Research has shown that there is quite an extreme education required to become a nuclear medicine technologist. One must accomplish an associates or bachelor's degree in a Nuclear Medicine education program. It is often required to have certification from the Nuclear Medicine Technology Certification Board or American Registry of Radiologic Technologists as well.
radiologic technologist studies the nuclear medicine == ==
The average annual salary for a nuclear medicine technologist in the United States is $72,000. The average annual salary for a nuclear medicine technologist supervisor is $106,000.
the salary range between 2000 AED to 25000AED a month
£26, 000
Ronald R. Smith has written: 'Clinical Lab Technician' 'Nuclear Medicine Technologist'
A consensus statement addressing personnel qualified to operate PET-CT equipment states:Any registered radiographer with the credential R.T.(R), registered radiation therapist with thecredential R.T.(T), or registered certified nuclear medicine technologist with the credentialsR.T.(N) or CNMT may operate PET-CT equipment after obtaining appropriate additional education or training and demonstrating competency.(American Society of Radiologic Technologists & Society of Nuclear Medicine, 2004).· Registered radiographer: credential R.T.(R)· Registered radiation therapist: credential R.T.(T)· Registered nuclear medicine technologist: credential R.T.(N)· Certified Nuclear Medicine Technologist (CNMT) may use this modality after obtaining additional education or training & demonstrating competencyLicensure laws for technologists vary from state to state, and are generally in place for the protection of the public to ensure equipment operation only by qualified individuals.
Getting into nuclear medicine as a career choice will prove to be a secure choice for the future. To get the best advantage over others competing for the nuclear medicine technologist, it is necessary to have training in several diagnostic methods and nuclear cardiology. These are the skills that work the best to open doors in this prestigious field of work. The nuclear technologist will operate cameras that will show and map the radioactive drug as it travels through the patient's body. The job involves physical work since there may be disabled patients that need to be turned or lifted. The heavy equipment used in nuclear medicine also needs to be handled with dexterity and mechanical ability. The technologist position may include on-call hours, but for the most part it will be a 40-hour week. Shifts and part-time work is also an option. Some of the equipment is located on a trailer and that would mean necessary travel. To secure a nuclear medicine job, the programs to study could be anywhere from 1 to 4 years. A certificate, associate's degree or a bachelor's degree will be earned. Most states and employers will also need a licensure or certification. It is possible to earn a certificate at a hospital, an associate's degree in a community college and a bachelor's degree in a 4-year college. The courses taken will include the study of physical sciences, radiopharmaceuticals, imaging techniques, effects of radiation exposure, radiation protection and computer applications. To qualify for a licensure, it is important to check the state. Requirements are different for each one. It is voluntary to acquire certification, but it generally accepted for nuclear medicine technologists to have one and for the healthcare facility to ask for one. The technologist will need to complete more continuing education hours to receive the certification. A nuclear medicine technologist may advance to become a chief technologist or to a supervisory position. Some may go on to become directors or department administrators with more advanced education. There is even the option to leave the job and work as a training or sales representative for the manufacturing firms that create the equipment.
The medical field is always evolving because of new advanced technology and discoveries. Diagnosing health problems is the first step in understanding and then treating any medical condition. Nuclear medicine is a relatively modern diagnostic method that can virtually detect all types of problems in all of the body's organs. Despite its name, X Ray imaging is not technically classified under the nuclear medicine. In general, nuclear medicine fits into the radiology branch of medicine and healthcare. The most common type of job position is known as a nuclear medicine technologist. This professional works closely with a physician and has several responsibilities. A nuclear technologist must properly administer radionucleides or radiopharmaceuticals, which are radioactive agents. Patients must ingest the radiopharmaceuticals in several ways such as IV injection, orally, or inhalation. The nuclear medicine technologist is then responsible for detecting and testing the effects of the radiopharmaceuticals on the patient's specific organs. This step involves performing an imaging process with visible results that can be interpreted by the technologist and the physician through specialized computer software. Nuclear medicine technologists must work with extremely sophisticated equipment, such as those used in PET scans. Gamma ray cameras are some other common devices used in nuclear medicine procedures. Since the job exposes workers to radiation, technologists must take rigorous safety precautions even though the radiation levels are considered safe. In addition to the technical skills, professionals in nuclear medicine field must properly handle patients. For example, patients have to be laid a certain way in the chamber scanner and lay there motionless until told otherwise. The educational requirements for becoming a nuclear medicine technologist range from a one year certificate program to a four year bachelor's degree. This medical specialty requires in depth understanding of physics, chemistry, mathematics, human biology, and computer equipment. Some well known organizations that provide accreditation are American Registry of Radiologic Technologists and Nuclear Medicine Technology Certification Board. The best employment opportunities in nuclear medicine can be found at hospitals, medical schools, and medical research facilities. The average annual salary for a nuclear medicine technologist is about $66,000 in the United States. The work schedule usually consists of a five day week, but emergency shifts may sometimes arise.
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Careers that involve radioisotopes include nuclear medicine technologist, radiation therapist, health physicist, and nuclear engineer. These professionals work with radioisotopes in various ways, such as in medical imaging, cancer treatment, radiation safety, and nuclear power generation.
Leonard M. Freeman has written: 'Nuclear Medicine Annual 1999 (Nuclear Medicine Annual)' 'Nuclear Medicine Annual 1995 (Nuclear Medicine Annual)' 'Nuclear Medicine Annual, 1991' 'Nuclear Medicine Annual, 1983' 'Radionuclide studies in evaluation of trauma' -- subject(s): Radioisotopes in medical diagnosis, Traumatology 'Nuclear Medicine Annual, 1990 (Nuclear Medicine Annual)' 'Nuclear Medicine Annual 1996 (Nuclear Medicine Annual)' 'Nuclear Medicine Annual, 1993' 'Nuclear Medicine Annual, 1982'
Answer- Radiology provides excellent career options. It is an important part of modern medical science and play an important role in identifying sources of disease and reducing the possible risks of further spread. After getting education and training in radiology you can get jobs as x-ray technician, Ultrasound or nuclear medicine technologist, and radiologist etc.