Biochemistry, B.S. to Chemical Biology, Master's Accelerated Program

Saint Louis University's bachelor's-to-master's program in chemical biology provides a strong foundation in chemistry and branches out into medicinal chemistry, pharmacology and molecular biology.

A five-year course schedule is provided to SLU undergraduates that demonstrates how to complete the undergraduate B.S. degree in biochemistry or biology together with a master’s degree in chemical biology. The master’s degree can either be a coursework-based M.A. degree or a thesis-based M.S. degree. This program provides excellent preparation for a career in the pharmaceutical and biotech industries.

For additional information, see the catalog entries for the following SLU programs:

Biochemistry, B.S.

Chemical Biology, M.A.

Chemical Biology, M.S.

Accreditation

The Bachelor of Science in Biochemistry has been continuously certified by the American Chemical Society since 2004.

Existing SLU undergraduates pursuing a B.S. in biochemistry may apply to the accelerated bachelor’s-master’s (ABM) program after completing 75 credits (typically during the spring semester of their third year) if they have a GPA of 3.00 or higher, commensurate with the admission standards for the master’s program in chemical biology. The application will include a personal statement and three letters of support, of which at least two must be from members of the SLU faculty. 

If accepted into the program, students who have completed 90 undergraduate credits (typically during their fourth year) may apply up to 15 credits of graduate-level courses (5000-level and up) towards both the undergraduate and graduate degree requirements, assuming a grade of "B" or better. Students targeting a coursework-based M.A. degree will be mentored by the chemical biology program coordinator. Students targeting a thesis-based M.S. will take CHEB-5110 in the summer after having completed 90 credits (typically between years three and four) and select a research mentor.

Prior to 120 credits, students enrolled in the program will need to adhere to the continuation standards of their undergraduate major. After 120 credits (typically the fifth year), the chemical biology master’s level program continuation requirements apply.

Roadmaps are recommended semester-by-semester plans of study for programs and assume full-time enrollment unless otherwise noted.  

Courses and milestones designated as critical (marked with !) must be completed in the semester listed to ensure a timely graduation. Transfer credit may change the roadmap.

This roadmap should not be used in the place of regular academic advising appointments. All students are encouraged to meet with their advisor/mentor each semester. Requirements, course availability and sequencing are subject to change.

M.A. in Chemical Biology Option 

Plan of Study Grid
Year One
FallCredits
Critical course:  CHEM 1130
CHEM 1115
General Chemistry 1 for Majors
and General Chemistry 1 Laboratory (Critical course:  Satisfies CORE 3800: Ways of Thinking: Natural and Applied Sciences)
4
Critical course:  BIOL 1240
BIOL 1245
General Biology: Information Flow and Evolution
and Principles of Biology I Laboratory
4
Critical course:  MATH 1510 Calculus I (Critical course:  Satisfies CORE 3200: Ways of Thinking: Quantitative Reasoning) 4
Core courses 3-5
 Credits15-17
Spring
Critical course:  CHEM 1140
CHEM 1125
General Chemistry 2 for Majors
and General Chemistry 2 Laboratory
4
Critical course:  BIOL 1260
BIOL 1265
General Biology: Transformations of Energy and Matter
and Principles of Biology II Laboratory
4
Critical course:  MATH 1520 Calculus II 4
Core course 3
 Credits15
Year Two
Fall
Critical course:  CHEM 2430
CHEM 2435
Organic Chemistry 1 for Majors
and Organic Chemistry 1 Lab for Majors
4
Critical course:  CHEM 2200
CHEM 2205
Analytical Chemistry 1
and Analytical Chemistry 1 Laboratory (Critical course:  Analytical 1 Lecture/Lab sequence can be taken either Fall or Spring semester)
4
PHYS 1610
PHYS 1620
University Physics I 1
or College Physics I
or College Physics I Laboratory
4
Core courses 6
 Credits18
Spring
Critical course:  CHEM 2440
CHEM 2445
Organic Chemistry 2 for Majors
and Organic Chemistry 2 Laboratory for Majors
4
PHYS 1630
PHYS 1640
University Physics II 1
or College Physics II
or College Physics II Laboratory
4
Core courses 6
 Credits14
Year Three
Fall
Critical course:  CHEM 4610
CHEM 4615
Biochemistry 1
and Biochemistry 1 Laboratory
4
Critical course:  CHEM 3330 Physical Chemistry 1 3
Critical course:  CHEM 3100 The Chemical Literature 1
Core courses 8-9
 Credits16-17
Spring
Critical course:  CHEM 4620
CHEM 4625
Biochemistry 2
and Biochemistry 2 Laboratory
4
Critical course:  CHEM 3340
CHEM 3345
Physical Chemistry 2
and Physical Chemistry Laboratory
4
CHEB 3970 Independent Research in Chemical Biology 1-3
General Electives 9
 Credits18-20
Year Four
Fall
Critical course:  CHEM 5500
Inorganic Chemistry (Critical course:  Satisfies both Biochem BS requirement and MS elective)
or Inorganic Chemistry
3
CHEB 3970 Independent Research in Chemical Biology 1-3
CHEM 5630 Introduction to Chemical Biology and Biotechnology (Only offered even years) 3
BIOL/BME elective 2 3
Core course 1
General Electives 6  
 Credits11-13
Spring
Critical course:  CHEM 5470 Medicinal Chemistry (Critical course:  Satisfies Biochem BS elective requirement. Offered every Spring. Evening course.) 3
CHEB 3970 Independent Research in Chemical Biology (Requires completion of Senior Thesis) 1-3
PPY 5410 Molecular Pharmacology (Offered every Spring) 3 3
CHEB 5970 Research Topics 3
Core Course 2-3
General Elective 3
 Credits15-18
Summer
CHEB 5980 Graduate Independent Study in Chemical Biology 3
 Credits3
Year Five
Fall
Critical course:  BIOL 5700 Advanced Molecular Biology 3
Elective 2 3
Elective 2 3
 Credits9
Spring
Critical course:  Elective 2 3
Elective 2 3
Oral Examination  
 Credits6
 Total Credits140-150

