The techniques of gel electrophoresis, restriction enzyme mapping, PCR, and use of a molecular biology software program are applied to the study of bacterial plasmids and mammalian genes. The course includes extensive hands-on laboratory work, as well as the writing of in-depth reports. This is a communication-intensive course.
Spring | Summer | Fall | ||
---|---|---|---|---|
(Session 1) | (Session 2) | |||
2023 |
Molecular Biology Lab (6c) [CI]
|
Molecular Biology Lab (6c) [CI]
|
||
2022 |
Molecular Biology Lab (6c) [CI]
|
Molecular Biology Lab (6c) [CI]
|
||
2021 |
Molecular Biology Lab (6c) [CI]
|
Molecular Biology Lab (6c) [CI]
|
||
2020 |
Molecular Biology Lab (6c) [CI]
|
Molecular Biology Lab (6c) [CI]
|
||
2019 |
Molecular Biology Lab (6c) [CI]
|
Molecular Biology Lab (6c) [CI]
|
||
2018 |
Molecular Biology Lab (6c) [CI]
|
Molecular Biology Lab (6c) [CI]
|
||
2017 |
Molecular Biology Lab (4c) [CI]
|
|||
2016 |
Molecular Biology Lab (4c) [CI]
|
|||
2015 |
Molecular Biology Lab (4c) [CI]
|
|||
2014 |
Molecular Biology Lab (4c) [CI]
|
|||
2013 |
Molecular Biology Lab (4c) [CI]
|
|||
2012 |
Molecular Biology Lab (4c) [CI]
|
|||
2011 |
Molecular Biology Lab (4c) [CI]
|
|||
2010 |
Molecular Biology Lab (4c) [CI]
|
|||
2009 |
Molecular Biology Lab (4c) [CI] [WI]
|
|||
2008 |
Molecular Biology Lab (4c) [CI] [WI]
|
|||
2007 |
Molecular Biology Lab (4c) [CI] [WI]
|