Molecular and Cellular Biology

www.life.uiuc.edu/mcb/

The Molecular and Cellular Biology major provides students with a solid preparation in molecular biology, molecular genetics, microbiology, cellular biology, biochemistry, physiology, and structural biology. Students will also acquire a strong background in math and physical sciences. After completion of the core curriculum in MCB, students may complete the required advanced course work by taking a variety of MCB courses or by selecting a more focused group of courses in any of the following areas: biochemistry, biophysics, cell and developmental biology, microbiology, physiology, and bioinformatics and computational biology. The Biological Sciences Advising Office is available to help students plan their combination of advanced courses.

Major in Sciences and Letters Curriculum

E-mail address: mcb@life.uiuc.edu

Degree title: Bachelor of Science in Liberal Arts and Sciences

Minimum required courses: 67-71 hours, including 21 hours of 300- or 400-level courses; 12 hours of 300- and 400-level courses in the major must be taken on this campus.

General Education requirements: Completion of the LAS General Education requirements, the Advanced Composition and Western Cultures requirements. All foreign language requirements must be satisfied.

Minimum hours required for graduation: 120 hours.

Distinction: To be eligible for graduation with distinction a student must graduate with a 3.0 grade point average, and submit a thesis or a paper describing an undergraduate research project for approval by the MCB Distinction Committee at least one month before graduation.

Students earning a degree in Molecular and Cellular Biology may not also earn a second degree in the Specialized Curriculum in Biochemistry.

Students earning a degree in Molecular and Cellular Biology may not double major in Integrative Biology.

Hours	Requirements
5	MATH 220–Calculus I
3	Select one:
	MATH 230–Calculus II
	STAT 100–Statistics
8-9	Select one group of courses:
	CHEM 102–General Chemistry I, and
	CHEM 103–General Chemistry Lab I, and
	CHEM 104–General Chemistry II, and
	CHEM 105–General Chemistry Lab II
	or
	CHEM 202–Accelerated Chemistry I, and
	CHEM 203–Accelerated Chemistry Lab I, and
	CHEM 204–Accelerated Chemistry II, and
	CHEM 205–Accelerated Chemistry Lab II
5	CHEM 232–Elementary Organic Chemistry I
	CHEM 233–Elementary Organic Chem Lab I
10-12	Select one group of courses:
	PHYS 101– College Physics, Mech & Heat, and
	PHYS 102– College Physics, E&M & Modern
	or
	PHYS 211– Univ Physics, Mechanics, and
	PHYS 212–Univ Physics, Elec & Mag, and
	PHYS 213–Univ Physics, Thermal Physics, and
	PHYS 214– Univ Physics, Quantum Phys
4	IB 150–Organismal & Evolutionary Biol
4	MCB 150–Molec & Cellular Basis of Life
3	MCB 250–Molecular Genetics
2	MCB 251–Exp Techniqs In Molecular Biol
3	MCB 252–Cells, Tissues & Development
2	MCB 253–Exp Techniqs In Cellular Biol
3	MCB 354–Biochem & Phys Basis of Life
15-16	At least four additional courses at the 200- to 400-level are also required, including one laboratory course.

A more advanced course may be substituted for any of the required supporting courses in MATH, CHEM, STAT, and PHYS with permission of an academic adviser. An alternative statistics course may be substituted with permission of an academic adviser.

Certain advanced courses may be taken prior to completion of the MCB 251-253-354 sequence with permission of an academic adviser. A minimum of 15 hours of 300- or 400-level courses in MCB is required.

In addition, undergraduate research (MCB 290 or departmental equivalent) is strongly recommended for students planning to go to graduate school. No more than 10 hours of MCB 290 or departmental equivalent credit may be counted as advanced credit for a degree in MCB.

Major in Specialized Curriculum in Biochemistry

A total of at least 120 semester hours of course work as outlined below, with a minimum 2.0 academic grade point average required for graduation. In addition, in order to graduate, students must attain a 2.0 average in the chemistry, biochemistry, mathematics, physics, and advanced electives in life science courses specified in this curriculum. All proposals for substitutions must be approved by the faculty adviser. This curriculum is intended for those students who desire a rigorous education in chemistry, biochemistry, and the life sciences, but whose career objectives require sufficient flexibility to obtain proficiency in other areas as well.

