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Associate of Science: Clinical Lab Sciences

Medical laboratory scientists receive training in the following areas: clinical chemistry, the study of chemical reactions that occur in normal and diseased processes; hematology, the study of the cellular elements of the blood and blood-forming tissues and hemostatic mechanism; urine and body fluids analysis, the study of principles and practices of urinalysis, kidney function, and analyses of cerebrospinal fluid and other body fluids; microbiology, the study of microbiological aspects of infectious disease and the isolation and identification of pathogenic bacteria; immunohematology, the application of theory and principles of blood banking, cell typing, compatibility testing and antibody identification; and immunology, the study of the immune system and the serological and molecular techniques used for diagnosing infectious disease. With the rapid advancement of knowledge in the field of laboratory medicine, there is a growing need for highly skilled and knowledgeable clinical laboratory scientists. Employment is found in hospitals; physicians’ offices; research facilities; molecular diagnostics, biotechnology and public health laboratories; industrial quality control; veterinary clinics; and sales and service of health care equipment. In addition to the technical arena, opportunities as managers or consultants exist for graduates of this program.

Upon graduation the student is eligible to take the national examination for medical laboratory science given by the Board of Certification of the American Society for Clinical Pathology.

Medical laboratory scientists and medical technologists perform laboratory testing in various settings to diagnose, monitor and treat diseases. Most medical laboratory personnel work in hospital laboratories. Many are also employed by private physicians, medical groups, public health and environmental laboratories, research facilities, pharmaceutical and biomedical companies, universities, industrial medical laboratories, molecular diagnostic laboratories and the armed forces. On the job, you would:

• Conduct analysis of body fluids, such as blood or urine, using microscopes, automated instruments, and manual techniques to detect abnormalities or diseases.
• Analyze the results of tests or experiments to ensure conformity to specifications, and high quality test results, using special mechanical or electrical devices.
• Set up, maintain, calibrate, clean, and test sterility of medical laboratory equipment.

With a master's or doctoral degree, you could also manage a medical laboratory, perform clinical and translational research, or teach clinical laboratory science courses in a postsecondary environment.