Strontium 89 for bones
The Birmingham Prostate Clinic offers Strontium 89, a treatment to help control pain experienced by patients when prostate cancer spreads to their bones.
What is Strontium 89?
Strontium 89 is a form of internal radiotherapy and is usually given as an intravenous infusion or IV. This contains Strontium 89 which emits beta particles of radiation. These rays target the cancer cell within your bones, reducing pain and delaying the development of future tumours.
How would I be given Strontium 89?
Strontium 89 is given to patients as an intravenous infusion (or IV). A doctor or nurse places a narrow plastic tube into a vein, usually in your arm, using a needle. The needle is then removed and the fluid is passed through the tube into your vein.
You would be given your IV of Strontium 89 as an outpatient and monitored for several hours before being able to go home.
It can take up to three weeks before the affects of Strontium 89 are felt. However, these affects are long lasting and will remain for many months. You may need to have another injection several months later.
What do we know from clinical studies of Strontium 89?
- There is good evidence from a large number of clinical studies that Strontium 89 therapy can provide sustained pain relief in patients with prostate cancer that has spread to the bones.
- More than 70 per cent of patients experience relief of their pain following a single injection of Strontium 89.
- The palliative effect of Strontium 89 is long term. Patients’ pain is relieved for a period of many months following the treatment.
- Strontium 89 can reduce the need for pain relief tablets and opioid analgesia.
- Strontium 89 has been shown to improve the quality of life of patients with advanced prostate cancer.
- Strontium 89 is well tolerated with minimal side effects including mild nausea and reduction of the platelet and white blood cell counts.
- Studies have shown Strontium 89 can delay the need for palliative external beam radiotherapy by delaying the development of new tumours.
