
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Understand the structure and function of the parts of a
typical eukaryotic cell.
Explain the advantages of highly folded membranes in
cells.
Compare and contrast the structures of plant and animal
cells.
Explain how the processes of diffusion, passive
transport, and active transport occur and why they are
important to cells.
Predict the effect of hypotonic, hypertonic, and isotonic
solutions on a cell.
Sequence the events of the cell cycle.
Relate the function of a cell to its organization as a
tissue, organ, and an organ system.
Describe the role of enzymes in the regulation of the
cell cycle.
Distinguish between the events of a normal cell cycle
and the abnormal events that result in cancer.
Identify ways to potentially reduce the risk of cancer.
Explain why organisms need a supply of energy.
Describe how energy is stored and released by ATP.
Relate the structure of chloroplasts to the events in
photosynthesis.
Describe light-dependent reactions.
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Explain the reactions and products of the lightindependent Calvin cycle.
Compare and contrast cellular respiration and
fermentation.
Topic/Content Skills
Chapter 6: The Chemistry of Life
• Elements
• Atoms: The Building Blocks of
Elements
• Isotopes of an Element
• Compounds and Bonding
• Chemical Reactions
• Mixtures and Solutions
• Water and Its Importance
• Diffusion
• Role of Carbon Organisms
Assessment
Tests/Quizzes
Term Paper
Lab Activity
Homework
Participation
Chapter 7: A View of the Cell
• The History of the Cell Theory
• Two Basic Cell Types
• Maintaining a Balance
• Structures of a Plasma Membrane
• Cellular Boundaries
• Assembly, Transport, and Storage
• Energy Transformers
• Structures for Support and Locomotion
Resources
Text
Lab Material
LaserDisc
IBooks
Media Center
Lab Supplies
Explain how cells obtain energy from cellular
respiration.
Instructional Method
Lecture
Discussion
Small Group Work
Individual Research
Lab Work
Tech Infusion
Internet Research
Laserdisc
Powerpoint
IBooks/Probes
VCR
SmartBoard
DVDs
NJCCCS: Unit
5.3 – A, B, C, D
5.5 – A
5.6 – A, B
Chapter 8: Cellular Transport and the Cell Cycle
• Osmosis: Diffusion of Water
• Passive Transport
• Active Transport
• Cell Size Limitations
• Cell Reproduction
• The Cell Cycle
• Interphase: A Busy Time
• The Phases of Mitosis
• Normal Control of the Cell Cycle
• Cancer: A Mistake in the Cell Cycle
Chapter 9: Energy in a Cell
• Cell Energy
• Forming and Breaking Down of ATP
• Uses of Cell Energy
• Trapping Energy from Sunlight
• Light-Dependent Reactions
• Light-Independent Reactions
• Cellular Respiration
• Fermentation
• Comparing Photosynthesis and Cellular Respiration
Unit 4: Genetics
Essential Questions: What is genetics and how does it play a role in determining the traits of organisms?
Objectives – Students will be able to:
• Analyze the results obtained by Gregor Mendel in his
experiments with garden peas.
• Predict the possible offspring of a genetic cross by
using a Punnett square.
• Analyze how meiosis maintains a constant number of
chromosomes within a species.
• Infer how meiosis leads to a variation in a species.
• Relate Mendel’s law of heredity to the events of
meiosis.
• Analyze the structure of DNA.
• Determine how the structure of DNA enables it to
reproduce itself accurately.
• Relate the concept of the gene to the sequences of
nucleotides in DNA.
• Sequence the steps involved in protein synthesis.
• Categorize the different kinds of mutations that can
occur in DNA.
• Compare the effects of different kinds of mutations on
cells and organisms.
• Interpret a pedigree
• Determine human genetic disorders that are caused by
inheritance of recessive alleles.
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Predict how a human disorder can be determined by a
simple dominant allele.
Distinguish between incompletely dominant and
codominant alleles.
Compare multiple allelic and polygenic inheritance.
Analyze the pattern of sex-linked inheritance.
Summarize how internal and external environments
affect gene expression.
Compare codominance, multiple allelic, sex-linked, and
polygenic patterns of inheritance in humans.
Distinguish among conditions in which extra autosomal
or sex chromosomes exist.
