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Therapeutic ultrasound is a rapidly growing field, with a wide range of novel therapies being developed. Some areas of current interest in the field of therapeutic ultrasound include: tumor ablation, stroke, vascular malfunction, and targeted gene and drug delivery. Numerous companies, the world over, have been formed that are dedicated to developing technologies for various ultrasound-based therapies.
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Information on the "Haifu Knife" from a therapy company based in Chongqing, China.
This foundation supports education and research related to MR-guided focused ultrasound surgery.
Company that developed the first FDA-approved HIFU device. Bronze winner of the Wall Street Journal's 2004 Technology Innovation award.
Noninvasive Therapeutic and Diagnostic Ultrasound Research at the JPL's NDEAA. Includes a short summary of "Properties of High Intensity Ultrasound"
Specializes in the development and commercialization of ultrasonic surgical devices for neurosurgical, spinal, advanced wound care, and general surgery procedures.
Pine Street Foundation article on two major programs in China that use High Intensity Focused Ultrasound (HIFU) to non-surgically destroy cancerous tumors.
A therapeutic ultrasound company developing medical devices for the aesthetic, cosmetic surgery and dermatology markets.
Forum for manufacturers, users, and researchers in ultrasound regarding the improvement of processes, techniques, and materials through ultrasonic technology.
Research lab at UC, including work in a Transcranial Ultrasound Thrombolysis System (TUTS) and the study of Ultrasound Bioeffects.
Company that developed the first FDA-approved HIFU device. Bronze winner of the Wall Street Journal's 2004 Technology Innovation award.
Specializes in the development and commercialization of ultrasonic surgical devices for neurosurgical, spinal, advanced wound care, and general surgery procedures.
Information on the "Haifu Knife" from a therapy company based in Chongqing, China.
This foundation supports education and research related to MR-guided focused ultrasound surgery.
Research lab at UC, including work in a Transcranial Ultrasound Thrombolysis System (TUTS) and the study of Ultrasound Bioeffects.
A therapeutic ultrasound company developing medical devices for the aesthetic, cosmetic surgery and dermatology markets.
Forum for manufacturers, users, and researchers in ultrasound regarding the improvement of processes, techniques, and materials through ultrasonic technology.
Pine Street Foundation article on two major programs in China that use High Intensity Focused Ultrasound (HIFU) to non-surgically destroy cancerous tumors.
Noninvasive Therapeutic and Diagnostic Ultrasound Research at the JPL's NDEAA. Includes a short summary of "Properties of High Intensity Ultrasound"
Last update:
January 18, 2022 at 6:15:17 UTC
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