Nuclear medicine is a vast field in health science. It plays a very important role in diagnosing and treating many disorders. As the name says, nuclear medicine is nothing but usage of unstable atoms to produce radiations to identify the diseases in the body. An individual who has studied the technology is called a nuclear medicine technologist. This is a very challenging nuclear medicine technologist jobs as one has to work with the radiations all day. To become a nuclear medicine technologist one has to undergo several years of study. The basic criterion is a pass in high school with good score in science. One can choose go for a bachelor’s degree or associate degree. Certificate programs are also available which is for students who already are familiar with imaging technologies.
In the nuclear medicine technologist schools one learns about physical science, radiopharmaceuticals, imaging procedures, radiation exposure effects, radiation safety procedures and computer skills. Professionals who already possess a degree in imaging technologies go for the certificate course to get to know the new technology. The duration of these courses range from one year to 4 years depending on the type of course. Certificate courses are the least duration courses while the bachelor’s degree is of long duration for about 3 years. Whatever course is chosen, one has to appear for the exams conducted at the end of the course and get certified to work in any health care centre.
Joining in the best school is the basis for a career in some of the reputed hospitals. Choose schools or colleges that have latest equipments for teaching these new technologies. Only by working on these equipments does one get the hands on experience in real time. One can find a good school by searching in the internet and through referrals. Questioning students who are studying in the school can give you a better impression about the organization and its activities. By analyzing the ranking of the organization and the competitive performance one will get an idea about the organization.

Nuclear medicine is a vast field in health science. It plays a very important role in diagnosing and treating many disorders. As the name says, nuclear medicine is nothing but usage of unstable atoms to produce radiations to identify the diseases in the body. An individual who has studied the technology is called a nuclear medicine technologist. This is a very challenging job as one has to work with the radiations all day. To become a nuclear medicine technologist one has to undergo several years of study. The basic criterion is a pass in high school with good score in science. One can choose go for a bachelor’s degree or associate degree. Certificate programs are also available which is for students who already are familiar with imaging technologies.
In the nuclear medicine technologist schools we learn about physical science, radiopharmaceuticals, imaging procedures, radiation exposure effects, radiation safety procedures and computer skills. Professionals who already possess a degree in imaging technologies go for the certificate course to get to know the new technology. The duration of these courses range from one year to 4 years depending on the type of course. Certificate courses are the least duration courses while the bachelor’s degree is of long duration for about 3 years. Whatever course is chosen, one has to appear for the exams conducted at the end of the course and get certified to work in any health care centre.
Joining in the best school is the basis for a career in some of the reputed hospitals. Choose nuclear medicine technologist schools or colleges that have latest equipments for teaching these new technologies. Only by working on these equipments does one get the hands on experience in real time. One can find a good school by searching in the internet and through referrals. Questioning students who are studying in the school can give you a better impression about the organization and its activities. By analyzing the ranking of the organization and the competitive performance one will get an idea about the organization.

Nuclear medicine technologist is those who have knowledge and hands on experience in administering radioactive substances in the body to detect disorders in the body. The technician also adds radioactive substances to blood or serum to determine the hormone levels. Most of the nuclear studies are processed with a computer or specialized equipment. The job of a nuclear medicine technician is strenuous. A nuclear technologist must have good physical stamina as he spends most of the day standing. He works for about 40 hours per week including weekend and evening hours. Opportunities to work in part-time and shift work are available in most of the hospitals. The technologist works on on-call duty in a rotational basis.

Nuclear medicine technologist is exposed to radiation most of the time so they use shielded syringes, gloves and other protective devices to protect them from the radiation. The amount of nuclear radiation received is comparable to that received during a diagnostic x-ray procedure. Technicians wear badges to measure the radiation levels. They check the levels of the radiation constantly so that they do not exceed the normal range that affects both the technician and the patient. To practice as a nuclear medicine technologist, one has to be certified or licensed by the Nuclear Medicine Technology Certification Board or the American Registry of Radiologic Technologist. The technicians must meet the minimum criteria set by the Federal Standards to become a licensed practitioner.