Predict the outcome of a test cross.
Evaluate the importance of plant and animal breeding to
humans.
Summarize the steps used to engineer transgenic
organisms.
Give examples of applications and benefits of genetic
engineering.
Analyze how the effort to completely map and
sequence the human genome will advance human
knowledge.
Predict future applications of the Human Genome
Project.
Topic/Content Skills
Chapter 10: Mendel and Meiosis
• Why Mendel Succeeded
• Mendel’s Monohybrid Crosses
• Phenotypes and Genotypes
• Mendel’s Dihybrid Crosses
• Punnett Squares
• Probability
• Genes, Chromosomes, and
Numbers
• The Phases of Meiosis
• Meiosis Provides for Genetic
Variation
• Mistakes in Meiosis
Assessment
Tests/Quizzes
Term Paper
Lab Activity
Homework
Participation
Chapter 11: DNA: The Molecule of Heredity
• What is DNA?
• Replication of DNA
• Genes and Proteins
• RNA
• Transcription
• The Genetic Code
• Translation: From mRNA to Protein
• Mutation: A Change in DNA
• Chromosomal Mutations
• Causes of Mutations
Resources
Text
Lab Material
LaserDisc
IBooks
Media Center
Lab Supplies
Instructional Method
Lecture
Discussion
Small Group Work
Individual Research
Lab Work
Tech Infusion
Internet Research
Laserdisc
Powerpoint
IBooks/Probes
VCR
SmartBoard
DVDs
NJCCCS: Unit
5.1 – A, B, C
5.2 – A, B
5.5 – A, B, C
5.6 – A, B
Chapter 12: Patterns of Heredity and Human Genetics
• Making a Pedigree
• Simple Recessive Heredity
• Simple Dominant Heredity
• Complex Patterns of Inheritance
• Environmental Influences
• Codominance in Humans
• Multiple Alleles in Humans
• Sex-Linked Traits in Humans
• Polygenic Inheritance in Humans
• Changes in Chromosome Numbers
Chapter 13: Genetic Technology
• Selective Breeding
• Determining Genotypes
• Genetic Engineering
• Applications of DNA Technology
• Mapping and Sequencing the Human Genome
• Applications of the Human Genome Project
Unit 5: Change Through Time
Essential Question: What are the principles of evolution and classification and how do they play a role with the other concepts of
Biology.
Objectives – Students will be able to:
• Identify the different types of fossils and how they are
formed.
• Summarize the major events of the Geologic Time
Scale.
• Analyze early experiments that support the concept of
biogenesis.
• Compare and contrast modern theories of the origin of
life.
• Relate hypotheses about the origin of cells to the
environmental conditions of early Earth.
• Summarize Darwin’s theory of natural selection.
• Explain how the structural and physiological
adaptations of organisms relate to natural selection.
• Distinguish among the types of evidence for evolution.
• Summarize the effects of the different types of natural
selection on gene pools.
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Relate changes in genetic equilibrium to mechanisms of
speciation.
Explain the role of natural selection in convergent and
divergent evolution.
Evaluate the history, purpose, and methods of
taxonomy.
Explain the meaning of a scientific name.
Describe the organization of taxa a biological
classification system.
Describe how evolutionary relationships are
determined.
Explain how cladistics reveals phylogenetic
relationships.
Compare the six kingdoms of organisms.
Topic/Content Skills
Chapter 14: The History of Life
• Early History of Earth
• History of Rocks
• The Age of a Fossil
• A Trip Through Geologic Time
• Origins: The Early Ideas
• Origins: The Modern Ideas
• The Evolution of Cells
Assessment
Tests/Quizzes
Term Paper
Lab Activity
Homework
Participation
Chapter 15: The Theory of Evolution
• Charles Darwin and Natural Selection
• Adaptations: Evidence for Evolution
• Other Evidence for Evolution
• Population Genetics and Evolution
• The Evolution of Species
• Pattern of Evolution
Chapter 17: Classification
• How Classification Began
• Biological Classification
• How Living Things are Classified
• How are Evolutionary Relationships Determined?
