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 Course of Medical Physics and Engineering  Course of Laboratory Sciences
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Laboratory Science is to educate and to research laboratory procedures which are useful for diagnostics and specimen sampling of the human body utilizing various technology. In order to obtain accurate information of the human body, the student must understand human bodies themselves.

Not only this, but in order to make the best use of the information obtained for diagnostic purposes, the student must know diseases and learn laboratory procedures as well. Also, physics and chemistry courses are offered concurrently, which are indispensable for students in order to be capable of developing new laboratory procedures.

At the same time, laboratory procedures of today are increasingly taking advantage of rapid technological advancement in molecular biology. One of the important challenges for students is to learn and master state-of-the-art technology.

We also offer courses pertaining to the latest analytical methodology, which are necessary to accurately monitor human body conditions. Faculty members, who are experts in each field, instruct a wide range of courses. Curriculums are rigorous, but we welcome students to live up to this challenge.

These two departments, Radiological Technology and Biomedical Engineering and Laboratory Science, share similar characteristics where one must understand the human body from the medical perspective and must be able to apply physical and engineering techniques at the same time. Because of this nature, these departments may jointly offer some courses. However, Radiological Technology and Biomedical Engineering focus more on mathematical and physical science techniques; in contrast, Laboratory Science emphasizes chemical techniques.

Nevertheless, at the Osaka University School of Allied Health Sciences, these subjects are considered a part of one's academic discipline, and we educate students and research the subjects accordingly.

Allied Health Sciences, Introduction Introduction to Laboratory Science  
Physiology Public Health Introduction to Clinical Medicine
Human Histology Practice of Human Histology Biochemistry
Practice of Biochemistry Microbiology Medical Engineering
Statistical Analysis Practice of Statistical Analysis Pathology
Practice of Pathology Applied Anatomy for Imaging Clinical Chemistry I
Clinical Chemistry III Practice of Clinical Chemistry II  
Bioscience Clinical Immunology Clinical Chemistry II
Practice of Clinical Chemistry I Clinical Physiology I Clinical Physiology II
Diagnostic Pathology Practice of Diagnostic Pathology Clinical Hematology
Clinical Microbiology Parasitology Practice of Parasitology
Pharmacology Sports and Laboratory Science Experimental Animal Anatomy
Laboratory Management Practice of Physiology Practice of Clinical Immunology
Biotechnology I Biotechnology II Practice of Biotechnology
Practice of Clinical Physiology Practice of Clinical Hematology Laboratory Exercises of Clinical of Microbiology I,II
Special Laboratory Research(3rd Year)    
Clinical Pathology Clinical Training Applications of Radioisotope
Radiology, Outline Emergency Medicine Environmental Health
Practice of Environmental Health Practical Laboratory Training Nursing
 Course of Medical Physics and Engineering  Course of Laboratory Sciences