Sonex Health
Medical Equipment ManufacturingView the employees at
Sonex Health-
Mona Dahdah VP at Sonex Health
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St Paul, Minnesota, United States
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Top 5%
Tanner Mellinger Associate PDC at Sonex-
Rising Star
Kyle Leonard Practice Development Consultant at Sonex Health-
Columbus, Ohio, United States
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Rising Star
Karla Skates, BS, RDMS, RVT Passionate Educator | Registered Sonographer-
San Antonio, Texas Metropolitan Area
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Rising Star
Joan Patla Clinical Services Manager at Sonex Health-
Coraopolis, Pennsylvania, United States
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Top 5%
Overview
ABOUT SONEX HEALTH “Refined simplicity” is the guiding principle behind Sonex Health, Inc., to drive efforts and innovations that result in elegant, effective solutions to some of the healthcare system’s most pressing needs. Mayo Clinic physicians Darryl Barnes, MD and Jay Smith, MD and business operations expert Aaron Keenan founded Sonex Health in 2014. Sonex Health has developed UltraGuideCTR™ with Meerkat Technology™ to treat carpal tunnel syndrome through a less invasive approach while using real-time ultrasound guidance. Carpal Tunnel Release with UltraGuideCTR and real-time ultrasound guidance allows a procedure that once took place in an operating room to be safely and effectively performed in a surgery center or office setting, resulting in rapid patient recovery, improved cosmesis, and reduced costs. ABOUT UltraGuideCTR The low profile UltraGuideCTR™ with Meerkat Technology™ enables physicians to perform Carpal Tunnel Release surgery through a small wrist incision under real-time ultrasound guidance. CTR with ultrasound guidance relieves the symptoms of carpal tunnel syndrome while minimizing recovery time. Most patients can return to work and the activities in 3-6 days while enjoying immediate motion so they can focus on getting back to their lives and the activities they love. ABOUT UltraGuideTFR Performing trigger finger release with UltraGuideTFR and real-time ultrasound guidance allows for concurrent visualization of the internal structures of the palm and fingers. The ability to identify key anatomical landmarks via ultrasound supports a safe and successful transection of the pulley through a single small incision.
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