Initial Activation and Installation of Neuro-Genix Energetic/Informational Utilities:


III)  Free Radical Component of Aging

  1.    Role of Mitochondria Free Radical Reactions

  2.    Stress and Age Related Mutation

  3.    Accumulation of Oxidized Proteins

  4.    Oxidative Balance

  5.    Antioxidant Sources

IV)  Specific Mitochondrial Functions Related to Aging

  1.    Acquired Defects in Metabolic Pathways

  2.    Mitochondrial DNA Inheritance

  3.    Oxidative Mitochondrial Damage

  4.    Preventing, Minimizing and Rectifying Mitochondrial   Oxidative Stress Effects

V)  Gene Regulation Component of Aging

  1.    Cell Senescence Modulation and Rectification

  2.    Age Related Loss of Tissue Function

VI)  Role of Neurogenesis

  1.    Neuroplasticity - Making Brains Young Again

  2.    Metabolic Regulation of Neural Stem Progenitor Cells

  3.    Complex Quantum Intracellular Signaling & Neuroplasticity

  4.    Neural Management and Neurogenesis

  5.    Glial Cell Role in Neurogenesis

  6.    Other Forms of Neurogenesis

  7.    Natural Stem Cell Activation Including the Glia

VII)  Other Glial Roles in Aging

  1.    Neuron and Glia Correlation in Synapse Development & Plasticity

  2.    Microglial Intrinsic Properties & Intercellular Signaling

  3.    Stabilizing Microglial Networks & Stem Cell Support

  4.    Alternative Microglial Origins - Repopulation in Adult Brain

VIII)  Inflammation Component in Aging/Anti-Aging

  1.    Normal versus Adverse Inflammation

  2.    Modulation, Prevention and Rectification of Scarring

  3.    Age Related Inflammation Capacity & Rectification

  4.    Inflammation & Neuro Degenerative Brain Disease

iX)  Immune Systems Role in Aging/Anti-Aging

  1.    Neuron Regulation of Immune Function

  2.    Modulating Immune Responses in Aging

  3.    Neuronal Reflexes, Inflammation & Immune Response

  4.    Cellular and Molecular Defense Mechanisms

  5.    Complex Mechanisms & Reactive Oxygen Species (ROS)

  6.    Immune System Support and Autoimmune Factors

  7.    Altered & Implanted Genome Issues

  8.    Biome & Microbiome Immunity Effects

  9.    Lymphatic System & Brain (CNS) Immunity

  10.    Glial Role in Neurological Health, Function & Regeneration

  11.    Lymphatic Efficiency Including Neural Toxin Drainage

  12.    Vagus and Splenic Nerves Control T/B Cells & Inflammation

  13.    Energetic Editing of Single RNA Base Pairs

X)  Autoimmune Functions

  1.    Neurological Autoimmune Considerations

  2.    Neural Cells that Present Molecules to T-Cells in the Brain

  3.    Multiple Virial Brain T-Cell Triggers

  4.    Neural T-Cell Autoimmunity

  5.    Neural T Helper Cells (Th’s) Stimulation by Gut Microbes

  6.    Molecular Mimicry Cell Lines

  7.    Regulation/Dysregulation of Epstein-Barr Virus (EBV) as an​     Autoimmune Brain Disease

XI)  Neuroendocrine Component in Aging/Anti-Aging

  1.    CNS and Immune System Bidirectional Communication

  2.    Neuronal and Hormone Regulation

  3.    Role of Hypothalamic-Pituitary-Adrenal (HPA) Axis

  4.    Role of Hypothalamus

  5.    Role of Adrenal Cortex

  6.    Steroidal Hormones as Modulated by Feed-Back Loops

  7.    Age Related Hormonal Declines

  8.    Pivotal Role of Human Growth Hormone (HGH)

XII) Neuroendocrine-Immune System Component

  1.     Neuroendocrine & Immune System Interaction

  2.     Autoimmunity & System Elimination of Foreign Organisms & Cellular Debris

