Molecular
Cell
Physiology (BIO 4454/5454) is a study of the molecular and physiological aspects
of cell life. Topics include cell dynamics, protein structure and
function, nucleic acids, recombinant DNA technology, subcellular organization,
photosynthesis, respiration, integrated metabolism, transport, and
differentiation. The course consists of lecture and laboratory integrated
into six hours per week; length of laboratory sessions varies with weekly
topics.
| word | Molecular Cell Physiology (BIO 4454/5454) Syllabus for Spring 2008 |
Pictures from Previous Cell Physiology Classes
Pictures from the Spring 2007 Molecular Cell Physiology Class
Pictures from the Spring 2006 Molecular Cell Physiology Class
Pictures from the Spring 2005 Molecular Cell Physiology Class
Pictures from the Spring 2004 Cell Physiology Class
Pictures from the Fall 2003 Cell Physiology Class
Pictures from the Most Recent Cell Physiology Class
Billy and JT examine onion tissue treated for DNA extraction
JimTodd shows his inquisitive expression about the likelihood of success
DeAnn is confident that DNA will be obtained
Bincy comes up with a marvelous idea for centrifuging the sample
Beth explains that her passion in life is to become one with a DNA molecule
Cody escorts the secret DNA papers to the front of the lab
Billy figures out that the Molecular Cell Physiology Class is a great place to get a study partner
Renee confesses that she has a crush on JimTodd after seeing his great skill with agarose gels
Elizabeth and Yavar are as excited as can be about the microcentrifuge tube
JimTodd shows everyone how to load an agarose gel
Group #1 celebrates success in helping the class to extract DNA from an onion
Tanya, Jennifer, Elizabeth, and Yavar provide an exciting presentation
The race to the microcentrifuge!
Billy shows the class that he is KING of the SDS-PAGE gel rack
Group #2 celebrates success in helping the class to obtain a good SDS-PAGE gel
DeAnn shows great skill in grinding tissues to obtain the enzyme extract
A good enzyme extract is obtained
Kristi, Tim, and Beth show off their standard proteins