Minimally-invasive cryoablation technology

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IceCure Granted Notice of Allowance for U.S. Patent for its Next-Generation XSense™ Cryoprobes
Prnewswire· 2025-09-18 12:30
Accessibility StatementSkip Navigation The invention is designed to improve cryoprobe extraction, further reducing risk of tissue trauma, leading to lower costs and improved patient experience IceCure's platform technology, including the ProSense® Cryoablation System and XSense™ Cryoablation System and CryoProbes, provides a minimally invasive treatment option to destroy tumors by freezing them. The systems uniquely harness the power of liquid nitrogen to create large lethal zones for maximum efficacy in tu ...
IceCure's ProSense® Featured at Japanese Breast Cancer Society Conference: Updated Positive Clinical Data Shows 99% Recurrence Free Rate with Cryoablation
Prnewswire· 2025-07-25 13:00
Core Insights - IceCure Medical Ltd. announced updated data on breast cancer cryoablation from an independent study involving over 600 women conducted from 2006 to 2023, highlighting the effectiveness of the ProSense® system [1][5] - The ProSense® system achieved a 0% local recurrence rate in a study led by Professor Hisanori Kawamoto, which won the Best of Breast Cancer Award [1][3] - IceCure's CEO, Eyal Shamir, emphasized the potential of ProSense® to improve breast cancer outcomes in Japan, anticipating strong commercial adoption following regulatory approval [2][4] Company Overview - IceCure Medical develops minimally invasive cryoablation technology that destroys tumors by freezing, offering an alternative to surgical tumor removal [1][8] - The ProSense® Cryoablation System utilizes liquid nitrogen to create large lethal zones for effective tumor destruction in various types of lesions, including breast cancer [6][8] - The system is designed to enhance patient and provider value by accelerating recovery, reducing pain, and minimizing surgical risks [7][8] Clinical Data - Professor Eisuke Fukuma presented data showing an overall ipsilateral breast tumor recurrence rate of 0.98% over up to 17 years, resulting in a 99.02% recurrence-free rate for patients treated with ProSense® [5] - For a subgroup with over 10 years of follow-up, the recurrence rate was 2.8%, leading to a 97.2% recurrence-free rate [5] - The independent study led by Professor Kawamoto reported zero local recurrence five years post-treatment with ProSense® [3][4] Regulatory and Market Potential - Terumo Corporation plans to submit an application to Japan's Pharmaceuticals and Medical Devices Agency for regulatory clearance of the ProSense® system for breast cancer by the end of 2025 [4] - The collaboration with Terumo, Japan's largest medical device company, is expected to facilitate strong market adoption upon regulatory approval [2][4]
IceCure Exhibits ProSense® & Sponsors Breast Cryoablation Courses at the Society of Breast Imaging Symposium
Prnewswire· 2025-04-28 12:30
Core Insights - IceCure Medical Ltd. is focused on developing minimally-invasive cryoablation technology for tumor destruction, participating in the Society of Breast Imaging (SBI) 2025 Breast Imaging Symposium to promote its ProSense® system [1][4] Company Participation and Training - IceCure sponsored sold-out SBI Breast Cryoablation courses, indicating a growing interest among radiologists in integrating ProSense® into their practices [2] - The company hosted a VIP Exhibitor Hour featuring Dr. Robert Ward, who discussed the rationale and techniques behind breast cryoablation, contributing to the clinical data supporting the use of ProSense® [3] Product Overview - ProSense® is a cryoablation system that utilizes liquid nitrogen to create lethal zones for tumor destruction, applicable to various lesions including breast, kidney, lung, and liver [6][8] - The system enhances patient and provider value by accelerating recovery and reducing pain and surgical risks, making it suitable for office-based procedures [7] Industry Alignment - The mission of IceCure aligns with SBI's focus on early detection and treatment of breast cancer, aiming to minimize its impact [4][5]