Years ago, a Russian scientist makes a startling discovery. He uncovers a new way to use sound wave energy.
Instead of using this technology to help people, the military orders him to weaponize it. He refuses.
He takes his wife and young children and leaves Russia forever.
He comes to the United States and brings his knowledge with him to the New World.
In the United States he meets another Russian immigrant, and together they create a start up company focusing on this new technology.
They work hard and get one of their devices FDA approved.
They test their device at the Mayo Clinic. Researchers are startled when they realize the sound waves emitted from the device produce extraordinary and unexpected results.
Their mission is to integrate this technology into additional devices and target more diseases and conditions. To save lives, create profits, and change medicine forever.
The breakthrough of Artificial intelligence and ChatGPT. A new era of space exploration. Gene-editing tools like CRISPR. Recent scientific breakthroughs have made the once unthinkable become reality.
This website is an introduction to the marvels of sound wave technology (using low frequency ultrasound). Not to be confused with the diagnostic ultrasounds used to produce pictures of the inside of the body, this technology can be used to treat and heal various disease states. Advances in this technology have made the once unthinkable become reality. The ability to destroy life threatening organisms. To promote cell growth. To accelerate healing and pain relief.
Diseases are running rampant in our world, taking millions of lives and causing trillions of dollars in economic loss. The United Nations (U.N.) just sounded the alarm about drug-resistant superbugs which could lead to ten million deaths per year by 2050 and a decline of at least $3.4 trillion in gross domestic product (GDP) each year by 2030. Click here to learn more.
Did you know that researchers at the Mayo Clinic destroyed four different superbugs by destroying their shells with sound waves? Imagine the number of lives that could be saved and the profits made for the company that fully commercializes this technology. This is evidence based peer reviewed science. It's not an exaggeration when we say we are on the verge of the next medical revolution.
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Most people are familiar with the ultrasounds used by health care providers to produce pictures of the inside of the body. A typical example is a sonogram used to evaluate a baby's growth and development before it is born. This diagnostic technology is well known, has been around for many years, and uses high frequency sound waves.
Low frequency ultrasound is different. Rather than using sound waves to take pictures and help diagnose conditions, low frequency ultrasound waves can be used to treat and heal medical conditions.
Recent breakthroughs in this technology have made a wide range of procedures more possible that were unthinkable before. In fact, this technology can now be integrated into a variety of medical devices. Virtually any part of the body can be safely treated with these waves.
When delivered properly, these waves can produce several effects. A few examples:
How do you safely create, contain, and release this powerful energy? The key differentiator is the delivery system.
A device creates, contains and delivers ultrasound energy through tiny bubbles and acoustic streaming. Once the bubbles hit the desired area and collapse, they release tiny bolts of powerful energy.
What has held this technology back in the past was the inability to stabilize the energy. For example, if a bubble collapses too early then you are unable to deliver sufficient amounts of ultrasound energy. Our scientists have developed a way to stabilize this powerful energy. This is called stable cavitation.
Because of these advances, this technology now has many fields of application including surgeries, transdermal drug transport, gene delivery, therapy for wounds, bacterial and virus destruction, and more. Learn More. To learn more about stable cavitation, click here and here.
Superbugs are now a leading global health risk, according to a major U.N. report published on February 7, 2023. Climate change, pollution and biodiversity loss are helping create pathogens that can evade our medications. Click here and here to learn more.
Antimicrobials, which include antibiotics, antivirals, antifungals, and antiparasitics are commonly used to prevent and treat infections in humans, animals and crops. However, their overuse and misuse have led to the development of antimicrobial resistance (AMR) in the world, where microorganisms become resistant to treatments that were once effective.
AMR has been identified as a top 10 threat to global health. In fact, it is estimated that drug-resistant superbugs which could lead to ten million deaths per year by 2050 and a decline of at least $3.4 trillion in gross domestic product (GDP) each year by 2030.
The solution to this deadly threat may be hidden in plain view. In 2007, researchers at the Mayo clinic were studying a new medical device trying to understand how it was so effective at healing chronic wounds. They were startled when they discovered that the sound waves emitted from the device were able to destroy four different types of antibiotic resistant bacteria (superbugs). Click here and here to learn more. Researchers at MIT's Department of Mechanical Engineering have done similar research. Learn more here, and here.
Scanning and transmission electron micrographs of methicillin-resistant Staphylococcus aureus during the control and experimental periods (× 40,000). Journal of the American Podiatric Medical Association • Vol 97 • No 2 • March/April 2007
Scanning and transmission electron micrographs of vancomycin-resistant enterococci during the control and experimental periods (× 40,000). Journal of the American Podiatric Medical Association • Vol 97 • No 2 • March/April 2007
Scanning and transmission electron micrographs of Pseudomonas aeruginosa during the control and experimental periods (× 40,000). Journal of the American Podiatric Medical Association • Vol 97 • No 2 • March/April 2007
Scanning electron micrographs of Staphylococcus aureus during the control and experimental periods (× 40,000). Journal of the American Podiatric Medical Association • Vol 97 • No 2 • March/April 2007
Medical device directs focused ultrasound energy to wounds and creates stable cavitation. Designed to treat chronic wounds and has been used safely on patients for many years. Destroys four superbugs in test at Mayo Clinic.
