What Should Patients Expect During an Insulin Potentiation Therapy Session?

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Located in Grapevine, TX, the Kotsanis Institute of Functional Medicine offers innovative cancer treatment known as insulin potentiation therapy (IPT). This low-dose chemotherapy approach utilizes insulin to enhance the effectiveness of chemotherapy treatment while minimizing adverse side effects. Here, you’ll get a closer look at what patients can expect during an IPT session at the Kotsanis Institute, including how it works, the benefits of choosing IPT, and how it may positively impact patients undergoing cancer treatment in Southlake, Coppell, or Flower Mound, TX.

What is IPT?

Insulin potentiation therapy is a unique form of cancer treatment that involves administering a low dose of chemotherapy using insulin as a biologic response modifier. At the Kotsanis Institute, this approach is used to transport chemotherapy drugs into cancer cells more effectively. By leveraging insulin, the treatment targets cancer cells specifically, potentially reducing damage to healthy cells and lowering the risk of side effects classically associated with chemotherapy. The use of lower chemotherapy doses, based on physiologic evidence and clinical experience, is believed to boost the therapy's overall efficacy.

How can IPT help during cancer treatment?

IPT offers several benefits for patients faced with undergoing cancer treatment. First, it may enhance the effectiveness of chemotherapy with a more targeted attack on the cancer cells specifically. This precision allows for lower doses of chemotherapy, potentially minimizing side effects associated with conventional treatments. Patients undergoing IPT at the Kotsanis Institute have reported notable improvements in their quality of life, emphasizing the potential for a more tolerable cancer treatment experience.

How is IPT given?

Administered similarly to conventional chemotherapy, an IPT session involves the patient reclining in a chair while the chemotherapy agent is delivered through an IV. The inclusion of insulin facilitates easier access of chemotherapy drugs to cancer cells, making lower doses more potent in effect. The treatment typically lasts between 60 – 90 minutes.

How will I feel after an IPT session?

Post IPT, some patients may experience temporary nausea, particularly after their initial few treatment sessions. However, these effects tend to diminish over time. While there may be a drop in white blood cell, red blood cell, and platelet counts, the risks of many of the common chemotherapy side effects, such as hair loss and bone marrow suppression, are generally lower due to the lower chemotherapy doses used in IPT. The individual response to treatment can vary, however.

How often will I need IPT?

The frequency of IPT sessions varies based on the patient's health needs and response to treatment. The Kotsanis Institute's experienced team evaluates each case individually, considering factors such as the cancer type, stage, and the patient's overall health. Coordination with the patient's current oncologist and primary care physician ensures a comprehensive and personalized approach to cancer care.

Make your cancer treatment journey as comfortable and efficient as it can be with insulin potentiation therapy in Grapevine, TX

Choosing IPT for cancer treatment at the Kotsanis Institute of Functional Medicine could be a positive step toward improving your quality of life during cancer treatment. If you are considering IPT or wish to learn more about its benefits, don't hesitate to call and schedule a consultation with our team in collaboration with your primary care physician, oncologist, and other members of your care team.

Note: The preceding is for educational purposes only and is not meant to suggest any specific treatment, nor is it meant to imply that we offer all of these treatments. They should not be considered as generally accepted alternatives to conventional medical treatment. All treatment decisions should be made by the patient in the context of trusted medical advice.

* All information subject to change. Images may contain models. Individual results are not guaranteed and may vary.