Department of Radiology and Radiation Medicine
Information for students
Dear students of the 3rd and 5th years!
With the beginning of distance learning at the Department of Radiology and Radiation Medicine (disciplines: “Radiology” and “Radiation Medicine”), all monitors have tocontact their teachers to receive tasks on the current topic. Answers to the tasks all monitors send the teacher one file. Teachers check the answers and put the marks in the register marked “Distance Learning.”
Theme syllabus of the lectures on the Radiology
Syllabus Radiation Medicine 2022
Radiation medicine
Thematic plan
of lectures on radiation medicine for 5 th year students
of medical faculties and Faculty for training of doctors for the Armed Forces of Ukraine
| № |
The topic of the lecture |
Hours |
| 1. | The subject of radiation medicine and its relationship with other medical disciplines. History of the development of radiation medicine. The natural radiation background. Artificial sources of ionizing radiation. |
2 |
| 2. | Biological action of ionizing radiation. The radiosensitivity of different tissues. |
2 |
| 3. | Types of radiation injuries. Acute radiation syndrome. Acute local radiation injuries. |
2 |
| 4. | Toxicology of the major radionuclides. Features of diagnostics, clinics with the presence of radionuclides in the body. |
2 |
| 5. | Medical, social, environmental, and psychological aspects of large-scale accidents at nuclear power plants (on the model of the Chernobyl accident). National registry of Ukraine of people, who suffered from Chernobyl catastrophe: purpose, structure, role, task. |
2 |
Thematic plan
lectures on radiation medicine for 5 th year students
of medical psychological faculty of NMU
Lectures – 12 hours
.
|
The topic of the lecture |
Hours |
| 1. Introduction to radiation medicine, its tasks and connection with other sciences and medical-biological disciplines. History of the development of radiation medicine. Radioactivity. Dosimetry of ionizing radiation. Consequences of the Chernobyl accident. |
2 hours |
| 2. Features of diagnostics and preventive measures with the presence of radionuclides in the body |
2 hours |
| 3. Biological effects of ionizing radiation. Influence of ionizing radiation on the human nervous system. Postradiation psychoorganic syndrome in people suffered from Chernobyl accident. |
2 hours |
| 4. The influence of small radiation doses on the organism. |
2 hours |
| 5. Types of radiation injuries. Acute radiation sickness, which occurred as a result of external exposure. Etiology, pathogenesis, diagnostics, clinic, treatment and consequences of acute radiation sickness. |
2 hours |
| 6. Medical, social, environmental, and psychological aspects of large-scale accidents at nuclear power plants (based on the model of the Chernobyl accident). National registry of Ukraine of people, who suffered from Chernobyl catastrophe: purpose, structure, role, task. |
2 hours |
Head of the Department
radiology and radiation medicine
Professor M.M.Tkachenko
Thematic plan
for practical training on radiation medicine for 5 th year students
of medical faculties and Faculty for training of doctors for the Armed Forces of Ukraine
Practical trainings – 20 hours
|
The topic of the lesson |
Hours |
| 1. Place of radiation medicine in the system of higher medical education. Goal and tasks for students. The nature, types and properties of radiation.
|
2 |
| 2. Dosimetry of ionizing radiation. The principle structure of dosimeters, radiometers, their types. Evaluation of levels of radionuclide contaminationof soil, water, and food.
|
2 |
| 3. Diagnostic and prognostic value of hematological, biochemical, cytogenetic and other methods of research for the valuation of pathological changes in organs and systems of the person after exposure to ionizing radiation. Clinical effects of ionising radiation on human organs and systems. |
2 |
| 4. Acute radiation sickness. Etiology, pathogenesis, clinic, diagnostics, treatment, consequences and medical-social expertise.
|
2 |
| 5. Acute local radiation injuries. Features of clinic, diagnostics and treatment of persons after combined exposure. Chronic radiation sickness. Etiology, pathogenesis, diagnostics, clinic, treatment.
|
2 |
| 6. The analysis of the most typical history of diseases of persons who came through acute radiation syndrome and local radiation injuries. Supervision of patients who recovered from acute radiation syndrome or have internal diseases, the development of which is connected with the influence of radiation. Clinical discussion of patients and writing history of disease.