Recent breakthroughs have made a wide range of procedures more possible that were unthinkable before.
Ultrasound selectively damages cancer cells when tuned to correct frequencies. Learn More. “If you can hit cancer cells with the right frequency, inducing harmonic resonance, you can selectively damage those cells.” The principle behind harmonic resonance is not unlike the opera singer who can break a glass with her voice. Learn More
Low-frequency ultrasound combined with microbubbles is a promising method for tumor therapy. Learn More
Tumors partially destroyed with sound don't come back. Microbubbles within the targeted tissues rapidly expand and collapse. These violent but extremely localized mechanical stresses kill cancer cells and break up the tumor’s structure. Learn More
Enhances T cell recruitment - Local administration of a plasmid and microbubbles, coupled with image-guided low-intensity ultrasound, provides a safe and effective method to create a T cell-inflamed tumor. This technology was used to produce an anticancer cytokine and consequently recruit efficacious immune cells at both the local and distant tumor sites. Learn More
Combination therapy with low-frequency ultrasound irradiation and radiofrequency ablation as a synergistic treatment for pancreatic cancer. Learn more
Low frequency ultrasound (LFU) has the ability to speed up, slow down and even temporarily stop blood flow. LFU has stimulatory effect on microcirculation mainly due to an improved oxygenation Learn More. Increased skin blood flow during low intensity vibration in human participants Learn More
Low-frequency ultrasound is able to influence proliferation and differentiation of odontoblast-like cells. Learn More
Ultrasound induces cellular responses that may be beneficial to wound healing. Learn More
Focused ultrasound technology is opening new scenarios in the field of pain management including noninvasively predicting the outcome of ablative procedures and obtaining acute pain relief through reversible conduction blocks. Learn More
Burst of ultrasound waves can break up kidney stones in 10 minutes. Learn More
Low frequency ultrasound has captured the attention of researchers in different areas, particularly that of robotics, in applications having remote and proximity sensors. Learn More
Low‑frequency ultrasound treatment promotes the repair of various injuries and may accelerate wound healing. Learn More
Ultrasound debridement stimulates wound healing. Learn More
Healing occurs at a faster rate than with standard wound care alone. Learn More
Low-frequency ultrasound improved the rate of healing in chronic wounds Learn More
Low-intensity, low-frequency ultrasound is increasingly being used for noninvasive, external body contouring as an alternative to liposuction or laser treatments. Learn More
Ultrasound skin tightening - facial and body rejuvenation Learn More
The benefit of combined radiofrequency and ultrasound to enhance surgical and nonsurgical outcomes for the face and neck. Learn More
The utilization of low or high frequencies for the ultrasonic transducer has provided an enormous benefit for analyzing, modifying and guaranteeing the quality of food (safety and quality control). Learn More
Ultrasound waves can increase cell permeability, which, in turn, can enhance nutrient/waste exchange thus leading to enhanced vaccine production. This finding is very meaningful in either shortening vaccine production time, or increasing the yield of proteins for use as vaccines. Learn More
Low frequency ultrasound has many industrial and commercial applications as well because it can be used with liquids, gases and fluids to:
Use of low frequency ultrasound for water treatment. Ultrasound is an advanced oxidation technology that has demonstrated its capacity to degrade different types of organic molecules due to the generation of cavitation bubbles or cavities that promote the generation of radicals. Learn More
Mechanical biofilm disruption from ultrasound. Learn More
Reducing bacterial biofilm with ultrasound technology. Learn More
Feasibility of low frequency ultrasound for water removal from crude oil emulsions. Ultrasound could be considered a promising technology for industrial crude oil treatment, respective water removal, and improved efficiency. Learn More Here, here, and here.
Two Russian scientists, unknown to one another, flee the former Soviet Union and immigrate to the United States to pursue the American Dream. Both rise to leadership in the medtech space and co-found separate companies. In a chance encounter they meet, and a friendship quickly forms. They eventually discuss starting a company together, one that revolves around a new disruptive technology, low frequency ultrasound. Dr. Babaev tells Michael Afremov, "I don't know much about low frequency ultrasound, but I know more than anyone else in the world." Michael Afremov believes him and funds two startup companies, Bacoustics and Arobella Medical.
Born in Azerbaijan, a region devastated by war and destruction over many generations, Dr. Eliaz Babaev earns three PhDs and teaches at prestigious universities throughout the Soviet Union. He rises to leadership in a new disruptive science involving sound waves. He brings his knowledge to the New World and leaves communism behind forever. Co-founder of Celleration Inc. (former CTO and CEO). Dr. Babaev has more than 40+ years expertise in Non-Imaging Medical Ultrasound. Learn More.
