|
FOR SPRING 2007! BIOPHYSICS LECTURE AND LAB COURSES!
“Even though this course is being given by the Physics Department, it can be counted as upper
division credit towards the biology degree. This course would look GREAT on the transcript of
someone trying to get into medical school or graduate school or vet school.” -- Dr. James
Munger, Chair, Biology Department, Boise State University
“It covered some topics to which I’d already been exposed, but went more in-depth in some
cases. It was great to gain exposure to the AFM. I had never even heard of it before. Definitely,
Dr. Kim is by far one of the best instructors I have had at Boise State. I like his teaching style as
well as his personality, and he is very intelligent & well qualified.”— A biology major student
Biophysics is the application of physical techniques and concepts to study
biological systems. This introductory biophysics course is for biology, chemistry,
physics, and pre-health majors who have had a year of introductory physics,
chemistry, and biology. It is also for graduate students who want an introduction
to this important field. Please contact the instructor (see below) for more
information.
PHYS 307: INTRODUCTION TO BIOPHYSICS (3-3-3)(S). Application of physical
principles and techniques to the study of biological systems. Lectures stress examples
relevant to basic cell chemistry and biosynthesis, to cellular and molecular biology and to
biomedical research. Topics include introductions to biomolecular interactions, reaction
kinetics, DNA and RNA, proteins, biological membranes and ion-channel, cytoskeleton,
nerve systems, and single molecular nano/biophysics techniques. PREREQ: PERM/INST
(Recommended: BIOL 191, CHEM 112, MATH 160, PHYS 112 or 212.)
PHYS 307L: INTRODUCTION TO BIOPHYSICS LAB (0-3-1)(S). Labs for
Introduction to Biophysics emphasizes single molecular biophysics. Topics includes
atomic force microscopy, gel electrophoresis, electron spin resonance, electron
microscopy, scanning tunneling microscopy, fluorescence spectroscopy, single molecular
force spectroscopy for biomolecular recognitions (e.g. ligand-receptor, antibody-antigen,
and enzyme-inhibitor interactions), cell-surface interactions and computational
calculation using molecular dynamics.
|