M.S. in Chemical Biology Option

Plan of Study Grid
Year One
FallCredits
Critical course:  CHEM 1130
CHEM 1115
General Chemistry 1 for Majors
and General Chemistry 1 Laboratory
4
Critical course:  BIOL 1240
BIOL 1245
General Biology: Information Flow and Evolution
and Principles of Biology I Laboratory
4
Critical course:  MATH 1510 Calculus I 4
Core course 3-4
 Credits15-16
Spring
Critical course:  CHEM 1140
CHEM 1125
General Chemistry 2 for Majors
and General Chemistry 2 Laboratory
4
Critical course:  BIOL 1260
BIOL 1265
General Biology: Transformations of Energy and Matter
and Principles of Biology II Laboratory
4
Critical course:  MATH 1520 Calculus II 4
Core course 3
 Credits15
Year Two
Fall
Critical course:  CHEM 2430
CHEM 2435
Organic Chemistry 1 for Majors
and Organic Chemistry 1 Lab for Majors
4
Critical course:  CHEM 2200
CHEM 2205
Analytical Chemistry 1
and Analytical Chemistry 1 Laboratory
4
Critical course:  PHYS 1610
PHYS 1620
University Physics I 1
or College Physics I and College Physics I Laboratory
4
Core course 6
 Credits18
Spring
Critical course:  CHEM 2440
CHEM 2445
Organic Chemistry 2 for Majors
and Organic Chemistry 2 Laboratory for Majors
4
Critical course:  PHYS 1330
PHYS 1340
College Physics II
or University Physics I and University Physics II Laboratory
4
Critical course:  PHYS 1630
PHYS 1640
University Physics II 1
or College Physics I and College Physics II Laboratory
4
Core courses 6
 Credits18
Year Three
Fall
Critical course:  CHEM 4610
CHEM 4615
Biochemistry 1
and Biochemistry 1 Laboratory
4
Critical course:  CHEM 3330 Physical Chemistry 1 3
Critical course:  CHEM 3100 The Chemical Literature 1
Core courses 8-9
 Credits16-17
Spring
Critical course:  CHEM 4620
CHEM 4625
Biochemistry 2
and Biochemistry 2 Laboratory
4
Critical course:  CHEM 3340
CHEM 3345
Physical Chemistry 2
and Physical Chemistry Laboratory
4
CHEM 3970 Independent Research in Chemistry 1
General Electives 6
 Credits15
Summer
CHEB 5110 Introduction to Chemical Biology Research I 1
 Credits1
Year Four
Fall
Critical course:  CHEM 5500
Inorganic Chemistry (Critical course:  Satisfies both Biochem BS requirement and MS elective.)
or Inorganic Chemistry
3
BIOL 5700 Advanced Molecular Biology 3
CHEM 5630 Introduction to Chemical Biology and Biotechnology (Only offered every other year) 3
Critical course:  CHEM 3970 Independent Research in Chemistry 1
CHEM 5000 Introduction to Chemical Research 1
BIOL/BME elective 2 3
Core course 1
General Elecetive 3
 Credits18
Spring
CHEM 5470 Medicinal Chemistry (Satisfies Biochem BS elective requirement. Offered every Spring. Evening Course.) 3
CHEB 5120 Introduction to Chemical Biology Research II 2
Critical course:  CHEM 3970 Independent Research in Chemistry (Critical course:  Requires completion of Senior Thesis) 1
Core course 2-3
General Elective 9
 Credits17-18
Summer
CHEB 5970 Research Topics 3
 Credits3
Year Five
Fall
CHEB 5990 Thesis Research 3
Elective 2 3
Submit Research Progress Report  
 Credits6
Spring
CHEB 5990 Thesis Research 3
PPY 5410 Molecular Pharmacology (Offered Every Spring) 3 3
Submit and defend Master’s Thesis  
 Credits6
 Total Credits148-151
1

Engineering Physics (PHYS 1610-1640) is recommended.  However, Physics (PHYS 1310-1340) also fulfills the physics requirement.

2

Elective must be selected from a 5000+ course. Electives should be selected in consultation with the chemical biology program coordinator from the chemistry, biology, pharmacology or biochemistry departments.

BIOL/BME Elective: Students must complete three credit hours of a biology/BME course.  These credits must be fulfilled by:

i.              BIOL 3010 – Evolutionary Biology

ii.             BIOL 3030 – Principles of Genetics

iii.            BIOL 3400 – Intro to Neuroscience

iv.            BIOL 4070 – Advanced Biological Chemistry

v.             BIOL 4250 – Neurobiology of Disease

vi.            BIOL 4430 – Principles of Virology

vii.           BIOL 4460 – Exercise Physiology

viii.          BIOL 4520 – Biochemical Pharmacology

ix.            BIOL 4540 – Human Systemic Physiology

x.             BIOL 4600 – Developmental Biology

xi.            BIOL 4630 – Foundations of Immunobiology

xii.           BIOL 4640 – General Microbiology

xiii.          BIOL 4720 – Cancer Biology

xiv.          BME 2200 – Applied Physiology for Engineers

3

The PPY 5110 and PPY 5120 sequence may be taken in place of PPY 5410.  PPY 5110 and 5120 are fall semester courses.