Nuclear medicine technologist work refers to the supply of medication called radio pharmaceuticals to the patients through a diversity of implementations, one of them being the application of injections. Nuclear medicine technologists are considered to be professionally skilled health care individuals.
The nuclear medicine technologists investigate the reactions and changes that take place in the internal tissues of the patient after successful application of the radio pharmaceuticals. They do this with the help of specialized scanning cameras. Radio pharmaceuticals are chemical substances that are dependent on radionuclide which is an unsteady isotope of atoms.
Nuclear medicine technologists determine the regions of radioactivity, which can be low or high i.e., different from what was anticipated with a view to identify the abnormalities. The physician is able to analyze the outcomes of treatment and examinations only after the technologists improves the medical images on the computer system and creates related processes.
They are involved in the observing, storing, and dispensing of medical imaging nuclear pharmaceuticals including the drugs utilized. They also set accurate dosages for the patient who is being administered. Besides, they visit the doctor's office regularly and go through the patient chart with a view to identify the chemicals required for special tests performed.
Furthermore, nuclear medical technologists are required to properly calibrate and maintain the apparatus that are utilized medical scanning. They make sure that the equipments provide proper readings that are precise for respective patients. They spend considerate amount of time in assembling information for the doctors and filling medical charts.
Moreover, these professionals are required to keep themselves updated about the latest information, important data, and other medical studies associated with this sector for becoming proficient in their work.
Requirements of Nuclear Medicine Technologist Work
The basic requirements of nuclear medicine technologist work are as follows:
Employment Locations for Nuclear Medicine Technologist Work
The location of employment makes a real difference in any profession. Considering the profession of nuclear medical technologist, California is the best paying state in the country which has employed a huge number of nuclear medicine technologist professionals.
Other states that has found to influence this field in major way are San Hose, Sacramento, and San Francisco. The Oakland-Fremont-Hayward is also a good location for employment in this sector.
Salary for Nuclear Medicine Technologist Work
According to the 2008 statistics, out of the total number of nuclear medical technologists, eighty percent of them were able to draw a compensation that was between $48,000 and $88,000. On the other hand, technologists belonging to the middle fifty percent group earned a that ranged from $57,000 to $78,000 while the median range was found to be $67,000.
Those who work as contractors and self employed professionals earn about $34 or $35 per hour.
Work Conditions of Nuclear Medicine Technologist Work
Nuclear medicine technologists are most likely to bear the risk of frequent exposure to radiations due to the precise characteristic of their work. As a result of this, the radiation levels are identified and these medicine technologists make use of shielded tools and wearables while performing their tasks.
Nuclear medicine technologists are mainly found to be employed in clinics, hospitals, and other medical environments like general medical institutions, governmental organizations, surgical hospitals, outpatient imaging institutions, specialty hospitals, and research centers.
Job Prospects of Nuclear Medicine Technologist Work
Nuclear medicine technologists have a very bright prospect in the heath care industry. As per the latest updates of medical employment, the employment opportunities in this field is expected to rise by a minimum of fifteen percent in the next few years.
This is because the aging population that draws with it the requirement for greater room for diagnostic examinations, thus paving the way for more nuclear medicine technologist work.