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The medical world is experiencing an increase in use of nuclear medicine for diagnostic testing and for research for cancer treatments that involve radiation therapy. This is good news for nuclear medicine technologist industry. The rise in nuclear medicine creates job opportunities for science degree hopefuls who may be interested in pursuing a career in this profession.

Nuclear medicine helps to diagnose and treat diseases; it is made up of chemistry, physics, mathematics, computer technology, and medicine along with using radioactivity to tend to and/or control diverse diseases. The practices are becoming more and more popular because they provide both the structure and function of virtually every major organ system within the body. This is not possible with the more common imaging system like the x-ray.

For example, small amounts of radioactive material may be introduced and traced through certain organs of the patient’s body. Nuclear medicine allows the doctor to get a picture of a specific area of the body in order to help in the treatment of such diseases as thyroid cancer. These procedures are safe. They involve little or no patient discomfort and do not require the use of anesthesia.

The nuclear medicine technologist has many duties, besides assisting the physician with day-to-day activities. The technologist is responsible for preparing and administering the radioactive chemical compound. Using sophisticated radiation-detecting instruments, the he or she performs the patient’s imaging procedures. These techs work in the laboratory analyzing biologic specimens. They also collect images, data analysis, and patient information for diagnostic interpretation.

Patient care is a very important part of the tech’s responsibilities. The technologist is the point of contact for the patient, and that requires him or her to work very closely with the patient throughout the visit. Technologists perform imaging procedures, create patient history profiles, and answer patients’ questions. It is important that they possess a sincere and caring disposition for the purpose of gaining patient confidentiality and trust.

The future of nuclear medicine has never been brighter, as it continues to be at the forefront of modern clinical medicine and technological development. Technologists of the field work in a wide variety of clinical settings such as outpatient imaging facilities, community hospitals, university-teaching hospitals, public health institutions, and government and private research institutes.

Preparation to become a technologist in this field requires special training in a four-year college or in a specialized school just for this profession. Prerequisites depend on the type of program offered, but typically include a background in science and mathematics. On-the-job training is also necessary. Also, upon completion of a nuclear medicine program, some states and employers require certification by a national certifying agency.

The field of nuclear medicine technology continues to be on the rise due to the extensive and increasing use of these practices in testing procedures and cancer treatments. If you are a science major and are undecided as to what career to pursue, consider the tremendous opportunities available in this field. Arrange a visit with one of the technologists at your local hospital to learn more about the profession. Accomplish your technology degree online with the assistance of online college courses.