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This randomized controlled trial (RCT) evaluates the efficacy of Bioheat thermal patches in reducing post-procedural pain following Hysterosalpingo Foam Sonography (HyFoSy).
HyFoSy is a common ultrasound-based diagnostic procedure to assess tubal patency and uterine cavity structure in women undergoing fertility workup. While generally less painful than HSG, many patients still report moderate to severe cramping and discomfort during and after the test.
Thermal therapy has demonstrated effectiveness in reducing musculoskeletal and gynecological pain. Bioheat patches, approved by the Israeli Ministry of Health for menstrual pain relief, emit safe, low-grade heat (approximately 37-38°C) and may provide a non-invasive pain management strategy post-HyFoSy.
Participants (n=80) will be women aged 20-45 undergoing HyFoSy. They will be randomly assigned to either the Bioheat intervention group or a placebo patch group, applied externally to the lower abdomen. The heat-producing patch contains iron and other safe materials that react with oxygen to emit continuous heat without electricity. Infrared radiation from the patch components may also promote local vasodilation and muscle relaxation.
Pain assessment will use the validated Visual Analog Scale (VAS), collected post-procedure via follow-up SMS and phone contact. The study aims to quantify reduction in perceived pain, and potentially improve patient satisfaction with HyFoSy. Safety has been pre-established, with no reported adverse skin effects when used as instructed.
Study duration is six months, following ethics approval at the OB-GYN ultrasound department of Shamir Medical Center.
Enrollment
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Inclusion criteria
Women aged 18-45 scheduled for HyFoSy
No dermatologic conditions at the patch site
No allergies to patch ingredients, or heat
No active pelvic infections
Exclusion criteria
Active genital infection
Skin issues in lower abdomen
Sensitivity to heat
Any medical condition preventing local heat use
Primary purpose
Allocation
Interventional model
Masking
80 participants in 2 patient groups
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Central trial contact
Prof. Yaakov Melcer Prof. Yaakov Melcer Principal Investigator shamir Medical, MD
Data sourced from clinicaltrials.gov
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