SpectraCure is developing a future system for treatment of prostate cancer. Our ambition is to offer patients with recurrent prostate cancer an effective treatment with few side effects while maintaining a high quality of life.
SpectraCures system is suitable for treating internal solid tumours, and as a first indication, the system has been adapted for treating recurrent prostate cancer. Treatment of recurrent prostate cancer after radiation therapy is controversial due to the high rates of severe side effects; this is exactly why SpectraCure has chosen to focus on recurrent prostate cancer.
Our method is based on photodynamic therapy (PDT), where the use of a medication makes the tissue sensitive to light. The medication is then activated by laser light, which eliminates the cancer cells.
We are currently running a clinical study for patients with recurrent prostate cancer at leading hospitals in the United States, the United Kingdom, Canada, and Sweden. The study objectives are to determine the most effective medication and light dose, and to evaluate the treatment effect.
Recurrent prostate cancer after radiation therapy can be difficult to treat, and available treatments often result in side effects that affect the patient’s quality of life. Therefore, SpectraCure has chosen recurrent prostate cancer as the first prioritised indication with the goal to eventually offer patients with recurrent prostate cancer a local treatment with few side effects.
The treatment method, interstitial PDT, is enabled by an entirely new generation of treatment system that includes a software for dose planning and a laser unit. The integrated IDOSE® software calculates and adapts the laser exposure for each patient. The dose planning is important because overexposure to laser light may lead to damage to healthy tissue. In turn, underexposure can lead to incomplete treatment and recurrence of the tumour after treatment.
For a tomorrow where we cure cancer and improve quality of life for those affected
Global market with high growth
A real clinical need
A new treatment option
Health economic viability
Attractive business model with continuous revenue streams
Potential to develop treatment for more cancer diagnoses