LOWER LEVEL CORE REQUIREMENTS:
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UPPER
LEVEL CORE REQUIREMENTS:
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All of: |
All of: |
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q
MBB 221-3
Cell Biology and Biochemistry |
q
MBB 308-3 Molecular
Biology & Biochemistry Lab I |
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q
MBB 222-3
Molecular Biology and Biochemistry |
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MBB 309-3 Molecular
Biology & Biochemistry lab II |
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q
Bisc 101-4
General Biology |
q
MBB 321-3 Intermediary
Metabolism |
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q
Bisc 102-4
General Biology |
q
MBB 322-3 Molecular
Physiology |
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q
Bisc 202-3
Genetics |
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MBB 331-3 Molecular
Biology |
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q
Chem 121-4
General Chemistry and Laboratory I |
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Chem 360-3 Chemical
Kinetics and Thermodynamics |
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q
Chem 122-2
General Chemistry II |
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MBB 432-3 Advanced Molecular Biol. Techniques |
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q
Chem 126-2
General Chemistry Laboratory II |
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Chem 215-4
Introduction to Analytical Chemistry |
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Chem 281-4
Organic Chemistry I |
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Chem 282-2
Organic Chemistry II |
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Chem 286-2
Organic Chemistry Laboratory II |
A minimum of 4 courses from the following list
which must include a minimum of one of the courses indicated by
# and a minimum of one of the courses indicated by * (you may take as
many as you want) |
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One of: |
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q
Math 151-3
Calculus I |
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q
Math 154-3
Calculus I for the Biological Sciences |
q
MBB 402-3
Molecular Genetics |
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One of: |
q
MBB 403-3
Physical Biochemistry |
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q
Math 152-3
Calculus II |
q
MBB 412-4
Enzymology |
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q
Math 155-3
Calculus II for the Biological Sciences |
q
MBB 420-3
Special Topics in Biochemistry |
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One of: |
q
MBB 421-3 Nucleic
Acids # |
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q
Phys 101-3
General Physics I |
q
MBB 422-3
Biomembranes # |
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q
Phys 120-3
Modern Physics and Mechanics |
q
MBB 423-3
Protein Structure and Function # |
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One of: |
q
MBB 426-3
Immunology |
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q
Phys 102-3
General Physics II |
q
MBB 435-3 Genomic
Analysis * |
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q
Phys 121-3
Optics, Electricity and Magnetism |
q
MBB 436-3
Gene Expression |
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One of: |
q
MBB 437-3
Molecular Genetics of Signal Transduction |
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q
Cmpt 101-4
Introduction to Computer Programming |
q
MBB 438-3
Human Molecular Genetics |
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q
Cmpt 102-3
Intro to Scientific Computer Programming |
q
MBB 440-3
Special Topics in Molecular Biology |
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q
Cmpt 110-3 Event-Driven Programming in Visual Basic |
q
MBB 441-3
Bioinformatics * |
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One of: |
q
MBB 442-3
Proteomics * |
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q
Math 310-3
Intro to Ordinary Differential Equations |
q
MBB 443-3
Protein Biogenesis and Degradation # |
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q
Stat 201-3
Statistics for the Life Sciences |
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Recommended Upper Division Electives: |
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Electives: 9 credit hours of the 120
total must be electives from outside the Faculty of Science and 6 of these
credit hours must be electives from the Faculty of Arts. Can be upper or lower division courses. |
q
Bisc 303-3
Microbiology |
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q
Bisc 333-3
Developmental Biology |
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q
Bisc 403-3
Advanced Cell Biology |
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q
MBB 491-5
Undergraduate Research |
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q
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q
Chem 333-3
Inorganic Chem of Biol. Processes |
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q
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q
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Minors: All
lower division core requirements plus any five upper division MBB courses. |
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Honours Requirements: In addition to fulfilling
the MBB Major requirements, honours students must complete an Individual
Study Semester (ISS) over one (MBB 493-15) or two semesters (MBB 491-5 and
MBB 492-10). Honours students must also complete a total of
132 credit hours. Of the 132 credit
hours, 60 must be upper division credits (and includes the ISS). |
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q
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q
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q
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q
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MBB 493-15 Individual
Study Semester |
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q
MBB 491-5 Undergraduate
Research |
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q
MBB 492-10 Individual
Study Semester |