Photodynamic Therapy – Hyperthermia (PDT-HT)

A powerful, targeted cancer therapy that combines light-activated treatment and heat to destroy tumors more effectively while minimizing side effects.

Benefits of Combining Photodynamic Therapy and Hyperthermia

**A Powerful, Integrated Approach to Cancer Care**

At Port Moody Health, we offer a unique treatment that combines photodynamic therapy (PDT) with hyperthermia to target cancer more effectively. This integrated approach uses two scientifically proven methods that work together to destroy cancer cells while minimizing harm to healthy tissue. Photodynamic therapy involves administering a special light-sensitive medication that collects in cancer cells. When exposed to a specific light, this medication activates and produces molecules that attack and kill the cancer. Hyperthermia gently heats the tumor area to a temperature that is harmful to cancer cells but safe for healthy ones, further weakening the tumor and enhancing the effects of PDT.

**Why Combine PDT and Hyperthermia?**

By using these therapies together—especially when PDT is followed by hyperthermia—we can achieve a stronger, more targeted response against cancer. The heat from hyperthermia not only helps kill cancer cells directly but also boosts the immune response triggered by PDT and improves the delivery of the medication to the tumor. This combination can lead to better outcomes, fewer side effects, and a more comprehensive attack on cancer.

At Port Moody Health, we believe in evidence-based, personalized care. If you’re interested in learning whether this innovative treatment is right for you, we invite you to book a consultation with our experienced team. Let’s work together toward your best possible health.

Begin Your Personalized Integrative Cancer Care Today

Experience the benefits of Photodynamic Therapy and Hyperthermia with a tailored treatment plan designed for your unique needs. Schedule your consultation now to explore how our integrative cancer care can support your healing journey.