Biotechnology/Applied Molecular Technologies
Biotechnologists work with RNA, DNA and proteins in academic research laboratories, the pharmaceutical industry, forensic DNA testing laboratories or molecular analysis. To prepare students for a career in biotech, Jefferson emphasizes hands-on laboratory coursework in various aspects of biotechnology and molecular biology including recombinant DNA and related techniques, molecular diagnostics, protein purification, characterization and modeling, flow cytometry, cell and tissue culture, and systems biology. Laboratory internships or practicums provide additional in-depth laboratory training in actual working laboratories. Learn more about Biotechnology. View the Biotechnology Prerequisites and Curriculum.

Cytotechnology/Cell Sciences
Cytotechs visualize, detect and diagnose disease at the cellular level by locating and interpreting cellular microscopic findings and correlating them with normal body functions, disease processes, principles of medical oncology, therapeutic procedures and patients’ clinical information. Students prepare for a career in this field by learning adjunct molecular and cytometric diagnoses, cellular and anatomic pathology, quantitative and qualitative cell analysis techniques and cell preparation methods in classroom, laboratory and clinical courses. Research applications and cytology quality assurance methodology are emphasized throughout the program, as are professional responsibilities and the value of cytologic interpretation as part of comprehensive public health screening programs. Learn more about Cytotechnology. View the Cytotechnology Curriculum.

Medical Laboratory Sciences
A Medical Laboratory Scientist may work in a wide range of diagnostic practice settings including hospital, commercial, clinic, pharmaceutical, forensic, public health and research laboratories. Individuals in this profession may also work in technical specialty, sales, marketing or product development positions. Jefferson provides students with a thorough background in the theory, principles and practice of clinical laboratory medicine, followed by application of technical and problem-based methods to the performance of clinical laboratory tests and troubleshooting procedures in clinical practicums. Emphasis on interpretation of automated system analyses and other measurements of health status and disease processes helps students achieve a broad understanding of biochemical life processes. Learn more about Medical Laboratory Sciences. View the Medical Laboratory Sciences Prerequisites and Curriculum.

Clinical Chemistry, Hematology, Immunohematology (Blood Banking), Clinical Microbiology and Molecular Biology
With a certificate in one of these programs, individuals become specialists in a specific area of clinical or research laboratory practice. Jefferson’s Categorical and Specialty Tracks update baccalaureate graduates, laboratory technologists, research technicians and junior scientists with new skills and the latest knowledge for continuing education or job mobility. Learn more about Specialty Tracks.