Rationale for Using Cryocompression to Prevent Chemo-Induced Neuropathy

Video

Cryocompression demonstrates potential for preventing chemotherapy-induced neuropathy for those with gynecologic cancers, according to an expert from Duke University Medical Center.

Mary Katherine Montes de Oca, MD, spoke with CancerNetwork® in an interview at The Society of Gynecologic Oncology (SGO) 2023 Annual Meeting on Women’s Cancer about the mechanism of action for cryocompression as an intervention for preventing peripheral neuropathy associated with chemotherapy for patients with gynecologic cancers.

Montes de Oca, an Obstetrics and Gynecology resident at Duke University Medical Center, indicated that cryocompression is a treatment that combines 2 strategies: compression therapy and cryotherapy on the patients’ hands and feet. By inducing vasoconstriction through this process, Montes de Oca states that cryocompression may reduce the likelihood of cytotoxic agents reaching the hands and feet that may cause neuropathy.

Data from a self-controlled trial indicated that patients who underwent cryocompression less frequently experienced moderate to severe symptoms of neuropathy compared with those who did not receive the intervention. At baseline, neuropathy symptoms were identified in 2.2% of cases where cryocompression was not used compared with 3.3% where it was used. At final assessment, the rate of neuropathy symptoms was 13.2% and 7.7% in each respective group.

Transcript:

Cryocompression is a combination of cold therapy and compression therapy on the hands and feet. The proposed mechanism is that the cold therapy and the compression therapy cause vasoconstriction, which then leads to decreased blood circulation to the hands and the feet, and then decreased delivery of chemotherapy or neurotoxic agents that cause neuropathy to the hands and feet.

There are a few options for the prevention of neuropathy. There are some medications that can be used for treatment once a patient is diagnosed with neuropathy. But for prevention, the only other intervention that has really shown promise is cryotherapy—just the cold therapy without the compression therapy. The goal of this study was to look at the two combined.

Reference

Montes de Oca MK, Unnithan S, Erkanli AE, et al. Use of cryocompression to reduce peripheral neuropathy in gynecologic cancer: a randomized controlled trial. Presented at: 2023 SGO Annual Meeting on Women’s Cancer; March 25-28, 2023; Tampa, Florida.

Recent Videos
Yale’s COPPER Center aims to address disparities and out-of-pocket costs for patients, thereby improving the delivery of complex cancer treatment.
A study presented at ASTRO 2025 evaluated the feasibility of using a unified cancer database to consolidate information gathered across 14 institutions.
Non-Hodgkin lymphoma and other indolent forms of disease may require sequencing new treatments for years or decades, said Scott Huntington, MD, MPH, MSc.
Fixed-duration therapy may be more suitable for younger patients, while continuous therapy may benefit those who are older with more comorbidities.
Co-hosts Kristie L. Kahl and Andrew Svonavec highlight what to look forward to at the 2025 ESMO Annual Congress, from hot topics and emerging trends to travel recommendations.
Andrezj Jakubowiak, MD, PhD, prioritizes KRd-based regimens for the treatment of high-risk newly diagnosed disease in the post-transplant setting.
A new clinical trial aims to offer a novel allogenic CAR T-cell product for patients with lymphoma closer to home.
Although a similar proportion achieved MRD negativity at the 10 to the –6 power, not enough studies have analyzed MRD at this level for multiple myeloma.
Determining the molecular characteristics of one’s disease may influence the therapy employed in the first line as well as subsequent settings.
Related Content