Why ASEA? John Bash

Video Transcript:

Hello. My name is John Bash, and I want to welcome you to this video message. I suspect you've been directed to watch this presentation because someone told you that redox is the single greatest health and science breakthrough of our lifetime. I bet you've also heard that ASEA Redox has been scientifically proven to activate the body's ability to heal itself.

Wouldn't you agree? Those are two incredibly bold statements. Typically, when we encounter claims like this, we approach them with skepticism, especially as breakthroughs are often seen as too good to be true. However, such skepticism often diminishes once a new product gains widespread market acceptance.

Let's delve into the evidence supporting the bold claims about ASEA Redox technology. A good starting point would be to understand the term "breakthrough." According to the dictionary, a breakthrough is "a sudden, dramatic, and important discovery or development, such as a major breakthrough in DNA research." We all acknowledge that discovering DNA significantly advanced our understanding of human physiology. The real question is, does ASEA Redox technology meet this high bar?

In my humble opinion, the forthcoming information will attest to the significance of redox and possibly surpass the dictionary's standard. But don't just take my word for it. I trust you to discern fact from fiction and form your own conclusions. My intention with this video is to inspire you to feel as passionately about this Redox product as I do. Because, if you do and you use it consistently for 90 days, I'm confident you will appreciate its benefits. And when you do, you'll want to share it, contributing to the promotion of this groundbreaking technology.

Let's delve into the background of redox technology. Our journey begins in 1998 with the Nobel Prize awarded to three individuals: Robert Ferskott, Lewis Ignario, and Ferred Murad, for their discovery of the first redox signaling molecule. Enter Dr. Gary Samuelson, a PhD in nuclear physics. He was commissioned by Virtus Norton, one of the founders of ASEA LLC, to create and stabilize redox signaling molecules outside the human body—a feat previously thought impossible.

However, after months of trial and error, Dr. Samuelson achieved it. With the molecules stabilized, they embarked on human trials to test the efficacy. At the culmination of an 8-week trial with 40 participants, it was discovered that the molecules had reached 135 people across 20 countries without the founders' awareness. Clearly, the product had potential.

In November 2007, Virtus Norton and his team approached a major pharmaceutical company, hoping to sell their patents and technology. The company made an impressive offer, but Norton had reservations about their intentions. He feared the technology might be shelved rather than used for the greater good. After much contemplation, Norton rejected the offer, opting to prioritize people over profit.

This decision shifted their focus from seeking a lump sum sale to sharing their discovery with the world. Norton and his team began exploring distribution avenues, leading to the inception of ASEA.

Fast forward to 2014, when Dr. James Watson, co-discoverer of the DNA's double helix structure, stated in a renowned medical journal, The Lancet, that his work on redox signaling molecules would surpass his DNA research in significance. Keeping in mind the dictionary's definition of a breakthrough, Watson's statement underscores the profound impact of redox molecules, even eclipsing the discovery of DNA.

The scientific community seems to share this enthusiasm. Over 1,300 books have been published on redox biochemistry, along with more than 19,000 peer-reviewed papers in scientific and medical journals. Few other 20th or 21st-century breakthroughs have received this level of academic attention and validation.

Let's examine the advancements occurring within these institutions across America.

In 2015, the Medical University of South Carolina became one of the first significant colleges to secure a $10,500,000 research grant specifically for the study of Redox Biochemistry. This grant facilitated the establishment of the university's Center of Biomedical Research Excellence and promoted their research on oxidants, redox balance, and stress signaling.

Shortly after the details of this grant were publicized, the scientific community intensified its focus on this emerging field. A journalist from the Huffington Post penned an article titled "5 Emerging Technologies in Science That Will Shape Our Lives in the Coming Years." One of the technologies highlighted was ASEA's redox cell signaling technology, sparking widespread interest.

Subsequently, Cornell University's Research Center secured a $2,500,000 grant to study REDOX Biology. They were succeeded by Harvard Medical School, which collaborated with the Dana-Harvard Cancer Center. Their focus? The study of reactive oxygen species, also known as redox signaling molecules. With Cornell, Harvard, and Vanderbilt all involved, Wake Forest recognized the significance. They responded by establishing their own Center for Redox Biology and Medicine.

The trajectory is evident. With the scientific community recognizing redox signaling as a groundbreaking discovery, major universities are funneling millions into research to determine its impact on various health sectors. The world is echoing ASEA’s sentiments, applauding their pioneering efforts.

The University of Virginia School of Medicine followed suit, allocating funds and personnel to this study as the buzz spread nationwide. Other prominent educational institutions delved into various facets of Redox Biochemistry. The University of Nebraska and the University of North Carolina, for instance, each procured a $10,000,000 grant to launch their respective Redox Biology Centers. The Medical College of Wisconsin turned its focus to redox and bioenergetics, which delves into the energy dynamics of molecular bond formation and breakdown.

The University of Colorado recognized the trend, establishing its own redox biology department. The race to comprehend redox signaling molecules had begun in earnest.

The implications? Boston's Children's Hospital noted the potential health benefits of redox molecules and enlisted Maria K. Kethafin, PhD – an Associate Professor at Harvard Medical School. While at the University of Helsinki, she had examined the role of redox homeostasis in progressive myoclonus epilepsy.

The global reach of redox signaling biology became evident when the University of South Wales in Sydney, Australia, a research titan in the Asia-Pacific, allocated substantial resources to its study.

For those interested in personal research, one recommendation is www.pubmed.gov, a repository for scientific research. Searching for "redox signaling" there yields thousands of studies. Significantly, roughly 95% of these studies have been authored in the last 5-7 years, attesting to the rapid surge in interest. ASEA LLC exclusively markets this redox signaling technology.

Another resource is a closed Facebook group where product users share their experiences. The World Redox Congress, an annual event in Paris, has for the past several years centered its discussions on redox signaling.

Prominent nutrition author Louise Gendelman has dedicated chapters in her recent books to redox signaling, drawing parallels with major breakthroughs like penicillin.

The journey of any innovation to mass market acceptance is depicted by the Law of Diffusion of Innovation. Historically, penicillin, a monumental health discovery of the 20th century, took 14 years to gain widespread acceptance. Comparably, ASEA's stabilized redox signaling molecules, introduced in 2007, reached a tipping point by 2020, mirroring penicillin's trajectory.

Virtus Norton, the visionary behind ASEA, declined lucrative offers from pharmaceutical giants to ensure the product’s integrity. He now joins the ranks of pioneers like Dr. Alexander Fleming, Jonas Salk, and Dr. James Watson.

If you're interested in experiencing the product or the opportunities it presents, please reach out to the individual who introduced you to this information.

Wishing you a great day.