Skip to main content

We’ve updated our Terms & Conditions and Privacy Policy. By using this site, you agree to these terms.

Nuclear imaging and therapy

Nuclear imaging uses very small amounts of short-lived, low-energy radioactive materials called radiotracers to highlight certain areas of the body. Special cameras read the areas, and images are created for the doctor to review. Nuclear imaging scans show changes caused by small tumors, fine fractures or certain diseases before they can be detected on an X-ray.

Nuclear imaging yields results unattainable through other types of imaging exams and is a valuable tool for diagnosing disease in its earliest stages. Our specialists use nuclear imaging to see the activity in various systems within the body, including the brain, heart, stomach, kidneys, lungs, thyroid and bones.

What you should know about nuclear imaging and therapy

  • Depending on the type of exam being performed, the radiotracer can be swallowed, inhaled as a gas or intravenously injected.
  • It can take as little as a few seconds or as long as several days for the radiotracer to accumulate in the organ being studied. Imaging may be performed immediately after the radioactive material is administered or may be scheduled at a later time.
  • Nuclear imaging is noninvasive and painless with the exception of possible discomfort from the injection of the tracer.
  • The doses of radiotracer administered for exams are very small and result in relatively low exposure to radiation.

Why choose Geisinger for nuclear imaging and therapy

  • We offer nuclear medicine therapy for thyroid cancer, prostate cancer, and lymphoma in addition to pain management for certain bone cancers using Samarium.

Treats these conditions

Geisinger’s radiology specialists use the latest in nuclear imaging technology to diagnose a wide range of conditions, including:

  • Cancer
  • Diseases or abnormal conditions of the heart, lungs, brain, kidneys, bones and other systems

Specialties and institutes

Connect with other specialties at Geisinger to learn more about these treatments.

Request a consultation today

Content from General Links with modal content