During World War 2, a young woman named Bella (Rubashkin) Afremov survives the 900 day Siege of Leningrad that claims the lives of 800,000 civilians. Years later, she and her husband would bring their son Michael to the United States, where his engineering skills and sharp mind allow him to become a leader and disruptor in his field. He would go on to co-found AGA Medical, and co-invent the Amplatz Septal Occluder, a groundbreaking medical device used to repair heart defects. Learn More
In the summer of 1928, a young Scottish physician named Alexander Fleming was in such a rush to go on vacation that he accidentally left a stack of dirty petri dishes in his laboratory sink. The dishes were smeared with dangerous bacteria. When Dr. Fleming returned from his vacation, he found something astonishing. One of the petri dishes was dotted with bacteria everywhere except one spot where some mold had been growing. The area around it was clear, as if protected by an unseen barrier. Upon closer inspection, Dr. Fleming realized that the mold had secreted a liquid that killed several strands of the bacteria. This finding was ignored for 13 years, hidden in plain view. It wasn’t until 1941, when this extraordinary finding led to the creation of the world’s first antibiotic, Penicillin. This discovery changed the course of history.
Fast forward to the year 2007. A Russian scientist invents a device to help diabetics manage wounds, some of which are infected with dangerous bacteria. Researchers at the Mayo Clinic find something astonishing. Upon closer inspection, they realize that this device destroyed various forms of antibiotic resistant bacteria by shaking it to death with sound waves. Like Penicillin, this finding is ignored for years, hidden in plain view.
As a review of the scientific literature demonstrates, recent breakthroughs in sonochemistry (applying sound energy) have made a wide range of procedures more possible that were unthinkable before. Breakthroughs are now possible in general surgery, oncology, cardiology, orthopedics, wound care, vaccine development, anti-aging, pain management. There are also industrial applications as well (fuel efficiency, water purification and more). These advancements will revolutionize medicine as we know it. The only real question is: which company has the vision first and takes the lead?
This technology platform is a foundation. It provides a technical architecture to create, launch and operate a wide range of medical devices and more. It will require investment, and has enormous potential for accelerating growth, increasing profits and saving lives. It will allow the right company to innovate, advance new technologies and create new markets.
Rudy Boschwitz is a former United States Senator from Minnesota. He is also a former United States Ambassador to the United Nations Commission on Human Rights. He was President George H.W. Bush's emissary to Ethiopia in 1991. His mission resulted in Operation Solomon, the rescue of the small Black Jewish community of Ethiopia and their
Rudy Boschwitz is a former United States Senator from Minnesota. He is also a former United States Ambassador to the United Nations Commission on Human Rights. He was President George H.W. Bush's emissary to Ethiopia in 1991. His mission resulted in Operation Solomon, the rescue of the small Black Jewish community of Ethiopia and their dramatic airlift to Israel. The negotiations also helped cause a simultaneous end to the decades-long civil war in Ethiopia. In a Rose Garden ceremony in June 1991, President Bush awarded Senator Boschwitz the Citizen's Medal for his achievements in the Horn of Africa. Boschwitz attended Johns Hopkins University and New York University, where he received his law degree. He has served on the boards of many organizations, including the Chicago Mercantile Exchange, the American Cancer Society, Twin City Federal Financial Corporation, the American-Israeli Public Affairs Committee, IDT Corporation and the Friends of the World Food Program. He also served on the Board of Directors of the Jewish Institute for National Security Affairs; has been an AIPAC Board Member; and is a member of the Council on Foreign Relations. Learn More.
Blake Vanderhyde, Esq. is the President of Vanderhyde Consulting, Inc. His primary focus is helping advance meaningful technologies that will create new markets and disrupt existing ones. His expertise centers around strategic thinking, accelerating growth, and developing actionable plans for long-term success in a rapidly changing wor
Blake Vanderhyde, Esq. is the President of Vanderhyde Consulting, Inc. His primary focus is helping advance meaningful technologies that will create new markets and disrupt existing ones. His expertise centers around strategic thinking, accelerating growth, and developing actionable plans for long-term success in a rapidly changing world. He is also the Founder of Vanderhyde Law. He has been recognized in Minnesota Law and Politics and SuperLawyers. He is a summa cum laude gradaute and was on the law review in law school Delta Theta Phi and American Inns of Court. Blake graduated Summa Cum Laude from Saint Cloud State University in Minnesota. Blake also graduated from the William Mitchell College of Law, where he was a member of the Law Review. He is admitted in State and Federal Court and has been recognized by various organizations including Super Lawyers, and Minnesota Law and Politics Who’s Who. Past and/or current memberships include: American Association for Justice, Minnesota Association for Justice, Minnesota State Bar Association, Hennepin County Bar Association, Delta Theta Phi Law Fraternity International, and the American Inns of Court, Minnesota – Douglas K. Amdahl Inn. Learn More.
Save lives. Create profit. Change medicine forever. With the right strategic partnership, the next medical revolution starts now, Please contact us to discuss the necessary logistics and objectives. Call us Toll Free at 1-866-777-2557 or fill out our online contact form below.
Low Frequency Ultrasound
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