nuclear medicine

The hospital is the focus of a plan for a national nuclear medicine centre.

It offers a full range of general care, and nuclear medicine service.

These are part of the medical specialty called nuclear medicine.

From the beginning, the main concentration of the company has been nuclear medicine.

In these years of nuclear medicine, the growth was phenomenal.

The reading came back: iodine-131, used in nuclear medicine like chemotherapy.

He also helped develop the use of nuclear medicine in imaging the heart.

This is considered by many historians as the most important article ever published in nuclear medicine.

For all its dangers, such research clearly advanced nuclear medicine.

A typical example is the technetium-99m generator used in nuclear medicine.

Nuclear medicine imaging techniques give doctors another way to look inside the human body.

Without such research there would be no nuclear medicine.

And it cannot be confirmed without the use of nuclear medicine."

Nuclear medicine became widespread and there was a need to develop a new specialty.

A cornerstone of diagnostic nuclear medicine, technetium-99m, was created in 1958.

Shows several occupational categories where people may use nuclear medicine technologies in their work.

The history of nuclear medicine will not be complete without mentioning these early pioneers.

In nuclear medicine, radioisotopes are used for diagnosis, treatment, and research.

Some radioactive elements have uses in nuclear medicine for diagnosis treatment or research.

Nuclear medicine uses radioactive substances to image the body and treat disease.

The Labs produce about half of the world's Nuclear medicine.

The program requirements for nuclear medicine residencies also include all of these elements.

Full body nuclear medicine scan follows using a gamma camera.

"Well, I went out and bought it; it's a standard text on nuclear medicine.

In this article, we will explain some of the techniques and terms used in nuclear medicine.