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

Table 1

Lipidomics, the function of billions of vital lipid molecules forming our brain and spinal cord.

(a) Embryogenesis, with organ-specific mitochondria leading to harmonious synaptogenesis.
(b) Consciousness, intellect, fantasy, memory, intuition, experience and telepathy.
(c) Inductional CNS is linked to cancer control and healthy gene transcription.
(d) Blood-brain barrier lesions upset the axonal inductional cell control (e.g., herpes virus infections).
(e) Lymphopoietic stimulation by a CNS lipid molecule containing titanium (Ti), as cobalt in B12.
(f) Neurological pain, the warning signal from nerves is alleviated by ingestion of CNS lipids.
(g) Burn-out stress syndromes in sportsmen, battle fatigue, and sleep disorders eased from CNS diets.
(h) Rheumatic, neuropathic, psoriatic arthritis, fibromyalgia, Crohn’s disease, and IBD, PTSD respond to CNS diets.
(i) Idiopathic neural pain, sterile inflammatory diatheses, and insomnia are mitigated by dietary CNSlipids.
(j) Marked regional depletion of CNS-lipids found in spinal cord segments may link it to atherosclerosis.
(k) The aetiology of autism spectrum disorder (ASD) and ADHD seems to be due to a deficiency in circulating vital CNS-lipids during gestation and after birth.
(l) CNS-lipid monomers may be involved in controlling allergic reactions via cellreceptors.
(m) Melanoma satellites appear in the enervated axonal area—affected by impaired CNS induction.
(n) Cholesterol levels dip from ingestion of extracts made from brainlipids and membranes.
(o) A prolonged relative lack of vital CNS-lipids may cause anorexia and infertility.
(p) Mitochondrial lesions lead to derangements in the lipidome.