The Future of Medicine

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He takes his wife and young children and leaves Russia forever.

The breakthrough of Artificial Intelligence.   A new era of space exploration.  Gene-editing tools like CRISPR.  Recent scientific breakthroughs have made the once unthinkable become reality. 

This website introduces the marvels of sound wave technology (using low frequency ultrasound).  This technology can treat and heal various disease states, not to be confused with diagnostic ultrasounds, which produce pictures of the inside of the body.  Advances in this technology have created a seismic shift in medicine..  The ability to destroy life-threatening organisms, promote cell growth, and 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 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 value proposition once this technology is fully commercialized.  This is evidence-based, peer-reviewed science.  It's not an exaggeration to say we are on the verge of the next medical revolution.   

 This site provides the following:  

• A description of what low-frequency ultrasound is and how it works.
• A general overview of the scientific literature surrounding low-frequency ultrasound, describing what is now possible in medicine
• An introduction to the principal scientists who have developed a proprietary technology platform utilizing low-frequency ultrasound.  
• An overview of 10 different markets that can be targeted rapidly
• A list of our patents, FDA-approved device, and examples of some working prototypes
• A summary of the technology and its scope

You can also access specific areas by clicking the links below:

• Orthopedic
• Oncology
• Anti-aging
• Cardiovascular
• Fuel
• Water
• Vaccine Development
• Pain Management
• Infection Control
• Wound Care

Most people are familiar with ultrasounds, which health care providers use to produce pictures of the inside of the body. A typical example is a sonogram, which is used to evaluate a baby's growth and development before it is born. This diagnostic technology, which uses high-frequency sound waves, is well known and has been around for many years.

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. In fact, this technology can now be integrated into various medical devices. Virtually any body part can be safely treated with these sound waves.  When delivered properly, these waves can produce several effects.  A few examples:

• Destroy Dangerous Organisms (drug-resistant bacteria, viruses, and fungi)
• Accelerate Healing 
• Promote Cell Growth
• Provide Pain Relief
• Impact Blood Circulation (reduce and slow down bleeding)
• Enhance and Energize Pharmaceutical Drug Delivery

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, powerful energy bolts.  

This technology has been held back by the inability to stabilize the energy. For example, if a bubble collapses too early, you cannot 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, wound therapy, bacterial and virus destruction, and more. Learn More. To learn more about stable cavitation, click here and here.

According to a major U.N. report published on February 7, 2023, superbugs are now a leading global health risk. Climate change, pollution, and biodiversity loss are helping create pathogens that can evade our medications. Click here and here to learn more.

Antimicrobials, including 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) worldwide, where microorganisms become resistant to once effective treatments.

AMR has been identified as a top 10 threat to global health.  It is estimated that drug-resistant superbugs could lead to ten million deaths per year and a decline of at least $100 trillion in gross domestic product (GDP) by 2050.

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 effective at healing chronic wounds.  They were startled when they discovered that the sound waves emitted from the device could destroy four 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.    

Two Russian scientists, unknown to one another, flee the former Soviet Union and immigrate to the United States to pursue the American Dream.  Both rose to leadership in the medtech space and co-founded separate companies.  In a chance encounter, they meet, and friendships quickly form. They eventually discuss starting a company together, one that revolves around a new disruptive technology, low-frequency ultrasound.    Dr. Babaev tells Michael Afremov, "I have discovered a phenomenon in physics."  Michael Afremov believes in him and funds two startup companies, Bacoustics and Arobella Medical. 

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 that this extraordinary finding led to the creation of the world’s first antibiotic, penicillin.  This discovery changed the course of history.

Fast-forward to 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 destroys various forms of antibiotic-resistant bacteria with sound waves. Like Penicillin, this finding has been ignored for years, hidden in plain view.  

Save lives, create profit, and 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.