What are the applications of radiation to drug or medical purposes?
pls help me....i need answers
Answers:
To add to some of the above, radiation is also used surrounded by a lot of medical testing such a radioactive immunoassay testing.
It is also used as marker for imaging, such as Indium and Gallium, which are injected into a patient to help light up places in bone or other tissue where the activity may be increased, or decreased.
Radiation is also used surrounded by oral medication for treatment of certain cancers, such as thyroid cancer, which in several cases patients will be prescribed iodine 131 which is the radioactive form of iodine.
Also, back to medical testing there are other radioactive isotopes that are basic to complete the analysis of patient samples, such as Indium, Gallium, etc. Source(s): Toxicologist
Radiotherapy is the obvious one.
X-ray analysis is the most common but electrons are used for treating superficial tumors. Proton therapy is fairly exotic but is used in the treatment of eye tumors. Neutron capture is another developing treatment.
Brachytherapy is the use of radioactive isotopes which are placed in or close to the cancer. Prostate cancer within men and gynecological cancers in women are examples where they are used.
Unsealed sources are where on earth a radioisotope is attached to a pharmaceutical which finds its way to the organ to be treated. Iodine and thyroid cancer for instance.
Apart from ultrasound and MRI, imaging techniques use radiation usually x-rays or gamma rays but sometimes positrons (PET scans)
X-rays are radiation; the use of x-rays is fairly noticeable.
Harder radiation can be used in a targeted, projected fashion to kill enduring kinds of cancers.
Ultraviolet radiation causes tanning, and is also adjectives for the treatment of psoriasis. Source(s): I'm a physician.
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Answers:
To add to some of the above, radiation is also used surrounded by a lot of medical testing such a radioactive immunoassay testing.
It is also used as marker for imaging, such as Indium and Gallium, which are injected into a patient to help light up places in bone or other tissue where the activity may be increased, or decreased.
Radiation is also used surrounded by oral medication for treatment of certain cancers, such as thyroid cancer, which in several cases patients will be prescribed iodine 131 which is the radioactive form of iodine.
Also, back to medical testing there are other radioactive isotopes that are basic to complete the analysis of patient samples, such as Indium, Gallium, etc. Source(s): Toxicologist
Radiotherapy is the obvious one.
X-ray analysis is the most common but electrons are used for treating superficial tumors. Proton therapy is fairly exotic but is used in the treatment of eye tumors. Neutron capture is another developing treatment.
Brachytherapy is the use of radioactive isotopes which are placed in or close to the cancer. Prostate cancer within men and gynecological cancers in women are examples where they are used.
Unsealed sources are where on earth a radioisotope is attached to a pharmaceutical which finds its way to the organ to be treated. Iodine and thyroid cancer for instance.
Apart from ultrasound and MRI, imaging techniques use radiation usually x-rays or gamma rays but sometimes positrons (PET scans)
X-rays are radiation; the use of x-rays is fairly noticeable.
Harder radiation can be used in a targeted, projected fashion to kill enduring kinds of cancers.
Ultraviolet radiation causes tanning, and is also adjectives for the treatment of psoriasis. Source(s): I'm a physician.
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