Here are our suggestions for doing well in BMB:
 |
 |
 |
 |
 |
 |
 |
|
 |
 |
Study
Biochemistry is a challenging and fascinating field that integrates numerical analysis, inorganic chemistry, organic chemistry, physics, physical chemistry, biology, molecular genetics, DNA and protein sequence analysis, structural biology, bioinformatics, genomics and computer-based molecular modeling.To become a talented and successful biochemist, therefore, requires that you acquire and accumulate many skills. Algebra and calculus prepare a student for the quantitative techniques used in inorganic chemistry, chemical quantitative analysis, calculus-based physics and physical chemistry. Organic chemistry provides the tools for understanding enzymatic reactions, which are the foundation of biochemistry.
Biochemists wish to describe living systems in terms of molecular interactions, molecular structures and dynamic functions of macromolecules. They wish to incorporate these detailed studies into a broader biological context to fully rationalize molecular mechanisms in terms of the health and function of the intact living organism. In this way, biochemical and molecular research can be used as instruments for improving human health and advancing agriculture.
Do Research - Network
One strategy to shrink the size of a huge research university like MSU is to get a job working in a laboratory. This will give you the opportunity to develop a professional relationship with a faculty mentor and with scientific colleagues. A faculty mentor with a high opinion of you is an essential reference when you leave MSU to enter graduate school, professional school or industry. Scientists are passionate about their work and about education. They are compelling and interesting people, so working in a laboratory will make school enriching and more fun.More job and internship information can be found at College of Natural Science Career Resources, and on our Undergraduate home page "Careers" link.
Joining the BMB Undergraduate Club is a great way to meet like-minded students and also learn of their laboratory and internship experiences.
Know thyself
Learn your own major interests and talents in biochemistry, molecular biology and related fields. Use your experience as an undergraduate to determine the best ways to apply your education to your future life and goals.Develop Computer Skills
Computer skills are highly prized in the modern biological sciences for data analysis and presentation. Physical biochemistry, structural biology, bioinformatics and genomics are fields that are highly dependent on computer-based data analysis and scientific graphics. In any career in science, the ability to present data professionally and artistically is essential. Web use and design, DNA and protein sequence analysis, computation and programming are other useful and marketable talents to develop as an undergraduate.The Macromolecular Computer Facility is located in the Biochemistry building.
Develop Presentation Skills
At every opportunity, develop your skills in scientific graphics, poster presentation, web design and public speaking. These skills will serve you well in any career you choose. There are many opportunities to hone these skills as an undergraduate in the Department of Biochemistry and Molecular Biology. Each Spring the department sponsors a Poster Session which prepares students for the University Undergraduate Research and Arts Forum.