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BI 226

Molecular Biology and Genetics

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Concepts and principles of transmission (Mendelian) genetics and population genetics, using analysis and interpretation of genetic examples and situations to illustrate how genes are inherited, the resultant phenotypes and the effects of gene interactions. The underlying principles of genetics will be extended to a discussion of the flow of genetic information in the cell. Topics will include the molecular biology of DNA replication, transcription and translation. Prerequisites: BI111 Exclusions: HS206 Notes: 3 lecture hours

Concepts and principles of transmission (Mendelian) genetics and population genetics, using analysis and interpretation of genetic examples and situations to illustrate how genes are inherited, the resultant phenotypes and the effects of gene interactions. The underlying principles of genetics will be extended to a discussion of the flow of genetic information in the cell. Topics will include the molecular biology of DNA replication, transcription and translation. Prerequisites: BI111 Exclusions: HS206 Notes: 3 lecture hours

100%Liked

Easy

40%

Useful

60%

1 ratings

Concepts and principles of transmission (Mendelian) genetics and population genetics, using analysis and interpretation of genetic examples and situations to illustrate how genes are inherited, the resultant phenotypes and the effects of gene interactions. The underlying principles of genetics will be extended to a discussion of the flow of genetic information in the cell. Topics will include the molecular biology of DNA replication, transcription and translation. Prerequisites: BI111 Exclusions: HS206 Notes: 3 lecture hours

BI 226 Prerequisites

BI 111 (Min. Grade D-)

BI 226 Leads To

BI 326, BI 336, BI 341, BI 374, BI 302, BI 426, CH 454

BI 226 Restrictions

Must be enrolled in one of the following Levels:

Undergraduate (UG)

Must be enrolled in one of the following Majors:

Applied Water Science (AWSC)

Biochem & Biotech with Thesis (BBTH)

Biochemistry and Biotechnology (BCBT)

Biology (BIOL)

Environmental Science (EVSC)

Psychology and Neuroscience (PSNC)

Course Reviews

A lot of information to memorize and the online format helps with that. It has assignments, weekly quizzes and multiple midterms: a heavy course in terms of workload., easy in terms of execution.

Easy

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Liked

— Psychology and Neuroscience (BSc) student, taught by Robert P Boulianne

BI 226

Molecular Biology and Genetics

100%Liked

Easy

40%

Useful

60%

1 ratings

Concepts and principles of transmission (Mendelian) genetics and population genetics, using analysis and interpretation of genetic examples and situations to illustrate how genes are inherited, the resultant phenotypes and the effects of gene interactions. The underlying principles of genetics will be extended to a discussion of the flow of genetic information in the cell. Topics will include the molecular biology of DNA replication, transcription and translation. Prerequisites: BI111 Exclusions: HS206 Notes: 3 lecture hours

Concepts and principles of transmission (Mendelian) genetics and population genetics, using analysis and interpretation of genetic examples and situations to illustrate how genes are inherited, the resultant phenotypes and the effects of gene interactions. The underlying principles of genetics will be extended to a discussion of the flow of genetic information in the cell. Topics will include the molecular biology of DNA replication, transcription and translation. Prerequisites: BI111 Exclusions: HS206 Notes: 3 lecture hours

100%Liked

Easy

40%

Useful

60%

1 ratings

Concepts and principles of transmission (Mendelian) genetics and population genetics, using analysis and interpretation of genetic examples and situations to illustrate how genes are inherited, the resultant phenotypes and the effects of gene interactions. The underlying principles of genetics will be extended to a discussion of the flow of genetic information in the cell. Topics will include the molecular biology of DNA replication, transcription and translation. Prerequisites: BI111 Exclusions: HS206 Notes: 3 lecture hours

Course Schedule