Biology

BIOLOGY

Unless stated otherwise, the minimum grade acceptable in all course prerequisites is a C-.

In some cases, course prerequisites may be waived by an instructor. Students will need the instructor’s written permission for waiver of a prerequisite.

The actual contact hours for all courses in the Natural Sciences department are shown as follows: (lecture hours, tutorial or seminar hours, lab hours). For example, a lecture-only course would be (4,0,0), a lecture and lab course would be (4,0,3), a lab only would be (0,0,3), a lecture with a tutorial would be (4,2,0).

If you are not adequately prepared for the 100-level courses then you should consider the College Preparatory courses.

BIO 071 (See Science course descriptions )

BIO 083 (Biology 11):
Pre-College Biology I (4,0,3) 4 credits

Prerequisites: SCI 071, Science 10

Corequisite: CHEM 083 recommended

Transferability: none

This is a pre-college level course designed for students who intend to enter university studies, health sciences, or technology courses. Topics include ecology as it relates to current environmental problems; cell structure, function and reproduction; and overview of simple organisms, such as algae, and their relationship to advanced life forms of plants and animals.

An important component of the course is a series of laboratory sessions which reinforces classroom topics. A field trip is included as a course requirement.

BIO 093 (Biology 12):
Pre-College Biology II (4,0,3) 4 credits

Prerequisites: BIO 083 or BIO 11

Transferability: none

A continuation of BIO 083. Chemical and molecular aspects of biology are introduced; mammalian body systems are investigated in detail. An investigation of energy exchanges, genetics, and developmental concepts. Offers some insight into current concerns such as genetic diseases, genetic engineering, cancer, and tissue manipulation. Course requirements include several laboratory sessions.

BIO 101
General Biology I (3,1,3) 4 credits

Prerequisites: none

Transferability: SFU, UVic, OU, TWU

For majors in biology and for career programs such as dentistry, education, forestry, medicine, agriculture, etc., that require a rigorous treatment of current concepts in biology. The course will emphasize the molecular and cellular basis of life, biochemical processes, cellular structure and function, genetics, and evolution.

BIO 102
General Biology II (3,1,3) 4 credits

Prerequisites: BIO 101 recommended

Transferability: SFU, UVic, OU, TWU

For majors in biology and for career programs such as dentistry, education, forestry, medicine, agriculture, etc., that require a rigorous treatment of current concepts in biology. The course continues the study began in Biology 101. This half of the course will emphasize biological diversity, plant structure and function, animal form and function, and the principles and concepts of ecology.

BIO 105:
Human Biology (4,0,3) 4 credits

Prerequisites: none

Transferability: UBC, SFU, UVic, OU, TWU

For non-science students with an interest in the human organism. The course deals with human evolution, behaviour, ecology, physiology, nutrition, reproduction, and genetics in lectures and laboratory. Some universities grant science credit toward Arts degrees. Not for Science majors.

BIO 111:
Introductory Biology I (3,1,3) 4 credits

Prerequisites: Biology 12 and Chemistry 11, or instructor’s permission

Transferability: UBC, SFU, UVic, OU, TWU

BIO 112:
Introductory Biology II (3,1,3) 4 credits

Prerequisite: BIO 111, or instructor’s permission

Transferability: UBC, SFU, UVic, OU, TWU

Continues the study begun in BIO 111 of the principles of biology. This course includes a study of the interaction of organisms with one another and with their physical environment as they relate to the anatomy and physiology of plant and animal systems, and the diversity of life on the planet.

BIO 201:
Cell Biology I (3,0,3) 4 credits

Prerequisites: BIO 112, or (BIO 101 and 102) with a “B” or higher

Corequisites: CHEM 211

Transferability: UBC, SFU, UVic, OU, TWU

A study of the structure, function, and the biochemistry of cellular components. Topics include biochemistry of carbohydrates, lipids, proteins and nucleic acids; enzymes; membranes; mitochondria, and energetics.

