Dr Peter Gariaev was an incredible Russian scientist. A member of both the Russian Academy of Natural Sciences and New York Academy of Science, his groundbreaking discoveries could lead to non-surgical healing methods and significantly extend human lifespans.
He was able to demonstrate that our DNA works both particle and wave levels, even sharing similarities with spoken languages based on frequency waves (sounds/words). Furthermore, he found evidence of our double helix acting like a biocomputer to store electromagnetic and acoustic information imprinted into intracellular water networks.
1. Reprogramming of DNA
Reprogramming is an integral step to the creation of induced pluripotent stem cells (iPSC) for use in regenerative medicine, but its success can be limited by epigenetic barriers that impede gene expression and remodelling processes. DNA methylation acts as one such obstacle; its presence often restricts gene expression due to binding with condensed chromatin regions or by recruiting repressive epigenetic complexes and silencing genes via inhibition of transcription factor binding or recruiting repressive complexes that recruit repressive epigenetic complexes that silence genes via inhibition of transcription factor binding or recruitment of repressive epigenetic complexes.
Base-resolution bisulfite sequencing from Project Grandiose samples revealed dynamic changes in DNA methylation during reprogramming. For instance, early cells showed demethylated at ESC-TFBSs, which are rich in pluripotency genes with CpG-rich promoters; by contrast, late reprogrammed cells exhibited genes repressed by H3K9me3 with lower levels of methylation that often had CpG-poor promoters associated with chromatin remodeling factors.
By manipulating one gene in an area of the body affected by skin disorders, altering gene therapy could facilitate cell replacement therapy without immunological rejection – one of the key challenges with current therapies. But how exactly could this work?
As it turns out, human genome reprogramming can be achieved by simply altering its chromatin landscape. A team led by University of Southern California scientists have discovered a way to untangle DNA molecules and change identities; this could significantly advance regenerative medicine research as well as understanding disease development on a cellular level.
Researchers used enzymes to untangle DNA strands, similar to how a coiffeur treats unruly hair. By mixing untangled DNA with a chemical cocktail, reprogrammed cells were then able to switch on themselves and express desired genes – an impressive advancement in regenerative medicine as it should enable generation of genetically matched pluripotent stem cells from patients that could then differentiate into specific cell types to treat diseases.
The team believes it can achieve even more precise reprogramming by using DNA-modifying drugs to reduce the number of methyl groups present during DNA replication, an activity known as methylation which contributes to epigenetic barriers and tumorigenesis; by changing its level, DNA methylation could potentially become less of a cause of cancer and other age-related disorders.
2. The Matrix
The Matrix trilogy has long been the source of fan speculation, and even repeat viewers find new symbolism within each film. Therefore, the Wachowskis created their own online resource called The Matrix 101 that can provide further explanation of underlying meanings and themes present within their movies. It can provide fans with additional ways to interpret what’s shown onscreen!
This site explores everything from the films’ underlying philosophy to individual characters and relationships, with special attention paid to rebirth and entropy as key concepts throughout. Furthermore, those interested in an in-depth examination of the film series may read articles discussing its connections to Postmodern thought; furthermore there’s also an interview with both Wachowskis discussing its inspiration and meaning.
The Matrix 101 features more than interviews and articles; it also provides extensive background on its production. For instance, it reveals that many sets were shot at Fox Studios in Sydney, Australia with some scenes shot around Sydney itself; notable landmarks like Sydney Harbour Bridge, AWA Tower Martin Place and Commonwealth Bank branches can be seen throughout some scenes. Furthermore, there are subtle references to Chicago Illinois (home town of directors) with place names referring back to Chicago as well as an image of Sears Tower placed subtly throughout.
The Matrix Revolutions brings this trilogy full circle with the announcement that The One has been found and can control the Matrix. According to The Oracle’s guidance of Resistance forces, The One will return and free humanity.
Even though it’s conceivable that the story will continue with another sequel, this seems unlikely as any such tale would need to differ drastically from what we saw in the original three movies and there may not even be the will from machines themselves to continue their conflict with humans.
3. The Human Body
The human body is an extraordinary, intricate machine; composed of billions of cells organized into tissues and organs for complex organ systems that perform essential human life functions. Each structure works intricately to perform its required task and maintain the vitality of life for us all. Unfortunately, like any complex machine it can become worn-out over time – the key to long-term functioning and vitality lies with proper maintenance and care of human organs and their respective functions.
Cells are the cornerstone of life in our bodies, functioning to maintain and replicate themselves. Additionally, cells serve as highly efficient chemical factories on Earth utilizing oxygen, water, sugars and fats as raw materials to produce chemicals necessary for bodily processes.
Tissues are organized clumps of cells that serve a specific function in our bodies. Our tissues can be organized into ten systems in our bodies – skeletal muscles, nervous system, cardiovascular, lymphatic drainage system, respiratory, digestive, urinary and urinary – each contributing significantly to overall coordination of physical, emotional and mental activities.
All parts and components of the body are interdependent, working in perfect harmony to produce life and sustain it. Diseases like cancer and death result from imbalance in this delicate balance; cancer and death represent instances when this balance breaks down, creating diseases such as cancer. Our body is an incredible machine capable of withstanding incredible strain, yet like any machine it needs proper maintenance to function at its full potential. As we gain more knowledge about it we will gain greater appreciation of how miraculous its functions truly are.
4. The DNA Language
Dr Peter Gariaev of the Russian Academy of Natural Sciences and Academy of Medical/Technical Science in New York had scientifically established that DNA functions as an information storage medium that can be programmed using electromagnetic or acoustic frequencies, transmitting this data over long distances as well as healing damaged DNA strands.
Gariaev‘s research involved a multidisciplinary team composed of Biophysicists, Molecular Biologists, Embryologists and Linguistic experts. His discoveries revealed that so-called junk DNA, often overlooked and disregarded by mainstream western scientists, contains an intricate programming language similar to spoken words that follows grammatical rules similar to how spoken words do; his discovery has opened an entirely new field called wave genetics.
This new DNA language can be used to design biologically functional systems such as artificial life. For instance, it could be used to program cells, build computers that mimic human cognitive capabilities and even construct self-replicating machines such as robots.
This study, published in Nature on February 5th, utilized ancient DNA samples collected from 354 individuals at archaeological sites throughout Russia and southeast Europe as well as modern European populations to test the “steppe hypothesis,” which postulates that Indo-European languages arose along the lower Volga River between present day Russia and Ukraine on grasslands known as steppes. This results in proof for Proto-Indo-European being spoken there centuries before Indo-Europeans arrived there from elsewhere in Eurasia.
Scientists employed a machine learning algorithm to identify regions of DNA encoding the letters A through G of the alphabet, and created an interpreter of their code using tokens such as CLS (“classification”), PAD (“padded”), UNK (“unknown”) SEP (“symbol”) and MASK (“masked”). These tokens allow their model to recognize nucleotide sequences that correspond with fragments of DNA when given within context.
This allows the model to accurately predict which codons correspond to which amino acid and whether a sequence represents an accurate translation of an existing protein or contains errors that lead to disease such as cystic fibrosis or leukemia. Accuracy in prediction of these sequences is especially crucial given that errors in DNA sequence can lead to diseases like cystic fibrosis and leukemia.
