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Biophysics

MAJORS

Biophysics

THE DISCIPLINE:

Biophysics is the use of physics, chemistry, mathematics, and biology to investigate the physical basis of life. Upper-division courses require synthesis and integration of information from many areas of science to allow understanding of such processes as protein folding, function of ion channels, and how the nervous system works.

 
CAREER OPPORTUNITIES:

A major in biophysics prepares students to pursue advanced degrees in the biological sciences. This major also provides outstanding preparation for students seeking admittance into professional programs. Graduates of this program will also

have the academic and laboratory skills necessary for direct employment in medical, biotechnological, and pharmaceutical industries. Biophysicists whose primary interest is research often work in government agencies, such as the National Institutes of Health, NASA, and the Departments of Agriculture or Defense. Many new positions have been created in industry as a result of recent developments in molecular biophysics and molecular biology. Regardless of the setting, biophysicists generally work in groups with people with different backgrounds, interests, and abilities who collaborate to solve common problems.

 
RESEARCH AREAS:

Students majoring in biophysics have the opportunity to become involved in laboratory research with the faculty. Funding for this research comes from such sources as the National Institutes of Health, and National Science Foundation.  Research topics such as the following are being investigated:

• Molecular modeling and regulation of voltage-gated ion channels.

• Biophysics of membrane structure and function.

• Molecular and functional characterization of ligand-gated ion channels in the central nervous system.

• Molecular mechanisms of neurotransmitter release.
 
MENTORED EXPERIENCE:

This involves working closely with a faculty member doing research in biophysics (PDBio 494R and 495R).

 
FINANCING:

Various private, federal, and university sources of scholarships, fellowships, and grants are available. Most faculty have grant funds to hire undergraduates to help with their research.  Advanced undergraduates may be hired to teach labs or help sections for PDBio courses.

 
HONORARY SOCIETIES & CLUBS:

Membership in the Premedical or Predental Clubs, as well as service on the Student Council of the College of Biology & Agriculture, promotes fellowship among students and develops professionalism.

 
Classes
 
Complete the following life sciences core
courses:
Bio 420 Evolutionary Biology
MMBio 240* Molecular Biology
MMBio 241 Molecular & Cellular Biology Lab
PDBio 120 Science of Biology
PDBio 360 Cell Biology

PWS 340* Genetics

 

Complete the following chemistry courses:

Chem 105* General College Chemistry

Chem 106 General College Chemistry

Chem 107 General College Chemistry Lab

Chem 351 Organic Chemistry
Chem 352 Organic Chemistry
Chem 353 Organic Chemistry Lab-Nonmajor
(1 hour required)
Chem 462 Physical Chemistry
Chem 481 Biochemistry 1
 
Complete one of the following courses:
Chem 461 Physical Chemistry
Chem 468 Biophysical Chemistry
 
Complete the following:
Math 112 Calculus 1
Math 113 Calculus 2
Phscs 121 Principles of Physics 1
Phscs 123 Principles of Physics 2
Phscs 140 Electronics Lab
Phscs 220 Principles of Physics 3
 
Complete the following major core courses:
PDBio 362 Advanced Physiology
PDBio 363 Advanced Physiology Laboratory
PDBio 455R PDBio Seminar
 
Complete the following capstone course:
PDBio 568 Cellular Electrophysiology and
Biophysics

 

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