Cell Molec students.

Program Overview

Quick Facts

  • Delivery: On Campus
  • Credits: 120

What causes a cancer cell to undergo uncontrolled division, and, more importantly, how can we stop it from growing?  How do cells know when to divide and when to die? How do cells know what size and shape to grow to before dividing or differentiating and how is this process regulated so precisely? If virtually every cell in the body contains the same DNA blueprint (genome), how does differentiation occur and can we fully control cell fate changes? Why does biological aging occur and can we develop ways to prolong cell lifespan and potentially slow or reverse the aging process in human cells? How can manipulating cells help us improve crops or decrease pollution in our environment? How do pathogens infect cells, and how can infectious disease and transmission be arrested?


You will learn the answers to these questions as a Cellular and Molecular Biology major.

The Cellular and Molecular Biology concentration allows you to explore and research fundamental molecular pathways that control important cellular processes. You will utilize a variety of model systems including those based on animal, plant, fungal, and bacterial cells. Additionally, through completion of this concentration, you will be prepared for advanced graduate studies, attaining professional degrees, or working in biotech and pharmaceutical industries.

In addition to student-centered coursework, you will get hands-on learning through laboratory courses and research opportunities.

Meet the Biology Faculty Who Teach in this Concentration

Research Opportunities

Our students move the field of Cellular and Molecular Biology forward! While pursuing studies in Cellular and Molecular Biology, you may choose to participate in cutting-edge research in a faculty member’s lab. These scientific experiences will allow you to generate and communicate exciting new scientific knowledge that could lead to improved treatment of human diseases and solve other important biological problems. Undergraduate research will boost your resume and dramatically increase your marketability with employers and advanced graduate programs.

Ball State Cellular and Molecular Biology faculty are leaders in their fields and are performing trailblazing research with Ball State undergraduates! Furthermore, students are often included as authors on publications in peer-reviewed journals and give presentations at regional and international scientific conferences. 

  • RNA modifications in fungal pathogens 
  • nervous and immune system responses following traumatic injury
  • novel approaches to combat the antibiotic resistance crisis
  • molecular analysis of T-cell acute lymphoblastic leukemia
  • cutting-edge technologies to study neuronal circuitry
  • detection and destruction of disease-causing aberrant proteins
  • molecular underpinnings of cancer and ALS
  • cardiovascular development and regeneration

In addition to faculty research labs, you will have the opportunity to contribute to authentic, publishable cell biology research projects in the Methods in Cell Biology laboratory class (BIO 315).

Laboratories and Advanced Equipment

In a laboratory-focused field, it is important to have access to labs and equipment that you will use in your career or in graduate school. In laboratory classrooms and faculty research labs, Cellular and Molecular Biology students work with cutting-edge equipment in state-of-the-art facilities, rivaling those of larger institutions and elite scientific companies.

Student Organizations

The Department of Biology is home to several academic clubs that provide an opportunity to connect with other students in your concentration for support, professional development opportunities and academic discussion.

A few student organizations you may be interested in joining as a Cellular and Molecular Biology student include:

Small Class Size

Our low student-to-professor ratio and small class sizes will give you personalized attention from faculty, who are world-class experts in their disciplines.

Launching Your Career

Students who have studied Cell and Molecular Biology at Ball State have been hired at:

  • Eli Lilly
  • Cincinnati Children’s Hospital
  • Elanco Animal Health
  • Indiana University School of Medicine
  • Large and small biotechnology and pharmaceutical companies and start-ups
  • and more!

Many of our students pursue advanced graduate study (such as PhD programs, medical school, and veterinary school). Students who have studied Cellular and Molecular Biology at Ball State have gained admission to:

  • Vanderbilt University
  • Case Western Reserve University
  • University of Wisconsin – Madison
  • University of Washington
  • Yale University
  • University of North Carolina – Chapel Hill
  • The Ohio State University
  • University of Michigan
  • Indiana University
  • Purdue University
  • Notre Dame University
  • and more!
 

The concentration in cellular and molecular biology fulfills part of the requirements that lead to a bachelor of arts or bachelor of science degree with a major in biology. All biology majors must also complete the biology core curriculum and the University Core Curriculum.

Credits Required

Total to Graduate: 120

  • Biology Core Curriculum: 37-38
  • Cellular and Molecular Biology Concentration: 39-40
  • University Core Curriculum: 66-70

Courses

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Take the Next Step

Do you want to learn more about our program or have questions about the application process or financial aid? We’re here to help! One of the best ways to understand why Ball State is right for you is to schedule a visit through our Office of Undergraduate Admissions to see it for yourself. Or if you’d like to speak directly to someone in our department, please feel free to call or email us.

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