PRP's Shoulder Ultrasound Service Information

PRP Diagnostic Imaging provides Shoulder Ultrasound, a crucial diagnostic tool offering high-definition visualisation of the shoulder joint. We utilise advanced ultrasound technology to precisely assess the intricate structures of your shoulder, enabling accurate diagnosis of conditions such as rotator cuff tears and tendonitis.

Our experienced sonographers meticulously examine the tendons, muscles, and surrounding soft tissues, providing detailed insights into the extent and nature of any abnormalities. This detailed imaging is essential for guiding effective treatment strategies and understanding the underlying causes of your shoulder pain.

Book your appointment now. All referrals welcome.

Preparation

No preparation is required.

What happens during the procedure

You may be asked to change into a gown. A clear jelly is applied to the skin and a small plastic probe is moved over the skin above the area being examined. Multiple images are taken throughout the exam.

The sonographer will be with you throughout the scan and will usually ask questions about your medical history and the reason for the examination so that the optimal examination for your problem will be done.

To get the best images can be very challenging and requires considerable time and concentration by the sonographer.

How long does it take?

A shoulder ultrasound takes approx 15-30 minutes depending on the complexity.

After your examination

There are no restrictions after having an ultrasound.

Your images and report

After your examination, the most pertinent images from your study will be available on the myPRP patient portal. A report, along with the images will be sent directly to your referring doctor. PRP will store digital copies of all studies on our secure database for comparison with any future examinations.

It is important that you return to your doctor with your examination results. Whether they are normal or abnormal, your doctor needs to know promptly so that a management plan can be formulated.