--- title: "Bacteria and DNA Wave Genetics" url: https://alsuprun.com/blog/wave-genetics/bacteria-and-dna-wave-genetics/ author: "Editorial" date: 2026-09-18T20:11:57+00:00 categories: ["wave genetics"] tags: [] --- # Bacteria and DNA Wave Genetics An electromagnetic DNA wave is created when charged particles such as electrons and atoms move, accelerate, and emit waves during transcription and translation processes. Russian scientists have evidence that our DNA can be changed and reprogramed through words, frequencies and vibrations, thus explaining why affirmation techniques, autogenous training and hypnosis work if the frequency is appropriate. ## Bacteria Bacteria are single-celled microorganisms that belong to neither plants nor animals, but are ubiquitous across every environment on Earth and despite their seemingly simple form can be extremely diverse. Bacteria are essential to both our global ecosystems and survival as individuals; they form the basis of our gut microbiome, helping digest food, produce vitamins, boost our immunity systems, and protect us against dangerous microbes. While certain strains of bacteria may cause disease, most do not. Human bodies are estimated to contain more bacteria than cells. Bacteria are vital members of our ecosystems and can be found almost everywhere from soil to rock and ocean floor to even the Arctic snowcap. Bacteria are resilient creatures capable of withstanding harsh temperatures, pressures and extreme conditions while remaining alive – they’ve even been used in fermented foods, medicines and scientific research projects as well as breaking down waste materials such as pollutions. [![Rejuvenate your whole body & balance your health without medications - now remotely!](https://alsuprun.com/blog/wp-content/uploads/BioresonanceTopAd.png)](https://www.bioresonance.rent) Scientists use similar identification methods when it comes to bacteria as other organisms; scientists can group bacteria based on physical and chemical similarities, using methods similar to other organisms – using terms like genus (based on physical and biological properties), species (based on genetic differences), subgenus and subspecies classification for identification purposes. Within each genus, bacteria may further be classified by shape; for instance some are rod-shaped (bacilli), curved like spirochetes or spiral shaped (vibrio). Scientists can further distinguish bacteria according to their ability or lack thereof to grow with and without oxygen. Anaerobes cannot live or grow without oxygen and those that can exist either way are known as facultative bacteria. Furthermore, scientists are capable of identifying a bacterium’s genetic makeup using specific tests. Scientists in Osaka, Japan recently made an important breakthrough when they discovered Ideonella sakaiensis bacteria which were capable of digesting plastic waste. This breakthrough may help reduce plastic pollution on Earth; further investigation will take place to learn more about this bacteria’s use of its enzymes as well as whether this bacterium could produce more useful products than just plastic bottles. [![](https://alsuprun.com/blog/wp-content/uploads/ForeverYoungYouWannaBe.png)](https://alsuprun.com/services.html#Contact) ## Chick Embryos Chick embryos have long been utilized as research models. Due to their self-sufficient nature, short incubation time, and ability to reproduce indefinitely, chick embryos make ideal nonclinical safety studies, particularly drug screening studies. Furthermore, these animals are cheap, accessible, and easy to care for as well as being environmentally conscious by respecting the Three Rs: Reduce, Reuse, and Recycle — providing an ethical alternative to mammalian models. Chick embryos provide a convenient model to explore how genome waves impact early cell division, providing valuable insight into both genetic code and its quantum mechanisms. Researchers have used chicken embryos to study the effects of ionizing radiation on cell division and gene expression, offering potential insights into human genome effects from radiation, health risks, as well as reverse mutations that result from radiation exposure. Peter Petrovich Gariaev pioneered new methods for altering genetic expression using electromagnetic radiation such as lasers during the 1980s behind the Iron Curtain. For instance, one experiment involved shining a non-damaging green laser through fertilized duck eggs onto fertilized chicken eggs to produce hybrids with mixed traits of both species – results which were heritable with subsequent generations maintaining these blended traits without additional intervention or treatment. His concept was known as [Wave Genetics](https://alsuprun.com/) as DNA is like an electromagnetic biocomputer responsive to electromagnetic waves. Embryonic development is a complex process involving two distinct stages of genome activation. During embryo development, maternal genes become active during the first, or zygotic, phase. On the other hand, during epigenetic phase father’s genes become activated through exposure to radiation in an incubator which could interfere with normal zygotic phase by disrupting certain chemical pathways and hinder its normalization. Scientists have used chicken embryos in experiments involving quail-chick chimeras, an approach that allows scientists to trace specific cells and their progeny; molecular genetic approaches like in ovo electroporation; and morphological changes during neurulation, organogenesis, and morphogenesis. Unfortunately these processes occur inside an opaque egg shell making observation of them difficult; however recently researchers developed a chick embryo culture system which provides real time observation of an 3-day-old embryo’s development. [![](https://alsuprun.com/blog/wp-content/uploads/RadionicMerch.png)](https://alsuprun.com/merch.html) ## Imaging Human bodies contain all of the information necessary for life; however, occasionally our DNA becomes altered and causes disease; such mutations can be detected using imaging. The new method of imaging focuses on the nuclear environment of cells and uses positron emission tomography (PET) to visualize them. Researchers can use PET scans to help them spot abnormalities or mutations within genome, as well as any possible presence of viruses allowing them to monitor any effects they might have on body systems. Scientists believe a new theory of genetics may provide insight into DNA mutations. According to this theory, DNA replication occurs as two strands separate and each creates its complementary chromosome, before merging back together again in an assembly process influenced by electromagnetic waves. According to this theory, electromagnetic vibrations produced by DNA atoms produce electromagnetic waves, which are then reflected by chromatin proteins that make up chromosomes, producing different frequencies of electromagnetic radiation and which correspond to various genes within cells. These frequencies are then measured through imaging techniques such as positron emission tomography (PET). PET scanning can help determine whether a cell has been infected by pathogens. Furthermore, it can detect tumors or any other conditions within cells. In turn, this means that the DNA-wave biocomputer can gain unlimited information on its metabolism and synthesis. Thanks to quantum nonlocality between photon polarizations and radio waves, it gyrates its own laser radiations, producing broadband genetic-signal radio waves. Furthermore, EPR spectroscopy’s variation with photon-radiation correlation can correlate nonlocally with endogenic laser radiations produced by chromosomes; its correlations between photon polarizations of laser photons and genomic-signal radio waves correspond with semantic resonances in their respective spaces – similar effects exist with EPR spectroscopy! ```json { "@context": "https://schema.org", "@type": "Article", "headline": "Bacteria and DNA Wave Genetics", "url": "https://alsuprun.com/blog/wave-genetics/bacteria-and-dna-wave-genetics/", "datePublished": "2026-09-18T20:11:57+00:00", "dateModified": "2026-09-18T20:12:00+00:00", "author": { "@type": "Person", "name": "Editorial" }, "publisher": { "@type": "Organization", "name": "Information Wellness Blog", "url": "https://alsuprun.com/blog/" } } ```