Russian scientists conducted experiments irradiating DNA samples with laser light and observed their characteristic wave pattern, even after taking out of the sample itself; when removed the signal persisted. It appeared as if it would stay on its own.
Scientists also demonstrated that living DNA responds to language-modulated laser beams and can be transformed into another genome without resorting to archaic cutting-out procedures! This was truly remarkable.
Regeneration of a Dog’s Tooth
Wavegenetics is an emerging method for healing the body using healthy quantum DNA information. While it won’t instantly cure all your ailments, Wavegenetics helps the body heal itself naturally without drugs, herbs or chemical substances; rather relying on vibrational energy from within your quantum DNA information which can be enhanced using specific frequencies of music or sound or other natural stimuli.
In this study, multipotent mesenchymal stem cells (MMSCs) were introduced into the surgically extracted rudiment of a dog’s right upper tooth and successfully transformed it into new tooth growth over nine months.
Resorbing deciduous teeth and the eruption of permanent ones are complex processes governed by various factors, with one such element being the dental follicle. It plays an integral part in both processes, helping resorb their roots while also creating the path towards eruption of permanent ones.
WGS has been used for the first time ever to genetically describe four cases of congenital hypomyelinating polyneuropathy (HPN), which specifically affects peripheral nervous system (PNS). HPN causes weakness, slower motor and sensory nerve conduction velocities, abnormal electrical impulses in PNS nerves, as well as abnormal electrical impulses within this system.
Variants were identified in three canine genes MTMR2 (which encodes for a protein that regulates cell cycle progression), MPZ (which codes for an intracellular signaling complex), and SH3TC2 (which encodes for myelination-related proteins); SH3TC2 variants are responsible for all four cases of HPN observed in this population.
Identification of this disease variant was assisted by the discovery that its mutation is linked with slow cell cycle progression, as shown by only a small proportion of affected GRs taking up BrdU in an alligator pulse-chase experiment while most proliferated rapidly after surgery (Wu et al., 2013).
VCFtools 0.1.16 [44] identified a 12 SNP haplotype comprising of SH3TC2 nonsense variant in Case 4, comprising of 60,684,633 to 60,859,652. This haplotype was homozygous for three of four affected dogs and shared heterozygously by 80 additional ones; one such shared the haplotype with BseGI enzyme for testing purposes and Sanger sequencing showed it was actually wild type for this nonsense variant.
Regeneration of a Diabetic Foot
Researchers were able to use the method of linguistic wave genetics that they had developed themselves to heal a diabetic foot ulcer. This experiment demonstrated it is possible to generate new healthy quantum DNA information and transfer it directly into animal cells, altering cell structures and improving biological functions for greater effect. It marked a breakthrough as such a feat had never before been accomplished. Esoteric and spiritual teachers have known this for some time; now it has been scientifically demonstrated. Our bodies can be programmed by words, thoughts and sound if their frequencies match with our DNA – this requires extensive work in order to establish conscious communication with it.
Diabetes Foot Ulcers (DFUs) can be an incapacitating complication of diabetes that drastically diminishes quality of life for patients and may result in limb amputation. Furthermore, healing processes tend to be slow and recurrent so finding methods of speeding up healing time as well as preventing new DFUs is critical to success.
DFUs occur due to a loss of blood supply, leading to tissue necrosis and infection. Early diagnosis and treatment are key in order to minimize the risk of amputation – this can be accomplished by testing skin sensitivity to pain as well as using foot pressure sensors.
Scientists conducted a study wherein they demonstrated how a liquid filled with peptides can accelerate the healing of DFUs by speeding up their healing time, preventing scar tissue formation, and increasing skin permeability. Their results were published in Wound Repair and Regeneration journal.
The study, led by Russia’s Institute of Lingvistiko-Wave Genetics, draws inspiration from ideas put forth by two Russian scientists A. G. Gurwitsch and A. A. Lubishchev in the 1920s and 1930s that DNA operates at quantum levels as waves and fields; their theory was later verified through experimentation.
