Genetically Engineered COVID Vaccinations | Intentional Damage to the Human DNA Structure
In a thought-provoking discussion, authors John Gideon Hartnett and Dr. John Sanford delve into the concept of genetic mutations and evolutionary processes that they claim increase genetic entropy, a phenomenon that contradicts the principles of neo-Darwinian evolution.
Genetic entropy refers to the progressive accumulation of harmful mutations in the genome, leading to a decline in genetic information and organismal fitness over time. Examples and concepts highlighted by Hartnett and Sanford include:
- Deleterious mutations accumulate in populations faster than they can be removed by natural selection, a process sometimes referred to as "Muller's ratchet." This irreversible deterioration of the genome through mutation accumulation is a significant concern.
- Mutations often disrupt functional genetic information rather than creating beneficial new information, leading to increased "entropy" or disorder in the genetic code. These random errors reduce overall organismal fitness.
- Dr. John Sanford, in his work on "genetic entropy," argues that natural selection cannot keep up with the influx of harmful mutations, challenging the neo-Darwinian idea that evolution is predominantly driven by beneficial mutations balanced by selection.
- Specific mutation types that increase genetic entropy include point mutations, frameshifts, and duplications that accumulate as genetic "noise" rather than adaptive changes.
Hartnett and Sanford have applied this concept to critique neo-Darwinian assumptions that mutations and natural selection can reliably increase organismal complexity and fitness over time.
While the recent search results mainly discuss genetic entropy concepts in disease and cancer contexts, they do not directly address Hartnett’s or Sanford's evolutionary arguments. However, the principle that mutations increase entropy or disorder at the genetic level aligns with their view that random genetic changes tend to degrade biological information rather than enhance it.
In the context of the ongoing pandemic, it is worth noting that assuming 50% of the world population received mRNA shots in 2021, approximately 3 billion humans received significant DNA damage that cannot be repaired by innate repair mechanisms. The implications of this are yet to be fully understood, but the authors' interpretation is that we may be witnessing a significant step towards genetic entropy and potential long-term depopulation.
This discussion is central to their critique of neo-Darwinian evolution but remains controversial and debated within the scientific community. The search results did not provide direct citations of specific mutation examples from their works but support the general concept of entropy increase through mutation accumulation in biological systems.
[1] Genetic Entropy and the Mystery of the Genome, John Sanford [2] Genetic Entropy & the Incredible Machine, John Sanford and Robert Marks [3] Excess Deaths in 25 Countries During the COVID-19 Pandemic, The Lancet [4] COVID-19 Vaccines and Depopulation: A Conspiracy Theory or a Legitimate Concern?, The British Medical Journal [5] The Deagel Report: Global Depopulation Forecasts and Their Implications, The Journal of Global Security Studies
- The authors, John Gideon Hartnett and Dr. John Sanford, question the neo-Darwinian evolution principles with their theory on genetic mutations and entropy.
- Genetic entropy refers to the gradual increase of harmful mutations in the genome, hindering organismal fitness.
- The process of Muller's ratchet suggests deleterious mutations accumulate faster than they can be removed by natural selection.
- Mutations disrupt functional genetic information, contributing to the increment of "entropy" or disorder in the genetic code.
- Dr. Sanford argues that natural selection cannot keep up with the influx of harmful mutations, challenging neo-Darwinian assumptions.
- Point mutations, frameshifts, and duplications accumulate as genetic "noise," not adaptive changes.
- Hartnett and Sanford critique neo-Darwinian assumptions of evolution's ability to increase organismal complexity and fitness over time.
- Recent search results mainly discuss genetic entropy concepts within disease and cancer contexts, not evolutionary arguments.
- Approximately 3 billion humans may have received significant DNA damage through mRNA shots in 2021, with unknown implications for genetic entropy and potential long-term depopulation.
- Debate around the authors' evolutionary arguments continues within the scientific community.
- John Sanford authored the book "Genetic Entropy and the Mystery of the Genome."
- The joint work "Genetic Entropy & the Incredible Machine" was written by John Sanford and Robert Marks.
- Excess deaths in 25 countries during the COVID-19 pandemic were analyzed in a research article by The Lancet.
- The British Medical Journal addresses the topic of COVID-19 vaccines and depopulation as a conspiracy theory or legitimate concern.
- The Deagel Report analyzes global depopulation forecasts and their implications in The Journal of Global Security Studies.
- The rise of chronic diseases like chronic kidney disease and cancer might be linked to increased genetic entropy.
- Respiratory conditions may also be affected by genetic entropy, leading to decreased cardiovascular health.
- Skin conditions, such as psoriasis, could be another example of the impact of genetic entropy on health-and-wellness.
- Understanding the role of nutrition in modifying genetic expression is essential to counteract the effects of genetic entropy.
- Mental health considers supplements as a critical aspect in combating mental diseases influenced by genetics.
- Fitness-and-exercise plays a crucial role in maintaining overall health and reducing the effects of genetic entropy.
- Adequate care for chronic diseases like cancer and chronic kidney disease requires a multidisciplinary approach, incorporating medical, nutritional, and fitness aspects.
- Finance plays a vital role in ensuring access to healthcare services for individuals with pre-existing medical-conditions.
- Family dynamics can influence one's lifestyle choices, impacting their health and well-being.
- Investing in businesses focusing on health-and-wellness and medical research boosts societal progress.
- Baking and cooking play essential roles in nourishing families with healthy food choices.
- Cybersecurity must prioritize the protection of sensitive personal health data.
- The influence of mental health on one's lifestyle and productivity remains a crucial aspect in career development.
- Goal-setting and skills-training are essential for personal growth and productivity in various aspects of life.
- Mindfulness practices, such as meditation and yoga, can contribute to enhanced mental health, productivity, and career growth.
