JR

John Ranshaw

Sr. Engineer, Mechanical Systems at SonoVascular, Inc.

John Ranshaw is a Senior Engineer in Mechanical Systems at SonoVascular, Inc. since April 2022, bringing a strong academic background in engineering and biomedical engineering. Ranshaw holds dual Master of Science degrees in Biomedical/Medical Engineering from North Carolina State University and the University of North Carolina at Chapel Hill, as well as Bachelor of Science degrees in Mechanical Engineering and Physics from the University of North Carolina at Charlotte. Prior to this role, Ranshaw gained experience as a Camp Counselor at UNCC Soccer Camps from January 2017 to May 2021, where responsibilities included organizing drills and overseeing other counselors. Additionally, Ranshaw was a Student Athlete with the NCAA during the same period, balancing rigorous training and competition with academic commitments, while also engaging in community events. Earlier experience includes serving as Assistant Manager at Carolina Pool Management - Charlotte, focusing on personnel scheduling, pool maintenance, and ensuring patron safety.

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Waxhaw, United States

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SonoVascular, Inc.

SonoVascular has developed a novel pharmaco-mechanical ultrasound facilitated thrombectomy system, SonoThrombectomy™, that utilizes microbubble-mediated cavitation as a core enabling mechanism of action to remove blood clots more effectively. The system uniquely combines: (i) ultrasound, (ii) microbubbles, (iii) low dose thrombolytic drug, and (iv) mechanical retrieval and aspiration, delivered via an integrated intravascular catheter system. SonoVascular’s technology has been engineered to address and overcome the deficiencies and limitations of current interventional devices. Its design enables safe and effective treatment in the catheterization laboratory (cathlab), maximizes the reduction in clot burden, enhances the delivery and reduces the dose and duration of thrombolytics to levels that optimize safety and effectiveness, and eliminates the need for patients to be treated in the ICU.


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