Biochemistry is a field that investigates the chemical processes inside living organisms. It blends two essential disciplines of science—biology and chemistry—to find the cause of biological problems and their suitable solutions. An online bachelor’s degree in biochemistry provides students with a foundation in the field and opens doors to a wide variety of entry-level opportunities in medicine, biotech, and pharmacy.
Since biochemists are required to work in a laboratory, not many universities offer online biochemistry bachelor’s programs. However, students can pursue related degrees such as a bachelor’s in biotechnology or a bachelor of arts in biology. Biochemistry students explore topics such as the discovery of drugs, general chemistry, the control of pathogens, as well as the production of new materials. They are instrumental in developing solutions to problems including environmental pollution, food production, and disease prevention. Students also develop critical thinking and problem-solving skills throughout the program.
Upon successful completion of the program, students can apply to graduate schools if they want to continue studying biochemistry or pursue an education in other related fields such as medicine, dentistry, and pharmacy. Graduates in biochemistry can pursue careers in industries including chemical, pharmaceutical, biotech, research, government, teaching, and healthcare. According to the United States Bureau of Labour Statistics, biochemists earn an average annual salary of $91,190 in the U.S.
The following guide profiles five well-known online bachelor’s programs in biochemistry and related fields. It also takes a look at three notable faculty members from these programs.
Arizona State University is known for its innovation and research efforts. The school’s online bachelor of science (BS) program in biochemistry prepares students to study in the field or enroll in medical, pharmacy, or dental school. One of the requirements of the program is that students complete laboratory courses at the Tempe campus.
The 120-credit curriculum focuses on core biochemistry topics such as general chemistry, physics, organic chemistry, and general biology. All of these courses also include a laboratory component. Students gain an understanding of chemical processes in living beings, the discovery of drugs, and the development of catalysts for energy transformation. They also learn the principles of chemistry, physics, and biology, as well as the chemistry of organic compounds.
The hands-on laboratory experiences are an excellent opportunity for medical school aspirants to discover the practical applications of biochemistry. Overall, this online program prepares students to enter fields such as pharmacy and biotech.
Arizona State University (Related Program)
Arizona State University’s online bachelor of science (BS) in biological sciences provides an insight into the causes of diversity, evolution of organisms, and the factors affecting health and disease. The program includes courses in chemistry, biochemistry, and biology, and prepares students for medical school and the MCAT. In order to gain hands-on lab experience, students are required to attend laboratory courses in May, where they have access to ASU’s state-of-the-art technology.
The 120-credit curriculum explores topics such as general biology, chemistry, organic chemistry, and lab research courses. Students also gain an understanding of statistics, genetics, and evolution.
University of Maryland Global Campus (Related Program)
The University of Maryland Global Campus offers a bachelor of science (BS) degree in biotechnology. This degree arms students with the knowledge and skills that can be used to make the world a better place by mitigating diseases and biological problems, such as failing crops. The program requires students to have a technical and scientific background and experience in the field of biotechnology.
In the 120-credit program, students study biological and chemical sciences, microbiology, bioinformatics, molecular biology, bio-instrumentation, biotechniques, laboratory management and safety, and cell biology. They will also develop other competencies such as cost-benefit analysis, effective communication, and writing, using technology to solve complex problems, and offering customer assistance. The program provides training for conducting safe and ethical laboratory experiments, as well as compliance with local and national standards and regulations. Upon completion of the program, students will have various options in the agricultural, pharmaceutical, and biological research industries. They can work in areas such as laboratory technology, chemical technology, bioinformatics, and quality control.
University Of Florida (Related Program)
University of Florida’s online bachelor of arts (BA) program in biology provides a world of convenience for the working professional. The program prepares students for a career in several allied health professions, bioscience management, biotechnology or environmental law, science journalism, and more. However, the program is not ideal for those who wish to attend dental or medical schools. The program requires students to complete prerequisites in chemistry, biology, and mathematics.
The curriculum covers a variety of topics, such as plant ecology, functional vertebrate anatomy, invertebrate biodiversity, and biological research. Graduates can pursue careers in fields such as pharmaceuticals, bioinformatics, food safety, and conservation. Some of the roles open to them include statistician, biometrician, pharmaceutical researcher, food safety expert, and conservation biologist.
Logan University (Related Program)
Logan University offers a bachelor of science in human biology for students interested in pursuing a career in health sciences. The program prepares students to apply to a wide range of graduate programs including podiatry, osteopathy, chiropractic, dentistry, and medicine.
The coursework explores anatomy, physiology, biochemistry, immunology, and cell biology. Students learn about cells and tissues, the various systems in the human body, as well as about biological molecules, proteins, lipids, carbohydrates, and bioenergetics. With renowned and experienced faculty members and state-of-the-art facilities, this program seeks to provide a fulfilling health education to students. Graduates of the program can look forward to a wide variety of careers in the healthcare industry.
Dr. Thomas Cahill is an associate professor at the School of Mathematics and Natural Sciences at ASU. His research efforts focus on environmental and analytical chemistry. His goal is to determine the impact of chemicals on ecosystems and organisms, as well as to discover antiviral compounds in medicinal plants. Recently, he started researching air quality, particularly the determination of the source of pollutants in the environment. He has presented his findings at several internationally acclaimed conferences, and his work has appeared in peer-reviewed journals, such as Environmental Toxicology and Chemistry. Dr. Cahill has a doctorate in environmental sciences and health from the University of Nevada, and a master’s in ecology and bachelor’s in wildlife and fisheries from the University of California.
Dr. Chenglong Li is a graduate professor of medical chemistry at the University of Florida. He has extensive real-world experience, having worked as a postdoctoral researcher in structural biology at the Burnham Institute for Medical Research, as well as the Scripps Research Institute as a research associate. Before teaching at UF, he taught courses in medicinal chemistry and pharmacognosy at Ohio State University. His research projects revolve around organic chemistry, biochemistry, molecular recognition, and drug design. He is a member of several organizations such as the American Chemical Society, the American Association for Cancer Research, and the American Crystallographic Association. Dr. Li earned his doctorate in biophysics from Cornell University, and his master’s and bachelor’s in physical chemistry from Beijing University.
Dr. Robin Searles-Adenegan is program chair of the biology department at the University of Maryland Global Campus. Her responsibilities include developing the curriculum, as well as prepping and training new faculty hires. She also teaches biology courses at the undergraduate level. Dr. Searles-Adenegan earned her doctoral and master’s degrees in pharmacology from Penn State College of Medicine. She obtained her bachelor’s degree in chemistry from Lincoln University of Pennsylvania.