The expectation of the Federal Standards is that the technician should be proficient in the administration of radioactive drugs and the operation of radiation. Generally the duration of nuclear technology programs ranges from 1 to 4 years based on the course. Certificate courses are offered in hospitals; these are for people who have already completed a study in imaging technologies and want to specialize in nuclear technology. Associate degree is offered in community colleges, these are for people who are interested to set a career in nuclear technology. Bachelor’s degree is for those who want to make nuclear medicine as their lifetime career.

A nuclear medicine technologist is one who has administers radionucleides in the patients to diagnose and treat disorders. He works in hospitals, clinics or may have a private office. The job of a nuclear medicine technologist is very challenging as he has to work with radiations and deal with people of all ages. Nuclear medicine technologist is needed by most of the hospitals. They play an important role by giving the images to the physicians to determine the method of treatment. There are in great demand because their role is important to both physicians and the patients. Due to the demand for these nuclear medicine technicians, pay is increased by most of the health care centers. The salary of a nuclear medicine technician is calculated by the US Government of Labor Statistics.

Nuclear medicine technologist salary varies based on the location and setting. A technician works for a bout 40 hours per week with a total of 2080 hours per year. The salary details of a nuclear medicine technician are as follows. A technician can work on an hourly basis. The median salary of a technologist per hour is about $32.90. The lowest hourly pay is about $23 while the highest is $43 per hour. The annual average salary of a technician is about $68,450. The lowest salary that a nuclear medicine technician earns is about $25 per hour. The lowest pay rates are associated with rural areas and schools whereas the highest pay are associated with major population areas. The highest pay that a technician earns is about $40 per hour.

The top 5 paying states are California, New Jersey, Maryland, Washington, and Nevada. The pay of these states is $85,500, $80,520, $79,340 and $78,590 respectively. The top 5 metropolitan areas that offer good pay are San Jose-Sunnyvale-Santa Clara with $94,830, Oakland-Fremont-Hayward of about $94,220, San Francisco-San Mateo-Redwood City of about $93,380 Sacramento-Arden-Arcade-Roseville for $92,900 and Santa- Irvene for $92,530. Apart forms the salary, they are offered benefits like the fringe benefits which vary based on the business size and location.

Nuclear medicine technologist is one who prepare and administer radio active materials to detect and treat various diseases. He reviews both the patients and physicians’ records to determine the amount of dosage and the method of delivery of the radio active substance. Radio active materials can be administered in the body through 3 ways, they are oral, inhalation and intravenous. They also evaluate the condition of the patient and recognize emergency situation. In case of emergency situation the patient is transferred to the hospitals for further treatment. They use computers and technical equipments to follow the distribution of the radio active materials through out the body. The technician should be comfortable with computers and lab equipment.

The technician is also well versed in using radioactive substances in laboratories to perform tests so that they know the limits of radiation exposure on the body. A nuclear medicine technologist must know the safety measure while using the radiation on the patients. Excess or low radiation might result in disorders. Nuclear medicine technologists participate in research projects to get knowledge about the effectiveness of the procedures. The technician sometimes monitors students, laboratory assistants and other personnel. The technicians have the ability to understand and analyze complicated visual material. Nuclear technicians work in hospitals, clinics, diagnostic centers, research facilities, public health departments, educational facilities, and physician’s office. They work under a nuclear medicine physician or a supervisor.

Nuclear medicine is a new technology in the health industry. It is used in most of the reputed hospitals. Most of the health care centers require nuclear medicine technicians. The pay for these technicians is also high since there are very few people graduated from this field. A nuclear medicine technician is paid about $50,900 per annum. Salary of a nuclear medicine technician ranges from $43,200 to $59,100. Apart from the above mentioned figures, salary is based on factors like performance, experience, organization, education and location. Pay increases as the education level increases. A graduate is paid more than a certificate holder.

