The Administration of Nuclear Medicine and Cancer

Prior to the advancement of medical nuclear science, people were facing great pain in certain parts of the body, but screaming and homemade treatments were ineffective. With the invention of surgical instruments and surgery it has become widespread to use cancer cells to remove body parts. This will never guarantee that the patient will be healthy. Recurrence of cancer is always a matter of time, and this is also new vitality. There are other ways to find a solution (Mukherjee, 2011).

Nuclear medicine is a field of medicine involving the management of radioactive substances to diagnose and treat diseases. Nuclear medicine scans are done by radiologists. This occupation of nuclear medicine is sometimes referred to as endoscopic radiology because the radiation emitted from the body is detected rather than applied externally, for example as X-ray treatment. In nuclear medicine scans, radionuclides combine with other compounds to form radiopharmaceuticals widely used in this field. When administered to patients, these radiopharmaceuticals target specific organs or cell receptors and bind selectively to them. An external detector is used to capture the radiation emitted from the radiopharmaceutical as the radiopharmaceutical moves through the body and is used to generate the image. Diagnostic methods based on substances known to treat health conditions and medical conditions

Nuclear medicine is a medical technology combining nuclear technology and medicine for the diagnosis and treatment of diseases. Medical isotopes and nuclear radiation studies can be widely used in clinical and basic studies such as cancer, heart disease, and other specific abnormalities within the body. Nuclear medical diagnosis is non-invasive and painless, unlike diagnostic X-rays, external radiation needs to pass through the body to form an image. Radioactive tracers are usually done in the body by oral or intravenous injection and release radiation during circulation and metabolism in the body. An external detector (eg, a gamma camera) can then capture and form the image from the emitted radiation. In this way, the morphology and function of the patient's organs can be displayed in the form of curves, numbers, images or photographs.

There are other fields using radiation and radioactive substances in the medical field. These are used to treat diseases and cancers and are often referred to as treatment. The main field of nuclear medicine is nuclear medicine treatment. A common example of nuclear medicine treatment is the use of radioactive iodine to treat thyroid problems including thyroid cancer. The lower specialty field of oncology (cancer research and treatment) is radiation oncology. As its name implies, this oncology field is focused on the use of radiotherapy for cancer.