BIO 202:
Cell Biology II (3,0,3) 4 credits

Prerequisites: BIO 201 and CHEM 211

Corequisites: CHEM 212

Transferability: UBC, SFU, UVic, OU, TWU

A continuation of the study of the structure, function, and biochemistry of cellular components. Topics include chloroplast, nucleus, genes and gene regulation, cytogenetics, golgi, lysosomes, microbodies, cell movements, the cell cycle, and cell division.

BIO 203:
Microbiology I (3,0,3) 4 credits

Prerequisites: BIO 112, or BIO 101 and 102 with a “B” or higher; and CHEM 112 or CHEM 101 and CHEM 102 with a “B” or better.

Transferability: UBC, SFU, UVic, OU, TWU

An introduction to modern microbiology; provides a base in the fundamentals of microbial structure, bioenergetics, growth, and genetics, predominately by considering bacteria and viruses.

BIO 204:
Microbiology II (3,0,3) 4 credits

Prerequisites: BIO 203

Transferability: UBC, SFU, UVic, OU, TWU

A continuation of the study of modern microbiology, concentrating more on applied aspects by first establishing essential concepts in immunology and pathogenicity, then examining the role of micro-organisms in medicine, veterinary science, industry and agriculture.

BIO 210:
Introduction to Ecology (3,1,3) 4 credits

Prerequisites: BIO 112 or (BIO 101 and 102) with a “B” or higher

Transferability: UBC, SFU, UVic, OU , TWU

An introduction to the basic principles of ecological theory relating to the structure and function of ecosystems. This course includes field trips. A required overnight, weekend field trip will be held on the third weekend of the fall semester.

BIO 220:
Genetics (3,0,3) 4 credits

Prerequisites: BIO 112 or (BIO 101 and 102) with a “B” or higher

Transferability: UBC, SFU, UVic, OU, TWU

An introductory genetics course dealing with the principles and concepts of transmission of genetic information in all living organisms.

BIO 301:
Anatomy and Physiology of Invertebrates (3,0,3) 4 credits

Developed in partnership with Simon Fraser University

Prerequisites: BIO 201 and 202, BIO 220

This course deals with physiological and anatomical adaptations of select invertebrate animals with an emphasis on principles of functional morphology. Life history, feeding and nutrition, respiration, excretion, reproduction, and development will be studied. This course includes a required overnight, weekend field trip.

BIO 303:
Anatomy and Physiology of Plants I (3,0,3) 4 credits

Developed in partnership with Simon Fraser University

Prerequisites: BIO 201 and 202, BIO 220

A study of the relationship of plant structure and function. Emphasis is placed on modern interpretation of anatomical adaptations for nutrient and energy acquisition and transport of assimilated material. Laboratories are an integral part of the course.

BIO 304:
Anatomy and Physiology of Plants II (3,0,3) 4 credits

Developed in partnership with Simon Fraser University

Prerequisite: BIO 303

This course looks at changes in anatomy and function during the plant life cycle. In lecture and laboratory, we will look at how plants perceive the environment. We will follow how they respond anatomically and physiologically to environmental signals and stresses.

BIO 305:
Anatomy and Physiology of Vertebrates I (3,0,3) 4 credits

Developed in partnership with Simon Fraser University

Prerequisites: BIO 201 and 202

This course deals with physiological and anatomical adaptations of select vertebrate animals with an emphasis on basic physiological concepts and structure/function relationships within the vertebrate body plan.

BIO 306:
Anatomy and Physiology of Vertebrates II (3,0,3) 4 credits

Developed in partnership with Simon Fraser University

Prerequisite: BIO 305

A continuation of the comparative anatomy and physiology of the vertebrates. Organ systems covered in this course include endocrine, digestive, excretory, reproductive, and lymphatic/immune.