Nuclear medicine is a technology that gives information about the structure and function of every organ. It involves the administration of radio active substances in the human body to visualize the functions of the organs. These are done by technicians who have mastered nuclear medicine technology. A nuclear medicine technologist administers these medicines to the patients as directed by the physicians. The job of a nuclear medicine technician is to communicate with the patients effectively in order to give them a complete idea of the procedures that is going to happen. Nuclear technologist then administers the radio active drugs according to the prescription of the physician.

A nuclear medicine technologist works in hospitals and health care centers. In order to get employed n any health care center, the technician has to undergo several years of study. He has to be certified by the State. In hospitals, he works in line with the physicians. Based on the report of these technologists, the physician takes appropriate treatment for the patients. He prepares reports and delivers tem confidentially to the physicians. The technician is well versed in all the procedures and equipments. He maintains the equipments the equipments and checks the condition periodically to ensure proper working. Protective measures like shields and jackets are used to prevent from excessive radiations.

With experience in the field, a technician can go to a supervisor level, where he maintains an supervises the fresher and the laboratory. A bachelor’s degree will also help one to go to a high position. He always updates about the latest technology and equipments that are used in nuclear technology. A nuclear medicine technologist attends workshops to see if the technologies that he implements are effective. He wears badges that checks on the radiation levels in the laboratory. Where ever a nuclear medicine technologist is employed, he should take necessary measures to allow only the necessary amount of radiation t prevent serious illness. A reputed hospital will have research centers where the technicians can participate and also study.

Nuclear medicine is one of the effective diagnostic methods to diagnose and treat diseases. In this technology, unstable atoms are used to produce radiations to identify the disorders. An individual who is expert in administering appropriate doses of radiation to the patient and takes images using a computer or equipment is called a nuclear medicine technologist. A nuclear medicine technologist is responsible for administering radio active drugs and monitoring the process. He ensures that the patients are not exposed to dangerous radiation levels. They receive specialized training to handle the radio active elements and the equipment that monitors the dosage. Before starting the procedure, the technologist explains the diagnostic procedures to the patient so that he is comfortable during the procedure.
After explaining the procedures to the patients, the technician administers the drugs. The dugs are given in any forms through oral or injection. As soon as the drugs are administered, technician monitors them through cameras or scanners. They follow the path of the drugs through the patient’s bodies and capture diagnostic images. These images are captured in a film so that the doctors are able to study and treat if there are any disorders. The technician records the dosage and the drugs that were administered to the patients. He also maintains the patient’s records for further treatment. The 2 main technologies that a nuclear medicine technologist works on are the Positron Emission Tomography and nuclear cardiology.
PET gives 3D images of the body whereas the nuclear cardiology gives images of the heart and blood flow. In order to practice in a hospital, the technician has to get licensed from a American Registry of Nuclear Medicine or from Nuclear Medicine Technology Certification Board. For those interested to take nuclear medicine as their career one must have a certification or an associate’s degree or a bachelor’s degree in nuclear medicine. There are many colleges and community centers offering this course. Finding a good school for studying these courses is a good start.

Nuclear medicine technologists are those who are proficient in dealing with radionucleides to diagnose and treat diseases. They have undergone training in the nuclear medicine to practice as in hospitals and health care centers. The underlying technology used in nuclear technology is the radionucleides. Radionucleides are nothing but unstable atoms emitting radiations. These radionucleides are compounded to form radiopharmaceuticals. Nuclear medicine technologists administer these into the patient’s body to diagnose and treat disorders. He follows the path of the drug into the body on a computer screen. He takes images of these and produces to the physician for deciding on the treatment. The technician works in hospitals and health care centers.
The job of a nuclear medicine technologist is very strenuous as he has to work standing for a long time with radiation. He has to have good physical stamina as he has to lift and transfer the patients to and from the bed. He has to have good communication and convincing skills to tell the patients what exactly is going to happen. One of the main jobs of a nuclear medicine technician is to document the drug dosage and the treatment that has been administered to the patients. He also maintains the records of the patients for future purposes. He should be proficient in working with the computers and with the equipments.
In order to protect him from the radiation, he wears badges, gloves and other necessary clothing that will protect from the radiation. He wears a badge that gives the amount of radiation that is being generated. A nuclear medicine technologist works on two important technologies – PET and nuclear cardiology. PET gives a 2 dimensional image of the body and gives a detailed view about the functioning of the organs. Nuclear cardiology is a technology that gives a detailed view about the heart and the blood vessels. The technician masters these technologies to take images for diagnosis and treatment. He always works in close association with the physicians.

