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What is nuclear medicine?
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What is nuclear medicine?

 
Nuclear medicine is a medical speciality that uses small amounts of radioactive substances to look at what is happening the body, to identify problems and in some cases, provide treatment (for example overactive thyroid, joint problems and some cancers. Pictures are taken which allow problems to be diagnosed, prevented and sometimes treated.

One of the most exciting factors about nuclear medicine is that it enables professionals to see what is actually happening inside the body, not just the physical changes that have already occurred. For example, nuclear medicine techniques can produce images of the heart ‘in action’ that reveal if and where the blood flow to the heart muscle is reduced as well as whether or not those areas of the heart are still alive.

If you would like to know more follow the links below:

What is nuclear medicine?

Lots of different types of people work in nuclear medicine, all with different skills and training.

Technicians & Radiographers
Nurses
Physicists
Pharmacists
Doctors

The British Nuclear Medicine Society is the specialist society for all of these professions. Further information?


Nuclear medicine covers a range of investigations and treatments and to give a flavour of this here are some examples:

Bone scans – following a small injection of a radioactive tracer, pictures are taken with a special camera (Gamma Camera), which look at the uptake of the tracer in the bones.
This can show areas of increased bone turnover for example if the bone is broken, or areas of cancerous deposits. The images give information about physiology, rather
than anatomy – as seen on X-rays. Radioactivity injected into joints can treat some forms of arthritis.

Heart Scans- again looking at function rather anatomy. Here radioactivity has been injected whilst the patient is walking on a treadmill to stress the heart, and shows areas of the heart muscle with little blood flow (or uptake of radioactivity). Resting images taken later show that the muscle is alive, as the blood flow (or radioactivity) normalises.

Thyroid scans and treatment – radioactive iodine can be used both to diagnose and treat overactive thyroid disease.


PET and PET/CT

One of the newest and most exciting developments in nuclear medicine is PET and PET/CT scanning. PET (Positron Emission Tomography) scans use short-lived radioactive substances as markers for metabolic processes. Images are taken while these tracers are in the body so that areas of increased metabolism can be seen. PET scans can be combined with simultaneous CT (Computerised Tomography) scans which use computers to assemble a series of X-ray images taken of the body from various angles to give highly detailed cross-sectional or slice-like images of the body. This technique allows the findings about the function of the body from the PET scan to be located onto an exceptionally precise anatomical image, greatly aiding both diagnosis and treatment.

Nuclear medicine is a specialised medical discipline that offers a very safe and non-invasive way of finding out what is wrong with a patient. It often allows earlier diagnoses to be made and can also be used as a therapeutic treatment in its own right.

 

© 2013 BNMS unless otherwise stated.
The BNMS is a registered as a company in England and Wales with number 08082786.  The BNMS is a charity governed by the rules of the Charity Commission for England and Wales - Registered Number 1150234.  Registered Office: The Royal College of Physicians, 11 St. Andrew's Place, Regent's Park, London NW1 4LE.
The British Nuclear Medicine Society is not able to give specific clinical advice to members of the public. If you are concerned about your scan or therapy please seek the opinion of a nuclear medicine clinician where you were seen or the clinician who referred you to the department or your GP.
Enquiries related to issues such as internships and work experience opportunities, should be directed to the relevant professional body e.g., for radiologists, this will be the Royal College of Radiologists.