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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.

[ Lecture Notes ] [ DNA Lab Results ] [ Protein Lab Results ] [ Enzyme Lab Results ] [ Transformation Lab Results ] [ PCR Lab Results ] [ PowerPoint Presentations from Textbook (6th Edition) ] [ Answers to End-of-Chapter Questions (6th Edition) ] [ Student Presentations F2002 ] [ Student Presentations F2003 ] [ Student Presentations S2004 ] [ Student Presentations S2005 ] [ Pictures Fall 2003 ] [ Pictures Spring 2004 ] [ Pictures Spring 2005 ] [ Pictures Spring 2006 ] [ Pictures Spring 2007 ] [ Pictures Spring 2009 ]

Pictures from Previous Cell Physiology Classes

Pictures from the Spring 2009 Molecular Cell Physiology Class

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

Group picture from the SDS-PAGE Experiment

Rory, Group #4 Research Leader, lectures to the class

Tony, Jordan, and Audrey read over protocol for transformation lab

Natalia, Lauren, and Adrienne getting ready for transformation lab

Jessica, Marcie, and Amber prepare for streaking plates

Kelli streaks plates with transformed bacteria

Quenton shows his own special technique for steaking plates

Group #4 Results - is expected from the transformation lab

Leigh relaxes after group samples DNA for PCR lab

Natalia and Jamie work together to prepare samples for the thermocycler

Class loads samples into the thermocycler for DNA amplification