Major Requirements
The Biochemistry and Molecular Biology program offers students the opportunity to study life processes at the molecular level and gain an understanding of biological organisms from a chemical and physical basis.
-
Bachelor of Science
The Bachelor of Science Degree
Note: A grade of C- (1.7) or better is required in each chemistry and biology course applied toward the major.
14.75 units, including:
BIOL199 Introduction to Biological Thinking or BIOL192 Science Math and Research Training with Laboratory
BIOL200Integrated Biological Principles I
BIOL202 Integrated Biological Principles II
BMB300 Junior Seminar
CHEM141 Chemistry: Structure, Thermodynamics, and Kinetics
CHEM309 Physical Chemistry
CHEM324 Experimental Biochemistry
CHEM325 Experimental Biophysical Chemistry
CHEM326 Biochemistry
One Macromolecular Structure and Function course, chosen from:
One Gene Regulation course, chosen from:
BIOL307 Advanced Cell and Molecular Biology
BIOL312 Developmental Biology with Lab
BIOL313 Bacterial Pathogenesis
BIOL314 Molecular Biology
BIOL322 Cancer Biology and Tumorigenesis with Lab
BIOL324 Molecular Virology
BIOL327 Genetics of Biodiversity
BIOL340 Introduction to Immunology
BIOL342 Neurodevelopment
BIOL343 Neurobiology
BIOL351 Special Topics: Advanced Genetics
BIOL354 Biological Basis of Neurodegenerative Diseases w/ Lab
Two senior seminars, to include the presentation of a research topic, chosen from:
MATH212 Calculus II
PHYS131 Calculus-Based General Physics 1 with Lab
PHYS132 Calculus-Based General Physics 2 with Lab
The above courses plus one additional approved upper level biology or chemistry elective and an approved research experience (BIOL406 or CHEM406 or 1 unit in BIOL394 or BIOL395 or CHEM320 or CHEM321) that culminates in a written report or poster presentation to give a total of 15-16 units.
For Either Degree
Additional upper-level elective courses in chemistry and biology are highly recommended. Students wishing to double major in biochemistry and molecular biology and either chemistry or biology are required to use upper-level electives for only one degree program or the other. Similarly, upper-level electives cannot be counted for both a major and a minor in either department. In addition, starting with the class of 2018, double majors in biochemistry and molecular biology and chemistry will not be able to double count seminar courses and will be restricted to presenting their research project only once between the two seminar programs.
-
Bachelor of Arts
The Bachelor of Arts Degree
Note: A grade of C- (1.7) or better is required in each chemistry and biology course applied toward the major.
14.75 units, including:
BIOL199 Introduction to Biological Thinking or BIOL192 Science Math and Research Training with Laboratory
BIOL200 Integrated Biological Principles I
BIOL202 Integrated Biological Principles II
BMB300 Junior Seminar
CHEM141 Chemistry: Structure, Thermodynamics, and Kinetics
CHEM309 Physical Chemistry
CHEM324 Experimental Biochemistry
CHEM325 Experimental Biophysical Chemistry
CHEM326 Biochemistry
One Macromolecular Structure and Function course, chosen from:
One Gene Regulation course, chosen from:
BIOL307 Advanced Cell and Molecular Biology
BIOL312 Developmental Biology with Lab
BIOL313 Bacterial Pathogenesis
BIOL314 Molecular Biology
BIOL322 Cancer Biology and Tumorigenesis with Lab
BIOL324 Molecular Virology
BIOL327 Genetics of Biodiversity
BIOL340 Introduction to Immunology
BIOL342 Neurodevelopment
BIOL343 Neurobiology
BIOL351 Special Topics: Advanced Genetics
BIOL354 Biological Basis of Neurodegenerative Diseases w/ Lab
Two senior seminars, to include the presentation of a research topic, chosen from:
MATH212 Calculus II
PHYS131 Calculus-Based General Physics 1 with Lab
PHYS132 Calculus-Based General Physics 2 with Lab
For Either Degree
Additional upper-level elective courses in chemistry and biology are highly recommended. Students wishing to double major in biochemistry and molecular biology and either chemistry or biology are required to use upper-level electives for only one degree program or the other. Similarly, upper-level electives cannot be counted for both a major and a minor in either department. In addition, starting with the class of 2018, double majors in biochemistry and molecular biology and chemistry will not be able to double count seminar courses and will be restricted to presenting their research project only once between the two seminar programs.