September
Webinar – BioWave Pain Treatment Applications Using Foot/Ankle BioWraps for Podiatric Practices and Other Providers Treating Foot and Ankle Pain
Brad Siff, BioWave Founder & President, review’s applicable pain conditions and treatment regimens for the foot and ankle for which the proprietary wearable foot/ankle BioWrap compression electrode garment is a unique, efficacious, and easy to use solution.”
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Brad Siff, M. Engr., MBA
Founder & President
BioWave
We are joined by Brad Siff, President, and Founder of BioWave. Brad is the inventor of BioWave’s signal technology. His original concept came from an inspiration he had while working as the Chief Operating Officer at a prior medical device company. Brad also worked for 7 years as Senior Vice President of Mergers & Acquisitions for Daiwa Securities with a focus on the Medical Device Industry.
Brad received undergraduate and master’s degrees from Cornell Engineering and an MBA from Cornell’s Johnson Graduate School of Business. Brad’s Master of Engineering thesis was focused on a special project for the Hospital for Special Surgery.”
July
Applications and Benefits of Percutaneous Electrical Nerve Stimulation (PENS) for the Treatment of Chronic, Acute and Postoperative Pain
Learn why BioWave Percutaneous Electrical Nerve Stimulation is superior to other electro-stimulation such as electro-acupuncture and conventional PENS.
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Brad Siff, M. Engr., MBA
Founder & President
BioWave
We are joined by Brad Siff, President, and Founder of BioWave. Brad is the inventor of the Percutaneous Electrode Array. His original concept for BioWave’s signal technology came from an inspiration he had while working as the Chief Operating Officer at a prior medical device company. Brad also worked for 7 years as Senior Vice President of Mergers & Acquisitions for Daiwa Securities with a focus on the Medical Device Industry.
Brad received undergraduate and master’s degrees from Cornell Engineering and an MBA from Cornell’s Johnson Graduate School of Business. Brad’s Master of Engineering thesis was focused on a special project for the Hospital for Special Surgery.
June
Pain and Performance: Using BioWave to Treat Pain in the High-Performance Sport Environment
Our guest, Daniel Bellamy, UTSA Associate AD for Sports Medicine, explains what pain management solutions he and his team use to keep the Roadrunners healthy on the field of play.
In this webinar you will learn how BioWave’s unique and patented pain blocking technology is being used in conjunction with BioWraps to treat athletes. A live Q&A will follow
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MS, LAT, ATC, PES. Associate Athletics Director, Sports Medicine (Football, Men’s Golf) University of Texas at San Antonio
Daniel Bellamy has oversight of all aspects of the UTSA Athletics Sports Medicine program, which provides supervision, evaluation, treatment, and rehabilitation for more than 350 student – athletes, as well as leading collaborative efforts with team physicians and other member s of the medical team. He also serves as the department’s health care administrator and coordinate s sports medicine coverage for all 17 NCAA Division I sports and the student – athlete drug – testing program.
May
Recovery and Rehabilitation: How the Use of High Frequency Peripheral Nerve Stimulation is Helping Athletes Return to the Game Quickly & Safely
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Senior Associate Athletics Director, Sports Medicine and Performance, Towson University
Nathan Wilder functions as the head football athletic trainer by coordinating the medical care and providing athletic training services to the University’s football student – athletes.
He joined the Tigers from Samford University in Birmingham, Alabama, where he had served as the head football athletic trainer starting in 2009. While at Samford, Wilder was responsible for the prevention, management, treatment, and rehabilitation of athletic injuries for all of Samford ‘s football student – athletes.
Wilder holds credentials as a certified athletic trainer and as a strength and conditioning specialist through the National Strength and Conditioning Association. He is a member of the National Athletic Trainers Association and National Strength and Conditioning Association. Wilder, a native of Pittsburgh, graduated summa cum laude from Waynesburg University in 1996. After graduating from Waynesburg, Wilder attended graduate school and worked at Ohio University.
April
Treating Chronic Low Back Pain Effectively with BioWave High Frequency Peripheral Nerve Stimulation
Our guest, Dr. Dominic Hegarty, the incoming President Elect of World Institute of Pain (WIP) discussed Treating Chronic Low Back Pain Effectively with BioWave High Frequency Peripheral Nerve Stimulation. Live Q&A
Chronic low back pain affects 6 in 10 people over their lifetime. The cost in terms of healthcare utilization and losses in labor productivity run into billions annually (e.g., $105 Billion in the U.S., £12.3 Billion in the UK, €48.9 billion in Germany).
For many patients, conventional therapies fail to provide the level of pain management needed, and with limited access to pain clinics, many people continue to suffer from chronic back pain. Considering the significant costs to both individuals, and our economy, healthcare providers should consider all available options to help resolve chronic and severe pain.
Professor Hegarty demonstrated how creating a pain clinic utilizing BioWave technology has impacted his pain treatment regimen and pain management path for patients. He examined the physiological reasons why the use of a non-invasive neuromodulation device can provide the clinical outcomes reported with BioWave.
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March
BioWave Wearable Compression Electrode Technology Application & Benefits for use with High Frequency Peripheral Nerve Stimulation
BioWave Founder Brad Siff talks about our new technology – BioWrap Wearable Compression Electrode Garments.
BioWraps provide compression and support simultaneously while allowing the delivery of our high frequency stimulation into deep tissue. BioWraps can treat up to a 5X larger volume of tissue than conventional 2” diameter round gel electrodes and remove any guesswork as to the location electrodes should be placed.
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