E-mail:biocug@life.uiuc.edu

Web address for department: http://www.life.uiuc.edu/biochem/index.html

Degree title: Bachelor of Science in Biochemistry

General education: All campus general education requirements must be satisfied.

Minimum hours required for graduation: 120 hours

Departmental distinction: In addition to meeting the above requirements, a student seeking distinction must satisfy the following:

Complete 10 hours of BIOC 492.
Earn at least a 3.0 grade point average.
Present a senior thesis for deposit in the College of Liberal Arts and Sciences.

Students earning a degree in the Specialized Curriculum in Biochemistry may not also earn a second degree in Molecular and Cellular Biology.

This major is under revision. Please consult the Biochemistry advisor for current requirements.

Hours	Requirements ^1,2
9-11	General chemistry, select one group of courses:
	CHEM 202–Accelerated Chemistry I, and
	CHEM 203–Accelerated Chemistry Lab I, and
	CHEM 204–Accelerated Chemistry II, and
	CHEM 205–Accelerated Chemistry Lab II
	or
	CHEM 102–General Chemistry I, and
	CHEM 103–General Chemistry Lab I, and
	CHEM 104–General Chemistry II, and
	CHEM 105–General Chemistry Lab II, and
	CHEM 222–Quantitative Analysis Lecture, and
	CHEM 223–Quantitative Analysis Lab
8-9	Organic chemistry, select one group of courses:
	CHEM 236–Fundamental Organic Chem I, and
	CHEM 237–Structure and Synthesis, and
	CHEM 436–Fundamental Organic Chem II
	or
	CHEM 232–Elementary Organic Chemistry I, and
	CHEM 233–Elementary Organic Chem Lab I, and
	CHEM 332–Elementary Organic Chem II
7-8	Physical chemistry, select one group of courses:
	CHEM 440–Physical Chemistry Principles, and
	BIOC 446–Physical Biochemistry
	or
	CHEM 442–Physical Chemistry I, and
	CHEM 444–Physical Chemistry II
14	Biochemistry:
	MCB 452–Biochemistry I
	MCB 453–Biochemistry II
	BIOC 455–Biochemistry Laboratory
	BIOC 356–Lectures on Biochemistry Laboratory Methods
10-11	Mathematics
	MATH 220–Calculus I, and
	MATH 230–Calculus II, and
	MATH 242–Calculus of Several Variables
10-12	Physics, select from:
	PHYS 101– College Physics, Mech & Heat
	PHYS 102– College Physics, E&M & Modern
	or equivalent as approved by academic adviser
6	Advanced electives in life sciences (300 or 400- level)
variable	Nontechnical Requirements: ³
	General education:
	Foreign language–four semesters of college study (or four years of high school study) in a single foreign language
	Composition I writing requirement (RHET 105, RHET 108, SPCM 111 and 112, or equivalent)
	Advanced Composition writing requirement ⁴
	Humanities/Arts to satisfy the campus general education requirements
	Social/Behavioral sciences to satisfy the campus general education requirements
	Cultural Studies to satisfy the campus general education requirement ⁵
variable	Electives (not including any credit in satisfaction of the above requirements)

1. Transfer credit must be approved by an adviser in biochemistry in order to be used to satisfy degree requirements.

2. A more detailed description of the requirements is listed in the Biochemistry Curriculum Brochure.

3. The requirements for the Campus General Education categories Natural Sciences and Technology and Quantitative Reasoning I and II are fulfilled through required course work in the curriculum.

4. The course taken to satisfy the Advanced Composition requirement may also be used to partially satisfy one of the core chemistry, advanced chemistry, physics, or technical electives requirements (if appropriate), or may be used to partially satisfy the free electives requirements.

5. The courses taken to satisfy Western and/or non-Western civilization requirements may also be used to satisfy nontechnical and/or free elective categories.