|
2 |
| 7. Long-term consequences of exposure to ionizing radiation. Stochastic and not stochastic effects of radiation. The influence of small radiation doses on the organism. |
2 |
| 8. Toxicology of basic radionuclides. Irradiation internal effects on the human body |
2 |
| 9. Equipment and activity of the special medical institutions for providing care for persons exposed to ionizing radiation. Dispanserization of medical personnel who works with sources of ionizing radiation. Groups of persons of primary dispensary registration, categories and levels of observation. |
2 |
| 10. Final control module “Radiation medicine”: |
2 |
Thematic plan
For practical training on radiation medicine for 4 th year students of
stomatological faculty
Practical trainings – 16 hours
|
The topic of the lesson |
Hours |
| 1. Place of radiation medicine in the system of higher medical education. Purpose and tasks of the students of stomatological faculty in their study of radiation medicine. Radioactivity. Sources of radiation (natural, artificial), and basic contact with them (medical radiation exposures, enterprises of nuclear power industry, nuclear explosions, etc.)
|
2 |
| 2. Data on radionuclide contamination of the environment. Evaluation of levels of radionuclide contaminationof soil, water, and food |
2 |
|
3. Dosimetry of ionizing radiation. Electronic paramagnetic resonance of tooth enamel. Equipment and activity of the special medical institutions for providing care for persons exposed to ionizing radiation. |
2 |
| 4. The main aspects of biological action of ionizing radiation. Radiation injuries and the reaction of organs and systems, including the oral cavity of people. |
2 |
|
5. Types of radiation injuries. Acute radiation syndrome. Classification, diagnostics, clinic, principles of treatment.
|
3 |
| 6. The analysis of the most typical history of diseases of persons who went through acute radiation syndrome and local radiation injuries; their supervision.
|
|
| 7. Diagnostic features, treatment and preventive measures for the incorporation of radionuclides. Long-term effects of irradiation. Principles of prevention. The influence of small radiation doses on the organism. |
2 |
| 8. Dispanserization of population suffered from Chernobyl accident, personnel of nuclear plants and the population in contact with sources of ionizing radiation. National register of Ukraine. |
2 |
TEST
Thematic plan
for practical training on radiation medicine for 5 th year students
of medical psychological faculty
Practical trainings – 24 hours
|
The topic of the lesson |
Hours |
| 1. Place of radiation medicine in the system of higher medical education. Goal and tasks for the student of medical psychological faculty of their study of radiation medicine. Radioactivity. |
2,7 |
| 2. Sources of radiation (natural, artificial), and basic contact with them (medical radiation exposures, enterprises of nuclear power industry, nuclear explosions, etc.). Chernobyl disaster. 9. Equipment and activity of the special medical institutions for providing care for persons exposed to ionizing radiation. |
2,7 |
| 3. Dosimetry of ionizing radiation. Data on radionuclide contamination of the environment. Evaluation of levels of radionuclide contaminationof soil, water, and food. |
2,7 |
| 4. The main aspects of biological action of ionizing radiation. Radiation injuries and the reaction of organs and systems. Influence of ionizing radiation on the human nervous system. Neurophysiological and neuropsychology research methods of people suffered from Chernobyl accident. |
2,7 |
| 5. Acute radiation syndrome. Classification, diagnostics, clinic, principles of treatment |
2,7 |
| 6. The analysis of the most typical history of diseases of persons who went through acute radiation syndrome and local radiation injuries; their supervision. |
2,7 |
| 7. Long-term effects of irradiation. Principles of prevention and treatment of long-term effects of radiation injury. |
2,7 |
| 8. The influence of small radiation doses on the organism. Psychological effects of low doses of ionizing irradiation.
|
2,7 |
| 9. Dispanserization of population suffered from Chernobyl accident, personnel of nuclear plants and the population in contact with sources of ionizing radiation. |
2,4 |
TEST
Head of the Department
radiology and radiation medicine
Professor
M.M.Tkachenko
