1. What is Wave Genetics?
Wave genetics is an emerging field of study which seeks to unlock the secrets of our DNA. Based on the principle that DNA contains information in waves similar to light or sound waves, wave genetics uses this principle to decode our genes and understand our health and wellbeing. Scientists are using advanced imaging technologies to visualize DNA waves present within living organisms; researchers have observed them both inside cells as well as our environment, suggesting we may be able to interpret life itself by understanding patterns within these waves in ourselves, cells, or our world as a whole.
Research that led to this discovery has been presented at international conferences and scientific journals, being described as both groundbreaking and shocking in terms of its implications for our bodies, health, and universe. Furthermore, these discoveries may also have significant ramifications on human evolution, potentially helping reverse aging processes or extend lifespan.
Dr. Dmitriev’s research is supported by grants from the National Science Foundation, American Cancer Society and Howard Hughes Medical Institute. His work has been featured in multiple media outlets such as BBC World Service Radio 4, New York Times Online and Guardian Newspaper.
His latest book, “Wave Genetics: The Secret Language of Our Cells,” can be preordered through Amazon and will be released for publication by 2023.
Wave and GSK have entered into an expansive discovery collaboration and license agreement that enables Wave’s PRISM platform, as well as GSK’s internal development capabilities and resources, to advance up to eight programs simultaneously. One such oligonucleotide therapeutic candidate for alpha-1 antitrypsin deficiency (AATD), WVE-006, uses Wave’s proprietary AIMer technology to correct mutant SERPINA1 Z allele transcript and treat liver and lung manifestations associated with this genetic disease.
Wave’s pipeline remains strong, and Wave will invest further in the discovery, development and manufacture of potential oligonucleotide therapeutics for various diseases using its proprietary PRISM technology and expertise. This press release contains forward-looking statements pursuant to the Private Securities Litigation Reform Act of 1995 as amended; such statements include statements related to discovery/development/manufacture of potential oligonucleotide therapies as well as payments under agreements.
2. How Does Wave Genetics Work?
Wave genetics is founded upon the idea that electromagnetic fields associated with an individual’s DNA contain genetic information. Information transmitted between donors and recipients through this field allows genes to be copied without physically having to enter each cell. Cellular cloning is an emerging therapy for treating hereditary diseases such as Alzheimer’s and Parkinson’s, while wave genetics has the potential to regenerate organs like pancreas and liver. Dr. Gariaev’s team used advanced laser technology to transmit genetic data from a healthy pancreas into one that had been damaged, leading to regeneration.
Researchers used a frequency-stabilized Helium-Neon laser with two orthogonal optical modes for this experiment. After reading genetic information from tooth rudiments, they recorded it via polarization modulated broadband electromagnetic radiation (MBER). Once recorded on MBER, it was sent back through laser resonator into recipient mouth via beam from laser microscope.
Once the laser signal was delivered to a recipient’s mouth, it was translated into genetic instructions that their cells understood, which then enabled reconstruction of missing pancreatic tissue. Reconstructed organ showed signs of life such as functioning metabolism and normal blood pressure – this was an immense achievement and confirmed that the method can work on humans.
An impressive recent example of Wave genetics can be seen in a study published in Science journal. Researchers discovered that sequences of nucleotides found within DNA contain similarities with human language structures, prompting further exploration in what will likely become known as genetic linguistics – the study of how genetic information is processed by cells.
This research demonstrated the successful transfer of genetic information across up to 20 kilometers, opening up exciting avenues of future study.
3. How Can Wave Genetics Help Me?
Wave genetics allows scientists to analyze samples of DNA, identify any changes and how they might impact an individual’s health, while simultaneously providing insight into the causes and mechanisms underlying various diseases. Scientists are harnessing its power for good by harnessing it themselves for benefit of all mankind.
Wave genetics has many applications in gene therapy. By learning how to manipulate DNA’s wave patterns, researchers can create more effective and safer gene therapies to treat chronic illness, obesity and cancer among other medical conditions.
Wave genetics is an ever-evolving field with untapped potential. As more researchers begin exploring its capabilities, there may be major advancements in treating disease and other medical issues.
While wave genetics technology offers tremendous promise, it should not be seen as without drawbacks or limitations. There remain various obstacles preventing its implementation into clinical care settings; scientists need to develop advanced imaging techniques in order to accurately measure its effects on cells – this step being pivotal for mainstreaming this form of therapy.
However, one major challenge of wave genetics lies in current gene-editing technologies; they may neglect to take account of DNA’s complex wave and linguistic properties and this may lead to unintended side effects like mutation and other unwanted effects. By applying wave genetics principles within gene editing technologies we can avoid such unintended outcomes and ensure our efforts lead to positive results.
Due to this reason, it’s vitally important that we continue investing in this field of research. With more scientists joining forces on this effort, wave genetics could soon reach clinics and improve lives across many patients. With adequate support, this technology could transform human biology and medicine and take us a giant leap closer toward healing the planet.
4. What Can Wave Genetics Do for Me?
Wave genetics is an emerging technology with the potential to treat many different illnesses, using photo-induced RNA (PIRaN). PIRaN alters living cell’s genetic code and can target specific gene regions to correct disease-causing mutations. Clinical trials for wave genetics are underway; its hopeful use could eventually treat conditions like autism, Alzheimer’s, Parkinson’s disease and more.
Wave has established several partnerships with pharmaceutical companies in order to further its PIRaN technology development and testing. One such partnership with GSK involves using PIRaN technology to edit RNA in liver and lung tissues of patients suffering from A-to-I inherited autosomal dominant dystrophic pulmonary fibrosis (AATD), making WVE-006 the first Wave therapeutic to enter human trials.
Wave’s technology excels in its ability to simultaneously detect multiple genetic variants. This provides an accurate picture of an individual’s genetic makeup and allows Wave to inform a more personalized approach to treatment.
Wave genetics has taken another leap forward with the discovery that DNA may possess both holographic and quantum properties, according to research published in Science journal. Scientists discovered that genes could be instantly accessed and transmitted over long distances through “quantum non-locality.” This implies that genetic information encoded in DNA could exist as instant communication among cells even across vast geographical distances.
Wave genetics has immense potential. From rejuvenating organs to lengthening lifespan, wave genetics has the ability to transform lives. But its wide deployment requires taking into account various ethical considerations ranging from social implications to animal and human treatment ethics – and ultimately it’s up to society itself to decide its fate.