A nuclear technologist is one who is expert in multiple diagnostic methods and nuclear cardiology. He works in hospitals and health care centers. The most common form of nuclear imaging technology are the x-rays. In nuclear medicine, radionucleides are used are used to diagnose and treat diseases. Radionucleides are purified and compounded before administering to the patient. The compounded form of radionuclieds is known as radiopharmaceuticals. These radiopharmaceuticals are administered to the patient to monitor the characteristics and functions of the tissues and organs where the drugs localize. The technician uses computerized equipments to visualize the changes in the organs. Before starting the procedure, the nuclear medicine technologist explains the procedures to make them comfortable during the imaging.

After explaining the procedures to the patients, the technician prepares a dosage of the radiopharmaceutical and administers through mouth, injection, and inhalation. After the administration of the radiopharmaceutical, the technician positions the patients in front of a gamma scintillation camera or scanner. The camera creates images of the pharmaceutical distribution in the body. The equipment is connected to a computer screen or film that shows the images where the radiopharmaceuticals are administered. The technician makes a note of the changes in the metabolic activities of the organ and prepares a report. A nuclear medicine technologist prepares and maintains the reports of the patients. He works under the orders of the physician.

The job of a nuclear medicine technologist is very strenuous as he has to stand for long hours of time. He should have good physical fitness to work both with the equipment and patients. While working with the pharmaceuticals the technician is careful to prepare them since over or under dosage of these drugs may result in sever health hazards. There are 2 main areas of specialty a nuclear technician works in, they are nuclear cardiology and positron emission tomography. Nuclear cardiology deals are used in myocardial perfusion imaging which gives a 3D image of the body. Positron Emission Tomography is used to take images at the site where the radiopharmaceuticals are administered.

Nuclear medicine is special in medical imaging that uses radionucleides for diagnosis and treatment of disease. Radio nuclides are combined with other elements to form chemical compounds. These chemical compounds are again combined with existing pharmaceutical compounds to form radiopharmaceuticals. These radiopharmaceuticals are administered to the patients to localize a particular organ or cellular receptors. This allows the ability to image the disease-process in the body based on the cellular function and physiology. Nuclear medicine identifies diseases at an earlier stage then the other diagnostic procedures. Nuclear medicine is not only used for diagnosing but also for treating diseases.

In this imaging technology, radioactive substance is administered internally either orally or intravenously. External detectors like the gamma cameras capture and form images. Images are formed from the radiations emitted by the radiopharmaceuticals. This process is completely different from the other imaging technologies. There are several techniques in nuclear medicine. Scintigraphy is the process of creating 2 dimensional images by using internal radionucleides. SPECT is used for getting the images in different planes by using the gamma camera date from the projections. Positron Emission Tomography is another technique which uses coincidence detection to image functional process. Nuclear medicine imaging techniques are more organ specific. They are used for taking images of lungs, heart, bone and bran unlike the conventional technologies that focus only on the particular section of the body.

These diagnostic tests exploit the way the body handles substances in the presence of disease. The radionuclide introduced in the body will be bound chemically to a complex that acts characteristically within the body. This is known as tracer. A tracer will be processed and act differently in the presence of a disease. Increased concentration of the tracer means that there is a physiological problem in the particular organ. Many tracer complexes have been developed to image and treat different organs, glands and physiological process. Sometimes nuclear medicine scans are superimposed on images from CT or MRI to highlight the part of the body where the radiopharmaceutical is concentrated.