Cell and Molecular Biology, Bachelor of Science

The Cell and Molecular Biology major is an in-depth exploration of the underlying chemistry and molecular biology in living cells. The cell is the basic unit of living things and so it is impossible to understand life without understanding cells. The major begins with the foundational science courses common to any degree in the chemical or life sciences: chemistry, biology, organic chemistry, calculus, and physics, with required laboratory work throughout. Then, students take a required core of more advanced courses: cell biology, genetics, biochemistry, and molecular biology. While completing the biology core, students select five elective courses that suit their interests and future career goals such as microbiology, human physiology, forensic anthropology, and the list continues to grow each year. Finally, the major includes an advanced capstone experience which brings all of these courses together in the study of a specific research area in the biomedical sciences. Students in this major are well-prepared for a variety of careers and graduate programs including PhD programs in the life sciences, medical school, and related professional degrees.

Learning Outcomes. Students will:

Understand the mathematical, chemical, and physical components of living systems
Describe the basic cellular and molecular processes that underlie living organisms
Engage the scientific methodology, experimentation, and theory unique to cellular and molecular biology
Communicate scientific knowledge, experimentation, and ideas effectively in oral and written forms
Demonstrate advanced and thorough knowledge of at least one specialized sub-discipline of Biology

Admission Requirements. To be admitted to the Cell and Molecular Biology major, students must have at least an 81 CAA (high school academic average) and one of the following:

Took New York State Chemistry Regents Exam; OR
Took the AP Chemistry Exam; OR
Earned at least 3.5 units of High School Mathematics; OR
Earned at least a score of 50 on the CLEP Chemistry exam.

Students who do not meet above criteria can attend John Jay with an undeclared major and take introductory science and mathematics courses to achieve admission to the major by performing very well in these courses.

Students who wish to transfer into the Cell and Molecular Biology major must have earned a Mathematics/Science GPA of 2.5 or higher in science major courses to be admitted. Transfer students from a non-science major will need to meet the criteria stated above.

Credits required. 69-71 (or more depending on math placement)

Credits Required.

Cell and Molecular Biology Major	69-71
General Education	42
Electives	6-9
Total Credits Required for B.S. Degree	120

Prerequisite information. To be placed into BIO 103, students must take a Biology placement exam AND must be majoring in Cell and Molecular Biology. In addition, MAT 105, OR MAT 141 OR MAT 241 or higher is a pre or co-requisite for BIO 103.

To be placed into CHE 103, students must take a Chemistry placement exam AND must be majoring in Cell and Molecular Biology.

Note. At least two science courses count as STEM variants to satisfy the Common Core general education requirements. If students are exempt from the foreign language requirement, they can use three additional credits of science towards the Common Core.

Depending on mathematics placement, students may need to take MAT 105 and MAT 141 as prerequisites for the required calculus course, MAT 241. Either prerequisite course can satisfy the Required Core: Math and Quantitative Reasoning category of the Gen Ed program.

Coordinator. Professor Jason Rauceo. Department of Sciences (646-557-4893, jrauceo@jjay.cuny.edu)

Advising information. Cell and Molecular Biology Advising Resources. Sample Four-year Plan (MAT 105). Sample Four-year Plan (MAT 141).

Honors option. To earn honors in the major, students must have completed BIO 488 Cell and Molecular Biology Capstone Seminar and/or FOS 402 Undergraduate Research Internship with a grade of B+ or higher, completed all requirements for the major and have earned at least a 3.5 cumulative GPA in courses above the 100-level in the major. Credit for courses required as prerequisites for major courses and transfer credits applied to the major will not be calculated into the major cumulative GPA. Students must have also earned at least a 3.2 overall cumulative GPA. This honor will be noted on the student’s transcript.

Experiential learning opportunities. During their senior year students in the Cell and Molecular Biology program can participate in a variety of experiential learning opportunities. Students may enroll in the undergraduate research course, FOS 402, and participate in a faculty-sponsored laboratory research project. In addition, students may participate in an extensive research experience associated with the capstone seminar course, BIO 488, which culminates in the presentation of original research at a poster session open to the public. In recent years, students have presented their findings at major undergraduate scientific conferences such as the Annual Biomedical Conference for Minority Students (ABRCMS) and Society for Advancement of Chicanos/Hispanics and Native Americans in Science (SACNAS). Also, students collaborated in research with faculty leading to a publications in peer-reviewed journals such as the Journal of Forensic Sciences and Public Library of Science (PLoS).

Additional information. Students who enrolled for the first time at the College or changed to this major in Fall 2017 or thereafter must complete the major in the form presented here. Students who enrolled prior to that date may choose either the form shown here or the earlier version of the major. A copy of the earlier version may be found in the 2016-17 Undergraduate Bulletin.

PART ONE. GENERAL SCIENCE FOUNDATION

Required

BIO 103	Modern Biology I	5
BIO 104	Modern Biology II	4
CHE 103	General Chemistry I	5
CHE 104	General Chemistry II	4
CHE 201	Organic Chemistry I	4
CHE 202	Organic Chemistry II	4
MAT 241	Calculus I	3
MAT 301	Probability & Mathematical Statistics I	3
PHY 101	College Physics I (Liberal Arts Physics)	4
PHY 102	College Physics II (Liberal Arts Physics)	4

BIO 101 + BIO 102 may be taken in place of BIO 103
CHE 101 + CHE 102 may be taken in place of CHE 103
PHY 203 + PHY 204 can substitute for PHY 101 + PHY 102

Total Credit Hours: 40

PART TWO. BIOLOGY CORE

Required

BIO 205	Eukaryotic Cell Biology	3
BIO 315	Genetics	3
BIO 412	Molecular Biology	4
CHE 315	Biochemistry	4

Total Credit Hours: 14

PART THREE. BIOLOGY ELECTIVES

Choose 12-14 credits including at least 1 course with a lab component.

BIO 211	Microbiology	3
BIO 212	Microbiology Lab	2
BIO 255/GEN 255	Biology of Gender & Sexuality	3
BIO 355	Human Physiology	3
BIO 356	Human Anatomy and Physiology Laboratory	2
BIO 360	Human Pathology	4
BIO 364	Forensic Pathology	4
BIO 380	Selected Topics in Biology	3
BIO 382	Selected Topics in Biology with Laboratory	4
BIO 413	Forensic DNA Analysis and Interpretation	4
BIO 488	Cell and Molecular Biology Capstone Course	3
GEN 255/BIO 255	Biology of Gender & Sexuality	3
TOX 313	Toxicology of Environmental and Industrial Agents	3

Notes:

BIO 212 and BIO 356 are lab-only options that may be taken concurrently with or subsequent to their corresponding lecture courses, BIO 211 and BIO 355.

BIO 360, BIO 364, and BIO 413 include laboratory components.

BIO 488 may be taken as an elective only if FOS 402 is taken as the capstone. Consult the major coordinator.

Total Credit Hours: 12-14

PART FOUR. CAPSTONE COURSE

Choose one

BIO 488	Cell and Molecular Biology Capstone Course	3
FOS 402	Undergraduate Research Internship	3

Note: If FOS 402 is completed for the capstone, students can take BIO 488 as an elective. Consult the major coordinator.

Total Credit Hours: 3

Total Credit Hours: 69-71