Principles of hemostasis, blood cell formation, morphology, function and kinetics pathophysiology of coagulation and blood cell disorders principles and procedures used to evaluate coagulation and blood cells in blood and body fluids laboratory practice in microscopic evaluation. Understanding work flow, teamwork, evaluation of normal and abnormal results instrumentation and quality assurance in the general laboratory environment. MLSC 4302 – Clinical Chemistry Laboratory (3 credits)Īpplication of the theory and techniques learned in MLSC 4301 to the clinical laboratory setting. Evaluation of test results in normal and diseased states. Manual and automated methods for the biochemical analysis of blood and body fluids principles of operation, maintenance, and troubleshooting of laboratory instruments. MLSC 4301 – Clinical Chemistry and Instrumentation (3 credits) Venipuncture and special phlebotomy techniques, safety, ethics, and management of phlebotomy services. MLSC 3365 – Theory of Phlebotomy (1 credit) Principles of disease and epidemiology, mechanisms of pathogenicity, and laboratory isolation and identification of fungi, parasites, and viruses causing human disease. MLSC 3333 – Mycology, Parasitology, and Virology (3 credits) Principles of laboratory safety, quality assurance and quality control, and laboratory mathematics as well as use of common laboratory equipment. Introduction to the various disciplines of study in laboratory medicine. MLSC 3301 – Fundamentals of Medical Laboratory Sciences (3 credits) Research questions/hypotheses, finding and using research literature, ethical considerations, research design, sampling, measurement, reliability and validity, descriptive and inferential statistics, computer analysis of data, evaluating research, reviews of literature and proposals.ĭGS 4234 – Diagnostic Molecular Technologies (3 credits)ĭNA and RNA diagnostic technologies used in clinical settings clinical applications in prenatal diagnosis cancer management, transplantation, paternity testing, forensic medicine, and microbiology.ĭGS 4235 – Laboratory in Molecular Diagnostics (2 credits)ĭNA isolation, blotting techniques, fluorescent in situ hybridization, polymerase chain reaction, and Genprobe assay. Mechanisms of innate and acquired immunity, antigen-antibody interactions, function of the human immune system in normal and diseased states.ĪH 4241 – Research for the Health Professional (2 credits) Introduction and mastery of medical terminology through presentation of word roots, prefixes, and suffixes.ĪH 3121 – Immunology for the Medical Laboratory Sciences (3 credits) Please consult the UConn Undergraduate Catalog or your academic advisor for the most up-to-date course and graduation requirement information. The Medical Laboratory Sciences program course information below is provided for reference only. Medical Laboratory Sciences Program Courses
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