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PowerUp Syllabus
Introduction

The work of Professor Fritz Albert Popp and others has shown that when a cell loses its ability to produce, receive, or metabolise light coherently, it becomes sick. DNA communicates with downstream biochemistry biophotonically.

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This means that poor photonic metabolism is a key pivot point not only in the aetiology of chronic complex disease but also in optimising genomic expression. Without coherent photonic metabolism we lose our ability to return to, or maintain, vital health. Conditions such as ADHD, autism, autoimmunity and other chronic complex health issues can result. 

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PowerUp Training Overview

PowerUp is a comprehensive 12-day training program spread over six months, followed by six months of one-on-one mentoring. It equips practitioners with the knowledge to integrate quantum biology and genomics into their clinical practice.

The program focuses on the connection between the genome and its epigenetic expression, exploring cellular biochemistry, quantum energetics, and their effects on systems biology.

PowerUp is approved by Balens, a leading insurance provider for complementary practitioners, for inclusion in PI insurance policies.

PowerUp Syllabus
Scope and Content

An introduction to DNA

  • Structure and function

  • Base pairs

  • Codons

  • Gene expression: the interface between transcription factors, RNA and mRNA Mitochondrial interface 

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The role of light

  • Tubulin, gap junctions and cell to cell communication

  • Vitamins, minerals, enzymes, the role of maximum wavelength absorption

  • Epigenetics and light

  • Neurotransmission and light

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Gene expression and energy generation

  • Aerobic versus anaerobic energy generation, the role of polarisation, light and H+

  • The Krebs cycle

  • Oxidative phosphorylation

  • Generation of Reactive Oxygen species and the significance of ROS generation in respect of overall health and energy levels

  • What can go wrong: an exploration of photonics, polarisation and potential pathology

 

Trauma and its downstream effects on systems biology and photonics

 

The interface between gene expression and the Hypothalamic/ Pituitary/ Adrenal axis and detoxification capacity

  • The role of the HPA axis in homeostasis

  • The role of the hypothalamus, its regulating nodes and set point

  • A deep dive into liver function: the role of CYP450 phase 1 liver enzymes, methylation and conjugation pathways in the stabilisation of the genome and its effects on health

  • The role of polarity, fourth phase water and light

  • Interface between gene expression and immune balance and tolerance, with specific reference to autoimmunity, autoinflammation and chronic complex disease and quantum biological considerations: proton tunnelling and the role of H+

  • The synchrony of the innate and immune response in detail. The role of inflammation and its significance T cells, B cell, Natural Killer cells, T Regulatory cells and cellular communication. Putting it all together: the relationship between immune function, detoxification capacity, energy generation and genomic expression and health and what it means for the clients healing process

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