• Phylogenetic Classification: Models
• The Six Kingdoms of Organisms
Resources
Text
Lab Material
LaserDisc
IBooks
Media Center
Lab Supplies
Instructional Method
Lecture
Discussion
Small Group Work
Individual Research
Lab Work
Tech Infusion
Internet Research
Laserdisc
Powerpoint
IBooks/Probes
VCR
SmartBoard
DVDs
NJCCCS: Unit
5.1 – A, B, C
5.2 – A, B
5.3 - D
5.4 - A
5.5 – A, B, C
Unit 10: The Human Body
Essential Question: What are the organs and systems of the human body and how do they interact with one another?
Objectives – Students will be able to:
• Compare the makeup and functions of the dermis and
epidermis.
• Recognize the role of the skin in responding to external
stimuli.
• Outline the healing process that takes place when the
skin is injured.
• Identify the structure and functions of the skeleton.
• Compare the different types of movable joints.
• Recognize how bone is formed.
• Classify the three types of muscles.
• Analyze the structure of a myofibril.
• Interpret the sliding filament theory.
• Recognize the different functions of the organs of a
digestive system.
• Outline the pathway food allows through the digestive
tract.
• Interpret the role of enzymes in chemical digestion.
• Summarize the contribution of the six classes of
nutrients to body nutrition.
• Identify the role of the liver in food storage.
• Relate caloric intake to weight loss or gain.
• Identify the functions of some of the hormones secreted
by endocrine glands.
• Summarize the negative feedback mechanism
controlling hormone levels in the body.
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Contrast the actions of steroid and amino acid
hormones.
Analyze how nerve impulses travel within the nervous
system.
Recognize the functions of the major parts of the
nervous system.
Compare voluntary responses and involuntary
responses.
Define the role of the senses in the human nervous
system.
Recognize how senses detect chemical, light, and
mechanical stimulation.
Identify ways in which the senses work together to
gather information.
Recognize the medicinal uses of drugs.
Identify the different classes of drugs.
Interpret the effect of drug misuse and abuse on the
body.
List the structures involved in external respiration.
Explain the mechanics of breathing.
Contrast external and cellular respiration.
Distinguish among the various components of blood
and among blood groups.
Trace the route blood takes through the body and heart.
Explain how heart rate is controlled.
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Describe the structures and functions of the urinary
systems.
Topic/Content Skills
Chapter 34: Protection, Support, and
Locomotion
• Structure and Function of the
Skin
• Skin Injury and Healing
• Skeletal System Structure
• Formation of Bone
• Skeletal System Functions
• Three Types of Muscles
• Skeletal Muscle Contraction
• Muscle Strength and Exercise
Assessment
Tests/Quizzes
Term Paper
Lab Activity
Homework
Participation
Chapter 35: The Digestive and Endocrine Systems
• Functions of the Digestive System
• The Mouth
• The Stomach
• The Small Intestine
• The Large Intestine
• The Vital Nutrients
• Calories and Metabolism
• Control of the Body
• Negative Feedback Control
• Hormone Action
• Adrenal Hormones and Stress
• Thyroid and Parathyroid Hormones
Resources
Text
Lab Material
LaserDisc
IBooks
Media Center
Lab Supplies
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Explain the kidneys’ role in maintaining homeostasis.
Instructional Method
Lecture
Discussion
Small Group Work
Individual Research
Lab Work
Tech Infusion
NJCCCS: Unit
Internet Research 5.1 – A, B, C
Laserdisc
5.5 – A, B, C
Powerpoint
IBooks/Probes
VCR
SmartBoard
DVDs
Chapter 36: The Nervous System
• Neurons: Basic Units of the Nervous System
• The Central Nervous System
• The Peripheral Nervous System
• Sensing Chemicals
• Sensing Light
• Sensing Mechanical Stimulation
• Drugs Act on the Body
• Medicinal Uses of Drugs
• The Misuse and Abuse of Drugs
• Classes of Commonly Abused Drugs
• Breaking the Habit
Chapter 37: The Respiratory System
• Passageways and Lungs
• The Mechanics of Breathing
• Control of Respiration
• Your Blood: Fluid Transport
• ABO Blood Groups
• Your Blood Vessels: Pathways of Circulation
• The Heart: The Vital Pump
• Kidneys: The Body’s Janitors
• The Urinary System and Homeostasis