Regeneration of a Frog’s Embryo
Researchers at Wave Genetics have created an effective means of communicating with our DNA on the quantum level and helping it heal itself. Their researchers have proven that our genome can be programmed using vibration and language instead of archaic methods of cutting out and reinserting single genes; for instance, one experiment involved using vibration and language to switch frog embryos for salamander embryos while in another used this technology to repair damaged chromosomes.
Studies have also demonstrated that our DNA operates more like a dynamic, resonant system of waves and fields rather than discrete particles, meaning our health, consciousness and emotions all resonant with its quantum wave form. Researchers also discovered that DNA can be stimulated to transform and regenerate itself faster than normal cell regeneration processes allow.
The team’s research is founded in wave mechanics theory, which suggests that complex systems can be modelled as emergent properties of their components. Their work has demonstrated this concept by characterizing gene expression dynamics in cells by measuring phase of DNA waves – an indicator of cell cycle progression – while also noting this phenomenon being affected by external signals such as electromagnetic radiation, hormones or chemicals as well as internal factors like apoptosis or differentiation of cells.
They also show that it is possible to alter the shape and behavior of cells by controlling synchronization of their phases, leading to multicellular assemblies that differ substantially from normal embryogenesis. These structures are known as xenobots after being taken from African clawed frog (Xenopus laevis), from which their cells were extracted; their name reflects that these forms are completely distinct from normal embryogenesis processes, offering insight into how living matter might be persuaded to adopt different goals or take on strange forms.
Wave’s PRISM platform and GSK’s expertise in genetics and genomics come together in this collaboration to enable them to explore various genetic targets for innovative medicines, with particular attention paid to hepatitis B and non-alcoholic steatohepatitis (NASH). Under its terms, GSK will receive an upfront payment of $170 million comprising cash and equity investments, then advance up to eight programs from Wave including WVE-006 program for AATD that could qualify Wave for up to $225 million development/launch milestone payments plus tiered sales royalties over its lifespan.
Regeneration of a Salamander’s Embryo
The amphibian Xenopus laevis is one of the most commonly utilized models for vertebrate embryonic development, especially neural induction. With large and clear embryos that enable observation of gross phenotypes easily, in situ hybridization and lineage tracing techniques have been utilized to identify key genes responsible for dorsal (including neural) induction.
Researchers have used these techniques to build an extensive DNA library from Xenopus embryos, screening large numbers of gene pools for genes that rescue ventral phenotype after UV-irradiation. This has allowed researchers to identify many of the genes responsible for dorsal induction and investigate their properties through iterative fractionation and testing of cDNA libraries (De Robertis et al. 2000; Gurdon and Hopwood 2000).
Peter Gariaev of Russia made one of the greatest breakthroughs in wavegenetics through genetic linguistics studies. While investigating this cutting-edge branch of semiotics called genetic linguistics, Gariaev discovered that potential DNA text conformed to standard grammar and usage rules almost identical to human languages. Additionally, when exposed to specific frequencies DNA phantoms acted like “voices,” transmitting information patterns between DNA samples. This technology has since been employed for such tasks as reprogramming cells from frogs to salamanders or even repairing damage caused by x-rays.
Gariaev’s team has demonstrated that information from healthy DNA can be transferred to sick or damaged cells to alter their genes; for instance, when they transmitted healthy pancreatic cell DNA directly to diabetic rats via beamed therapy, 90% survived and were free of symptoms within six days, while all control rats died within the same timeframe.
Work by Dr Gariaev and his team led to Wave Life Sciences Ltd, which uses his system and technology to assist individuals with healing themselves. Based on quantum physics principles, our DNA acts like an energy and information transmitter which sends energy out from our cells for repair. While not a magic wand, however, this treatment requires patience and commitment as its effectiveness depends on diet and lifestyle choices which determine its speed and intensity of healing.
