Tag: Chronic Diseases

A Life-Value Onto-Axiological “Big Picture” Framework for One Health | ChatGPT o1/4o

Table of Contents

  • Can you analyze and unpack please this slide showing the relational epidemiology between chronic disease and climate change?
  • Are there analogous psychosocial and economic pathology pathways that can be similarly aligned, and what is the underlying meta-pattern?
  • Can you unpack the more holistic systems approach?
  • Can you envision a salutogenic holistic integral nondual model of One Health and what new insights would it provide that would be helpful?
  • Can this framing be better envisioned through John McMurtry’s life-value onto-axiological lens?
  • By using McMurtry’s life-value onto-axiology framework, how does this clarify and help us understand better Egger’s “Big Picture” Prevention model?
  • How does McMurtry’s life-value onto-axiological framework help us also to better address and prevent the psychosocial and economic pathologies discussed earlier?
  • Can you now summarize as concisely and precisely as possible the mistakes made and the lessons learnt that have been discovered in this discussion?
  • Taking an all-of-society and all-of-government approach with life-value in all policies, can you design the policy framework that acknowledges the mistakes made and lessons learnt, in guiding the relevant stakeholders, going forward?
  • Can you create a title for an article that incorporates all of these insights?
  • Can you create headings and subheadings for such an article?
  • Can you now create the article with references that is suitable for academic journal publications?
  • Can you create a vibrant image of this life-value society?
  • Can you create a compelling life-awakening narrative explication of the themes of the academic article you have created?

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From Environmental Toxicants to the Cell Danger Response of Chronic Diseases to the Healing Cycle | Prof Robert Naviaux

The pace of change in the human ecosystem has accelerated rapidly in the past 30 years. These changes not only affect human health, but the health of plants and animals that share the environment with us. Nine keystone vertebrate, invertebrate and plant species have experienced extinctions or population crashes since the 1980s, and opportunistic human infections are on the rise. These crashes and infections can be traced to changes in metabolism that underlie epigenetics, innate, and adaptive immunity. Epigenetic and immunologic ripple effects have led to new Acquired Immunodeficiency Syndromes (AIDS) in plants and animals, and Acquired Autoimmune Disorders (AAIDS) in humans and domesticated animals. Autism is one of nearly a dozen new, neuroimmune and metabolic spectrum disorders (NIMS) that have emerged as a consequence of these new combinations of environmental factors that have never before been encountered by the human genome. This talk will showcase examples of AIDS, AAIDS, and NIMS that teach us about the unintended, and often-invisible environmental changes caused by human technological progress, and how these changes can be measured and managed systematically.

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