BIO 312:
Developmental Biology (3,1,0) 3 credits

Developed in partnership with Simon Fraser University

Prerequisites: BIO 201 and 202, BIO 220

Embryonic development is studied at various levels: organismal, cellular, molecular and genetic. Both classical and modern experimental approaches using several model species will be described.

BIO 320:
Biochemistry (3,0,0) 3 credits

Developed in partnership with Simon Fraser University

Prerequisites: BIO 201 and 202

This course deals with the structures, function and metabolic interactions of lipids, steroids, vitamins, nucleotides, nucleic acids, and amino acids. DNA replication, transcription, and protein synthesis as well as regulatory aspects of these processes will also be discussed.

BIO 325:
Introductory Medical Microbiology 4 credits

Prerequisites: BIO 201, BIO 203

Corequisites: BIO 202

The course focuses on the relationship between human health and microbes. The functioning of the immune system, the normal human flora, and diseases caused by microbial pathogens will be studied.

BIO 330:
Plants and Animals of British Columbia (3,0,3) 4 credits

Prerequisites: BIO 210 or instructor’s permission

Corequisites: None

An introduction to some of the most common species of plants, birds, and mammals of British Columbia. Through lecture, laboratory experience, and field trips, students will learn systematic identification of major groups of organisms. The biology of organisms will be discussed with respect to their specific environment. Students will be expected to take part in a weekend field trip.

BIO 401:
Molecular Biology I (3,2,0) 3 credits

Developed in partnership with Simon Fraser University

Prerequisites: BIO 201 and 202 , BIO 220, CHEM 211 and 212

A study of advanced problems and concepts on topics such as cell organization, cell function, and the control of cell division and growth. Students will be required to participate in class seminars designed to analyze the recent scientific literature on topics related to the molecular biology of cells.

BIO 402:
Molecular Biology II (3,2,0) 3 credits

Developed in partnership with Simon Fraser University

Prerequisite: BIO 401

A study of advanced problems and concepts on topics such as abnormal cell growth, the molecular basis of immunity, and the molecular biology of the nervous system. Students will be required to participate in class seminars designed to analyze the recent scientific literature on topics related to the molecular biology of cells.

BIO 406:
Advanced Genetics (3,0,0) 3 credits

Developed in partnership with Simon Fraser University

Prerequisites: BIO 220 and one of the following: MATH 104, 106, 270 or PSYC 201

This course provides for a detailed discussion of the molecular basis and practical aspects of genetic recombination and mutation. The influence of genetic change through mutation and recombination on populations and quantative traits will also be discussed.

BIO 408:
Directed Studies in Biology I 3 credits

Developed in partnership with Simon Fraser University

Prerequisites: B+ average (recommended for September 2000, required for September 2001) in BIO 202, BIO 210, BIO 220, and permission of instructor required

The course is designed for students pursuing a biology major or minor. Students will have an opportunity to apply scientific principles in a creative hands-on research experience outside the usual course format. Students will develop their own projects in biology under the supervision of a faculty member with expertise in the field. BIO 408 is designed to accommodate projects that are equivalent in weight and difficulty to a single upper-level course.

Students enrolled in biology majors and minors will receive credit for only one of BIO 408 or BIO 409.

BIO 409:
Directed Studies in Biology II 6 credits

Developed in partnership with Simon Fraser University

Prerequisites: B+ average (recommended for September 2000, required for September 2001) in BIO 202, BIO 210, BIO 220, and permission of instructor required

BIO 409 is similar to BIO 408, but is designed to accommodate more ambitious projects.

Students enrolled in biology majors and minors will receive credit for only one of BIO 408 or BIO 409.

BIO 416:
Evolution (3,0,0) 3 credits

Developed in partnership with Simon Fraser University

Prerequisites: BIO 210 and BIO 220 or instructor’s permission

An investigation of the mechanisms and processes of the evolution of biological organisms. The history and development of evolutionary thought and contemporary issues are discussed.

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