  3.     Mechanisms of Successful/Unsuccessful Aging Modulated

XIII) RNA and Longevity

  1.     Role of Single Nucleotide Polymorphisms (SNP’s) & (miRNA)

  2.     Non-Coding RNA (ncRNA) Regulation of Protein Expression

  3.     Untranslated Regions and mRNA’s Addressed

  4.     MicroRNA (miRNA), Chromatin and DNA Organization

  5.     TDP-43 RNA Binding Protein & Age-Related Degeneration of Interneurons

XIV). RNA Interference and Anti-Aging

  1.     Feedback Loops Link EnergyInformation to RNA-Mediated  Protein Folding

  2.     Virus-Driven Energy Theft & mRNA Degradation

  3.     Cleavage Site Viral Peptide Inhibition & the “Roboswich”

  4.     RNA Interference & Chromosomal Rearrangements

  5.     RNA Interference (RNAi) & RNA Modulated System Stability

  6.     RNA-Modification Therapeutic Application

  7.     Energy-Dependent Cell Type Differentiation

  8.     Micro RNA (miRNA) Inhibition of DNA Expression

  9.     Role of Small Interfering RNA (siRNA) & piwi-interacting RNA (piRNA)

  10.     MiRNA Processing/RNA DNA Silencing

XV) The Role of Autophagy in Anti-Aging

  1.     Autophagy – as Managed Cellular Degradation Process

  2.     Protein Beclin-1’s Critical Initiate Complex Autophagic Role

  3.     Beclin-1 – Vps34 Kinase Complex Functions

  4.     Beclin-1 and Binding Partners Role in Autophagy

  5.     Age Dependent Autophagic Declines Modulated

  6.     Major Autophagic Types and Mechanisms

  7.     Basal Level Autophagic Function

  8.     Autophagic Genes that Affect Protein Turnover

  9.     Molecular Mechanism Steps of Autophagy

  10.     Autophagy at the Molecular Level

  11.     Autophagic Molecular Pathways

  12.     Autophagic Pathophysiology Rectification

  13.     Autonomous Cell Activation of Autophagy

  14.     Stealth Bacterial Avoidance of Beneficial Autophagy

XVI) Role of mTOR and Related Kinases in Cell Growth, Metabolism

  1.     TOR’s Function as a Serine/Threonine DNA Dependent

  2.     Protein Kinase (enzyme)

  3.     mTORC-1 Control of Autophagy

  4.     Regulation of mTORC-1 by Amino Acids

  5.     mTOR Signaling Pathways

  6.     mTOR structure & organization into multi-protein complexes

XVII) mTORC-1: Master Regulator of Cell Growth and Metabolism

  1.     mTORC-1 Components and Functions 

  2.     mTORC-1 Regulation of Lipid Synthesis

  3.     Mitochondrial Metabolism and mTORC-1 Biogenesis

  4.     Complex Signaling of the mTORC-1 Network

  5.     Growth Factor Effects

  6.     Energy Status Signaling

  7.     Relationship of mTORC-1 to Oxygen levels

  8.     Regulation of mTORC-1 by Amino Acids

  9.     Other RelatedCellular Conditions, Signals & Signaling       Functions


i)  Testing for multilevel processing and removal of energetic and emotional impediments and activation and application of   Initial  Emotion State Clearings as required and Installation of the Energetic Direct Organ/Circuit Activation/Modulation (EDOCAM) Utility to be activated and applied at each juncture in which the accumulated Information Faults (IF’s) exceed log 442 (base 10) or where otherwise indicated throughout the following steps.

ii) Activation and application of the Emotional State, Stress and Wave Form Clearing/Reprocessing (ESSWFCR) Utility is to be run at the conclusion of each of the following step or step-groupings including calls for NG modified Tissue Repair and Neural Network Repatterning application pathway processing as indicated within the following Process flow:


XVIII) Ascertainment of mTORC-2 Functions and Mechanisms

  1.    mTORC-1 and mTORC-2 Integration

  2.    mTORC-2 Components and Functions

  3.    mTORC-2, Cell Survival, Metabolism & Proliferation

  4.    mTORC-2 Cytoskeletal Organization

  5.    Signaling to mTORC-2 & System Intelligence

XIX)  Role of Overall Kinase (Enzymatic) Signaling Efficiency

  1.    Modulation of Kinase Signal Transduction

  2.    Protein Kinase Regulation of Cell Function

  3.    Kinase Protein & Lipid Phosphorylation Modulation

XX) Telomere and Cellular Senescence Components of Aging

  1.    Telomere Length & Cellular Senescence

  2.    Role of Telomerase Enzyme

  3.    Modulation of Telomeres & Telomerase

  4.    Modulation of hTERT’s Messenger RNA

XXI) Viral Considerations

  1.    Nutrient-Dependent vs Viral microRNA Effects on Aging

  2.    Virus and Transposon Immunity Rectification

  3.    Dorsolateral Prefrontal Cortex (DLPFC) Polymorphism & Viral Energy Theft Effects

  4.    Virus-Driven Energy Theft & mRNA Degradation

  5.    Cleavage Site Viral Peptide Inhibition & the “Roboswich”

XXII) Bio-Physiological Repair and Remodeling

  1.    Neural Signaling Efficiency & Coherence

  2.    CNS, Heart, Enteric and Peripheral Nervous System        Coordination & Coherence

XXIII) Epigenetic Factors of Aging

  1.    Age Related Ecological & Environment Epigenetic Effects

  2.    Downregulation of Genes

  3.    Upregulation of Genes

  4.    Autophagy and Transgenerational Epigenetic Inheritance

  5.    RNA Balance of Entropic & Anti-Entropic Epigenetic Effects

  6.    microRNA’s Biomarkers & Regulation of Gene Expression

  7.    NMD Control and Modulation of DNA Expression

  8.     Age Related Histone Encoding

  9.     Role of Heterochromatin Loss in Aging/Anti-Aging

  10.     Age Related Chromatin Structure Alterations & Activation of Retrotransposons

  11.     Age Related Global Histone Reduction and Maintenance

  12.     Chromatin Relaxation and Transcription in Aging

  13.     Mutation Accumulation and DNA Transcriptome Repair

  14.     Retrotransposable Elements of Aging/Anti-Aging

  15.     Age-Related Histone Variance

  16.     Age Related Histone Modifications

  17.     Modulation of Histone Acetylation

  18.     Nucleosome Remodeling

  19.     Altered Chromatin Structure & DNA Damage

  20.     Age Related DNA Methylation Changes

XXIV)  Loss of DNA Methylation Role in Aging Addressed

  1.     DNA Methylation & Gene Expression

  2.     Age Identification Methylation Sites & Age Reversal

  3.     Role of Noncoding RNA (ncRNA) in Aging/Anti-Aging

  4.     ncRNA Role in Neurodegenerative Aging/Anti-Aging

  5.     Long ncRNA (lncRNA) as Regulators of Transcription

  6.     Transgenerational Epigenetic Effects on Aging

  7.     Promotion of Compact Chromatin Structure & Biological       Process Regulation

XXV)  Electrical/Neural Considerations

  1.     Functions of Electricity in the Brain & Neural Structures

  2.     Myelin & Glial Electrical Coordination

  3.     Management of Local Field Potentials (LFP’s)

  4. ​    Resonance Factors in the LFP

  5.     Ephaptic Electrical Effects on Action Potentials & the LFP

  6.     Neuronal Geometry Critical to Local Field Potential (LFP)

  7.     Critical Temporal Factors in Local Field Potentials (LFP’s)

  8.     Energy Forms and Multidirectional Transmission Effect in        the Brain and the Mind

  9.     Synapse Activity & Extracellular Electric Fields

  10.     After-Hyperpolarization Currents

  11.     Modulation of Electrical Gap Junctions & Synapses

XXVI)  Caloric Restriction and Related Anti-Aging Addressed

  1.     Non-Genetic Aging Intervention

  2.     Biophysical Modifications Relative to Caloric Restrictions

  3.     Weight Distribution, Redistribution & Reduction

  4.     Hypothalamic Reset

XXVII)  Internal Clocks and Circadian Rhythms

  1.     Individual Cellular Clock Functions

  2.     Independent Effects of Cellular Clocks

  3.     Organization of Individual Clocks in Tissues

  4.     Regulation Role of Genetic Clocks & their Proteins

  5.     Coherence of Clocks & Functions - Central & Cellular

  6. ​    DNA Methylation Mitochondrial (mtDNA) Copy Number       Modulation

XXVIII)  Generational and Family Field Effects

  1.     Age Related DNA Repair

  2.     Genetic/Epigenetic Expression Modulation

  3.     Morphic and Family Field Disturbance Effects

  4.     Transgenerational Traumatic Memory Effects

XXIX)  Emotional Component of Aging

  1.     Identification of Key Emotions Detrimental to Health &             Longevity

  2.     Associated Dysfunctional/Counterproductive Beliefs

  3.     Microbiome Effects on Mood and Longevity

XXX) Digestive and Intestinal Tract Factors in Aging

  1.     Digestive System Integrity Support

  2.     Biome Effects

  3.     Microbiome Effects

XXXI) Nutrient Energy Factors

  1.     Primal Nutrient Energy-Dependent DNA Expression

  2.     Nutrient-Dependent vs Viral microRNA Effects on Aging

XXXII) Behavior Modification Component in Anti-Aging

  1.     Agency Access Optimization

  2.     Native Intelligence Optimazation

  3.     Internalization of Universal Principles

XXXIII) Geopathic Stress Effects on Aging/Anti-Aging

  1.     Orientation to Geopathic Lines of Energy

  2.     Corrections & Adjustments to Energy Flow Perturbations

XXXIV) Tissue, Structure and DNA Repair and Reprogramming

  1.     Age Related Neuro Degeneration/Rectification

  2.     Anterolateral Signaling Decline & Grid Cell Entorhinal       Neocortex Instability in Aging

  3.     RNAi Gene Silencing and Repair

  4.     Histone Tags & Production of New Brain Cells

  5.     Photoreceptor (GPCR’s) Roles in Cellular Repair

  6.     Photolyase Based DNA Repair

  7.     Splicing Factor Expression & Cellular Senescence Reversal

  8.     Identification of Mutant Alleles & Base Pair Substitutions

  9.     Age Related Chromosomal Mutations Modulated

  10.     Glycine & D-Serine Role in Reprogramming Fibroblasts

XXXV) Life Purpose Component of Aging/Anti-Aging Addressed

  1.     Effects of Covenants, Promises and Contracts

  2.     Life Path Heart/Head Congruence & Coherence

  3.     Life Path Conscious/Subconscious Coherence


XXXVI) Final Clearing and Modulation Installed

And as both Neuro Genix Full-Specrum Brain Integration and NG Anti-Aging are often accompanied by the NG Epigenome Modulation Process, please see:


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