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Course Desciption

The course develops an awareness of the potential hazards in radiation departments and its immediate surroundings. It ensure that the student takes reasonable preventive remedial measures, and that he knows the action he should take when an accident occurs, having due regard to the result of this action on the normal functioning of the department. It provides students with the basic theory of hazards of radioactivity and precaution taken to minimize the risk. It provides students with radiation measurement how to deal with radiation accident and emergencies in nuclear medicine department

Textbook(s)

(1) (Code of practice in Radiation protection against Ionizing Radiations for Medical and Dental Use) (2) Cember, (Introduction to Health Physics). (3) Ashworth, (X-ray Physics & Equipment). (4) John Harbert (1984), Textbook of Nuclear Vol. (1,2) Second edition. (5) Lombardi, M. Radiation Safety in nuclear medicine: CRC Press (6) Bernier DR et al (1997) Nuclear Medicine Techniques and Technology, Fourth Edition, Mosby. (7) Statkiewiez, Visconti and Ritenour: Radiation protection in Medical radiography. (8) http : Library kee. Hawii.eu/external/radiologic-technology. (9) Bernier DR et al (1997) Nuclear Medicine Techniques and technology, Fourth Edition, Mosby. (10) Stathiewicz, Visconti and Ritenour; Radiation protection in Medical radiography. (11) http : Library kee. Hawii.eu/external/radiologic-technology.

Course Objectives

To make the student aware of the possible dangers that exist in a radiological or therapeutic department or any area where ionizing radiation is used for medical or dental use. Also, to enable the student to deal correctly and effectively with these dangers. On completion of this course the student will be able to monitor radiation and contamination and be able how to deal with, and will be able to understand basic principles of radiation safety

Topics Covered

Historical Development:- Biological effects of radiation : Somatic genetic, dose dependent (stochastic) Radiological Safety Organization:- Radiation protection Board and responsibilities of the bodies concerned:- Controlling Authority:- (Radiological Safety Committee) Head of Department Radiological Protection Advisor. Supervisory Medical Officer. Radiological Safety Officer. The Maximum Permissible Dose (MPD) International Recommendations and code of Practice. Shielding:- - Primary and Secondary Protection Barriers. - Protection Material. - Lead Equivalence. - The Protective tube housing. (Monitoring) - Survey Instruments. - Departmental Survey. - Personnel Monitoring. (Monitoring Devices):- - Pocket-Dose meters, Film-Badge, TLDs (Radiation Records): - Health Records. - Radiation Dose Records. - Transfer Records. - Register of Radiation Dose meters Tests. - Safety Requirements to X-ray Installations. - Practical Methods in dose minimization to :- a) Patients. b) Radiological staff. Dental and ancillary persons. c) The general publics. (Proper use of radiation Equipment) (Testing of protective Devices) (Testing of Radiation Equipment for extra-focal Radiation) ( Testing of the Light-Beam Diaphragm). Radio nuclide hazards against:- Internal exposure contamination control External exposure shielding, distance, time Safe handling of radioactive sources:- Radiopharmaceuticals Patients. Radiation measurement devices:- Personal monitoring, TLDs, Film. Exposure monitoring, survey meters. Contamination monitors. Accident and emergencies:- Spills. Personal contamination Misadministration Medical emergency, including death of patient, loss of source.

Class/Laboratory Schedule

Tuotorials