Medical Technology/Biomedical Research Technology
Director: Patricia Smith Astry
112 Jewett Hall
(716) 673-3283
Medical.Technology@fredonia.edu

 Academic Programs

NOTE: Requirements may differ according to date of enrollment.
Current students should check their Download Adobe Acrobat Reader college catalog.

 

Requirements for the Bachelor of Science Degree in Medical Technology

Requirements may differ according to date of enrollment. Current students should check their Download the College Catalog in PDF format college catalog.

Course Number Title Credit Hours

Required Biology Courses: (33 credit hours)

BIOL 131-132 Principles of Biology I & Lab 4
BIOL 133-134 Principles of Biology II & Lab 4
BIOL 221 Human Anatomy 3
BIOL 237-238 Genetics & Lab 4
BIOL 256 Intro. to Clinical Sciences 1
BIOL 333-334 Biochemistry & Lab 4
BIOL 336-337 Mammalian Physiology & Lab 4
BIOL 338 Microbiology 3
BIOL 344 Parasitology 1
BIOL 431 Senior Seminar 1
BIOL 453 Basic Hematology 1
BIOL 461 Immunology and Serology 3

Clinical Internship (30)
or Biomedical Research Concentration (22)

Required Supporting Courses:

CHEM 115-116 General Chemistry I & II
and CHEM 125-126 (Labs)
8
CHEM 215-216 Organic Chemistry I & II
and CHEM 225-226 (Labs)
8
STAT 250 Statistics for Scientists 3
PHYS 121-122 College Physics I & II
and PHYS 123-124 (Labs)
8
 or PHYS 230-231 University Physics I & II
and PHYS 232-233 (Labs)
10

27 - 29 credit hours

Chemistry and mathematics courses should be completed by the end of the sophomore year, physics courses by the end of the junior year.

CLINICAL HOSPITAL COURSES

Each hospital uses slightly different names in categorizing areas of study. The basic categories are as follows:

CLINICAL CHEMISTRY: Lecture and laboratory sequence involving the study and detection of biochemical components in body fluids. Methodology, theory, disease states, and instrumentation are stressed.

CLINICAL MICROBIOLOGY: Lecture and laboratory rotation in which bacteria, fungi, parasites and viruses are studied, the emphasis being on bacteria. Biochemical, morphological and serological properties are emphasized.

HEMATOLOGY/COAGULATION: Lecture and laboratory sequence concerned with the study of blood. Theory and techniques dealing with cellular components and coagulation mechanisms of normal and abnormal blood are major topics.

IMMUNOHEMATOLOGY (Blood Bank): Lecture and laboratory rotation dealing with the immunological properties of the blood, especially concerning the various blood groups and transfusion therapy. (Other theories and techniques of basic immunology may be included here or in another category.)

URINALYSIS: Lecture and laboratory presentation of normal and abnormal physical, chemical, and cellular properties of urine.