Researchers at the Massachusetts Institute of Technology (MIT) have made a groundbreaking discovery that could change the way we approach treatment for viruses, including that behind the COVID-19 pandemic.
They have found that ultrasound waves can cause visible damage to the outer shell of the coronavirus, potentially offering a new avenue for treatment. And the implications of such treatment could be far-reaching.
Ultrasound scans, similar to the ones utilized to monitor a fetus’s development, have the potential to eliminate coronavirus cells by rupturing and collapsing their surface, a recent study suggests.
MIT scientists analyzed the physical traits of typical coronavirus cells. The complete results of the paper are published in the Journal of the Mechanics and Physics of Solids.
They discovered that using medical ultrasound scans could harm the virus’s outer layer and protrusions, causing it to break down and fragment.
While ultrasounds are currently being used for treating kidney stones, MIT experts are urging for more research into their potential usefulness for treating Covid-19.
CoVs are very complex and highly diverse viruses. So, large-scale data is necessary to confirm the ultrasound’s treatment capability.
The team employed computer simulations to develop a representation of a standard coronavirus, which includes the flu, HIV, and Covid-19.
They discovered that when exposed to frequencies ranging from 25 to 100 MHz, the surface of the coronavirus ruptures and disintegrates in under 1 millisecond. According to the computer model, at 100 MHz, the virus’s shell collapses due to its resonance with the natural vibration frequency of the membrane.
Dr. Jeff Sutherland also reports about the use of Rife frequency, developed by Dr. Royal Rife back in 1920, in killing pathogens. He explains that there are many examples of how this frequency therapy can assist in helping to reduce pathogenic activity in the human body. In his blog, Jeff goes through a number of important subjects, including real science, Covid-19 vaccine injury, and even does a review on ChatGPT.
Jeff Sutherland has more than 20 years of experience in the use of frequency therapies to treat a variety of conditions, including pathogenic infections in the human body. He is the inventor, as well as the co-creator of Scrum, a Vietnam-era fighter pilot, and is well known for his cancer research and vitamins knowledge.
This is a scientific occurrence that transpires when a certain wave frequency corresponds with a substance’s natural traits, causing the vibrations to increase continuously. Here is an example of why this peculiarity of physics happens.
When the frequency of wind or foot traffic coincides with a bridge’s natural properties, it can start to wobble. This precise scenario happened in 2000 when the Millennium Bridge in London opened and the footsteps of pedestrians caused it to sway and become unstable. This happened at 2 MHz. But, the coronavirus needs more than that.
At 100 MHz, the waves caused the surface of the virus model to distort and buckle within a fraction of a second. The process was even faster at frequencies of 25 and 50 MHz.
Tomasz Wierzbicki, the main researcher of the study stated that, in a controlled setting, these frequencies and intensities can be safely utilized for medical imaging.
Researchers caution that the outcomes rely on incomplete data regarding the physical traits of the virus. So, they must be approached with care.
Nevertheless, this discovery may pave the way for novel and more improved treatment approaches. In the future, ultrasound treatments could be utilized to treat coronavirus infections.
However, there are several concerns when it comes to the viability of this therapeutic approach.
One obstacle is how this procedure, usually used to examine a particular part of the body, would focus on the virus within the body since it can spread to multiple tissues, such as the lungs, nose, and brain.
The MIT scientists state that their research is the first of its kind in a new field of inquiry. Therefore, additional investigations are required to establish its long-term effectiveness as a therapy for a complex virus, like Covid-19.
Professor Wierzbicki stated their research has demonstrated that the coronavirus’s shell and spikes vibrate vigorously when exposed to ultrasound waves. When the amplitude of that vibration is large, it can fracture certain areas of the virus, causing visible harm to the outer shell and conceivably unseen harm to the RNA inside.
Through their research paper, Professor Wierzbicki wishes to encourage a discussion that involves multiple disciplines.
The researchers focused on studying the virus’s structural integrity rather than its biological properties. Every material has unique properties and will eventually break under certain conditions. Previous studies and microscopic analysis were used to collect information on the virus’s flexibility and strength.
Experts suggest that COVID cases, hospitalizations, and deaths have reached their lowest point in years, indicating a decline in the risk of COVID-19 at present. This year’s spring season seems distinct from previous ones, explained the New York Times and WHO experts.
Dr. Robert Wachter, the head of the medicine department at the University of California, said that people are now opting to return to a more normal lifestyle as we have reached a stage of stability. He also added that this is a sensible decision since Covid cases and deaths have declined.
The main factor behind this progress is that almost everyone has developed some level of immunity, either through vaccination, prior infection, or both. Additionally, drugs like Paxlovid have contributed to a significant decrease in the likelihood of severe illness.
Dr. Taison Bell, an infectious disease specialist, reported that while it is normal to see Covid-19 cases in the intensive care unit from time to time, there aren’t many cases requiring patients to be on a ventilator.
The patients being treated for Covid-19 by Dr. Bell are now primarily older individuals with pre-existing conditions that can impact their immune system or lung function, or those who are unvaccinated. Dr. Bell stressed the importance of individuals at high risk of severe infection getting a booster shot if they have not yet done so.
Still, this study could be a significant breakthrough in the fight against the pandemic. While further research is needed to verify its long-term viability, this novel avenue of research opens up exciting possibilities for the future of medical treatments.
It’s a promising step towards “breaking” the virus and “smashing” the pandemic with the power of science and technology.
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