Lipidomics: The Function of Vital Lipids in Embryogenesis Preventing Autism Spectrum Disorders, Treating Sterile Inflammatory Diatheses with a Lymphopoietic Central Nervous System Component

Thomas Tallberg,Raija Hallamaa,Jan Dabek,Faik Atroshi

doi:10.1155/2011/137175

Thomas Tallberg, Raija Hallamaa + Show 2 more

Open Access

https://doi.org/10.1155/2011/137175

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Abstract

The central role performed by billions of vital central nervous system (CNS) lipids “lipidomics” in medical physiology is usually overlooked. A metabolic deficiency embracing these vital lipids can form the aetiology for a variety of diseases. CNS lipids regulate embryogenesis, cell induction, mental balance by preventing autism spectrum disorders, depression, burn-out syndromes like posttraumatic stress disease PTSD, by guarding normal immunity, treating sterile inflammatory diatheses with a titanium containing lymphopoietic CNS lipid component. The propaganda driving for unphysiological fat-free diets is dangerous and can cause serious health problems for a whole generation. This article presents a broad list of various mental and motor bodily functions of which the healthy function depends on these vital CNS lipids. A rigorous fat-free diet can provoke these metabolic lipid deficiencies but they can fortunately be compensated by dietary supplementation, but not by pharmacologic treatment.

Highlights

The most important bodily components involved in preserving health and normal cell induction embrace the very numerous “vital lipids” in our central nervous system (CNS)
In twelve mothers of children suffering from autism spectrum disorders (ASDs) all had adhered to fat-free diets during pregnancy
The lack of circulating vital lipids in early pregnancy may force the body to draft CNS lipids required for the induction of the foetal brain and the spinal cord from the autonomous nervous tissue of the mother

Summary

Introduction

The most important bodily components involved in preserving health and normal cell induction embrace the very numerous “vital lipids” in our central nervous system (CNS). Beneficial nutritional clinical therapy for these diverse premalignant diatheses is dependent on normalization of the immunesystem in patients by ingesting this lymphopoietic CNS-lipid component (forming the functional “lipidome” based on billions of vital CNS-lipid molecules) acting in concert with certain essential amino acids and trace-element ions regulating healthy cell induction.

Results

Conclusion