BIOL-367 Population Genetics

Faculty:

Hamilton, Matthew

What processes shape genetic variation and genetic diversity and what patterns do we expect in genetic systems? The answer to this question will be sought in a broad examination of genetic principles that operate during the course of evolutionary change. Topics covered include genetic drift, inbreeding, effective population size, gene flow, natural selection, quantitative genetics, and molecular evolution. This course stresses computer simulation as a learning tool and seeks to illuminate connections among Hardy-Weinberg systems, continuous trait genetics, and molecular genetics. The laboratory sessions will cover practical applications including genetic hypothesis testing, computer simulations, and forensic DNA typing. Prerequisite: BIOL-152.

Credits: 4

Prerequisites: BIOL-152; and at least one of BIOL-251, BIOL-280 or BIOL-360

Other academic years
There is information about this course number in other academic years:

• 2004-2005 Fall and Spring
• 2005-2006 Fall and Spring
• 2006-2007 Fall and Spring
• 2007-2008 Fall and Spring
• 2008-2009 Fall and Spring
• 2010-2011 Fall and Spring
• 2011-2012 Fall and Spring
• 2012-2013 Fall and Spring
• 2013-2014 Fall and Spring

More information
Look for this course in the schedule of classes.

The academic department web site for this program may provide other details about this course.