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By using nuclear reactors, it is possible to create a variety of radionuclides that have use in medicine. These are used for diagnosis and for therapy.
Diagnostic radionuclides are used for imaging. This is a process rather like taking an X-ray, except that the source of the radiation is within the patient. For example, if a patient has a problem with the thyroid gland, a radionuclide such as 99mTc can be used in a chemical compound that is concentrated in the thyroid gland. Then, by recording the emissions, an image of the gland can be made. In this case, the technetium has a very short half-life (6 hours), so exposure to it is short, and the emission is a gamma ray, which is less destructive than other alternatives.
Some other radionuclides are used for therapy. In these cases, radionuclides can be chosen that have emissions that do not penetrate tissue deeply. These can be put into molecules that concentrate in a part of the body, typically cells in a tumor, targeting that particular body of cells to be destroyed. In this way, it is possible to eliminate a tumor that might be inoperable by surgery.
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What is the main use of energy?
The main use of nuclear energy is to produce electricity. Nuclear energy is also used in the field of medicine and military purposes.
What is the main use of nuclear energy?
The main use of nuclear energy is to produce electricity. Nuclear energy is also used in the field of medicine and military purposes.
What are the contribution of science in the field of medicine?
the establishment of chemistry
What is the Contribution of biotechnology in the field of medicine?
whats pake tanga from : ma. areejel
How nuclear energy is used in medicine?
Nuclear energy in the form of radioisotopes and radioactive tracers are used in medical diagnosis and medical treatment. Refer to link below. The field of nuclear medicine encompasses many diagnostic and treatment techniques. These are distinguished from other branches of medicine by their reliance on radioactive compounds. Examples include radioactive isotopes that are ingested or injected, in order to enhance or generate images using radiation-sensitive sensing devices.
Contribution of Paulo Campos?
Paulo Campos is known as the Father of Nuclear Medicine in the Philippines. In addition to his achievements in the field of nuclear medicine, he also promoted wider community health care across the Philippines, and served as the first president of the National Academy of Science and Technology. For his contributions, he was awarded the title of National Scientist of the Philippines in 1988.
Who are the filipino inventors in the field of medicine?
Dr. Paulo Campos, a Filipino inventor who invented a very first nuclear medicine.
How is Einstein's equation used in medicine?
This formula is used in nuclear medicine. It can be really helpful in determining different parts of this medical field.
How is Einstein's equation Emc2 used in medicine?
This formula is used in nuclear medicine. It can be really helpful in determining different parts of this medical field.
What careers are available in radiology?
There are quite a number of fields in radiology that you can look into, including: Radiation Oncologist, Radiation Therapists, Nuclear Pharmacist, Interventional Radiologist, Nuclear Medicine Radiologist, Nuclear Medicine Physicist and Nuclear Medicine Technoligist. Some require more schooling than others but the field is hiring and expanding right now.
What was the contribution of Paulo C Campos?
Paulo Campos is known as the Father of Nuclear Medicine in the Philippines. In addition to his achievements in the field of nuclear medicine, he also promoted wider community health care across the Philippines, and served as the first president of the National Academy of Science and Technology. For his contributions, he was awarded the title of National Scientist of the Philippines in 1988.
What is the contribution of the Islamic civilization to science?
They contributed to algebra, astrology and to the field of medicine. Also, major contributions to astronomy and philosophy.
