Ask to Study - Ask your questions about online degrees

Doctor's degree Biochemistry Bioorganic Chemistry - Brandeis University

Ask your questions about this Campus Ph.D program from Brandeis University




Doctor's degree Biochemistry Bioorganic Chemistry Ph.D from Brandeis University details


Program Format: Campus Program Level: Ph.D

Doctor's degree Biochemistry Bioorganic Chemistry from Brandeis University is a Campus Ph.D Biology degree that prepares you for a Science career. Bioorganic chemistry describes the junction where chemical techniques solve biological questions and biological systems address chemical problems. It is here that the most important advances in both chemistry and biology are likely to occur, and where the demand for trained scientists will be greatest. The Bioorganic Chemistry Track in the Biochemistry Program is designed to ensure that the training of graduate students encompasses the multidisciplinary nature of modern biological and chemical research. An important strength of the Bioorganic Track is that much of the present revolution in bioorganic chemistry has been pioneered at Brandeis. Mechanism-based inhibition of enzymes, the chemical basis of enzyme catalysis, X-ray crystallography and NMR determination of protein structure, and bioorganic synthesis are some of the fields in which our faculty have made important contributions. The Bioorganic Track follows the same general format as the Graduate Program in Biochemistry. Students complete four laboratory rotations and four core courses during the first academic year, choosing thesis advisors at the conclusion of the rotations. Students must pass a qualifying exam during the summer between their first and second years. Typically students will serve as teaching assistants during their second year, and will take four advanced courses during the second to fourth years. However, unlike the usual Biochemistry degree , to receive a Ph.D. with a specialization in Bioorganic Chemistry students must choose their electives from a defined set of Chemistry courses. Students are required to pass a comprehensive exam at the end of their second year. Finally, each student must present a dissertation describing an original research investigation. View more details on Brandeis University . Ask your questions and apply online for this program or find other related Biology courses.

If you are interested in appling online for this Doctor's degree Biochemistry Bioorganic Chemistry degree, this Google search for Brandeis University might help.

Brandeis University details


Brandeis University address is 415 South St, Waltham, Massachusetts 02454-9110. You can contact this school by calling (781) 736-2000 or visit the college website at www.brandeis.edu/ .
This is a 4-year, Private not-for-profit, Research Universities (very high research activity) according to Carnegie Classification. Religion Affiliation is Not applicable and student-to-faculty ratio is 10 to 1. The enrolled student percent that are registered with the office of disability services is 8% .
Awards offered by Brandeis University are as follow: Bachelor's degree Postbaccalaureate certificate Master's degree Doctor's degree - research/scholarship.
With a student population of 5,828 (3,504 undergraduate) and set in a City: Small, Brandeis University services are: Remedial services Academic/career counseling service Employment services for students Placement services for completers . Campus housing: Yes.
Tuition for Brandeis University is . Type of credit accepted by this institution Advanced placement (AP) credits . Most part of the informations about this college comes from sources like National Center for Education Statistics


More Resources:

Here you have more valuable resources related to this Brandeis University program. You can discover more about Doctor's degree Biochemistry Bioorganic Chemistry or other closely related Biology topics on the next external pages :

Ups, we didn't find any question about Doctor's degree Biochemistry Bioorganic Chemistry on our external sources. Why don't you ask one yourself?