Nuclear medicine has been around for ages, its discoveries has brought about different variations of treatments, those in which have helped millions combat diseases. It uses radiation to administer information about the functioning of a person’s organs or to treat diseases. It detects early signs in the tissue. Nuclear medicine procedures are very safe and do not require anesthesia. A small dose of radiopharmaceuticals is introduced into the body with low radiation and still provide a definite medical evaluation. That is why it has been around for so long. It is important for us to identify the basis of treatments, how the benefits pertain to the patients, and how specialists play a major role.
Treatments
The most common …show more content…
They may be major or minor. “The pros of nuclear medicine are that it can diagnose several diseases that are very harmful for the people, the x-rays can scan the most sensitive parts of the body, and it has brought a lot of advancements in the field of medicine. The cons require a huge amount of investment, as some facilities are expensive, it produces mild radiation, if users are not careful it can develop cancer in health of several patients, it is not advisable for pregnant patients, and it is not the best alternative for old methods of treatments” (Pros and Cons of Nuclear Medicine, April 2014). After gathering the information if nuclear medicine is safe or not, facilities have shown that it is more safe than dangerous to the patients because of its low dosage and radiation. “Radiation to the patient is like that resulting from standard x-ray examinations. Nuclear medicine has been used for more than five decades and there have not been any known long-term adverse effects from such low-dose studies” (Main Line Health, 2017). From what physicians and facilities are saying about assurance of nuclear medicine, there is no problem having radiation. “Before the medicine is used, they are tested carefully and are approved for use by the U.S Food and Drug Administration. The risk of a reaction is 2-3 incidents per 100,000 injections, over 50% of which were rashes, as compared to 2000-3000 per 100,00 injections of x-ray contrast media” (snm advancing molecular imaging,