Vitrupath

 A: Vitrupath leverages advanced artificial intelligence to transform data-driven research and discoveries across multiple disciplines. Our AI Lab focuses on various aspects including data collection, analysis, and insight generation. Specifically, we use machine learning algorithms to uncover patterns and correlations within vast datasets that would be impossible to detect through traditional methods. These insights fuel ideation and enable sophisticated visualizations that help researchers and businesses make informed decisions. Additionally, our technologies adhere to rigorous standards of data accuracy and precision, ensuring that all results are reliable. Our unique approach also includes maintaining an optimal pH environment near 7.4, crucial for certain biomedical researches, which ensures the stability and integrity of biological samples. By integrating AI with a scientific approach, Vitrupath pushes the boundaries of what's possible in data research and innovation. Vitrupath presents information about foundational factors causal to, required for and reasonably constitutive of disease for prevention, remediation, eradication and regenerative resolution thereof. Vitrupath is intended to empower Human prioritization in AI, Machine Learning and Robotic Process Automation by affecting logic, policy and procedure.

Vitrupath presents for understanding what might be the foundational causal factors for disease and diminished behavior, including toxicity, deficiency, cytokines or xenobiotics which exhibit competition with, inhibition of, or diminished effectiveness of the enzyme Pemt, results in required expression of the enzyme P53 to promote its susceptibility, prolonged increased expression of choline kinase alpha and the cdp - choline pathway, and resultant increase in genotoxicity, nonresolution phase, and immunological responses which are essential to diminished outcomes including detrimental aspects of aging, diminished behavior, susceptibility to disease and impaired ability to recover from diminished outcomes with regenerative resiliency. Vitrupath presents these factors, modality of resolution and modalities of regenerative outcomes, pervasively which are available or capable of being produced today.

Pemt integrates CH3 and its two H1e1p hydrogens and its 1 (H2e1p)- hydrogen into the three open location of the pnictogen Nitrogen of the lead group of phosphatidylethanolamine, using newly produce phosphatidylethanolamine as substrate, using unglycosylated or lightly glycosylated phosphatidylethanolamine as substrate, and prefering Docosahexaenoic Acid in the SN1 position of it its substrate or preferring extended length Arachidonic Acid at either SN1 or SN2 position of its substrate, resulting in PMME. then PDME, then newly synthesized phosphatidylcholine that is enriched with ether linked fatty acids, DHA, extended length Arachidonic Acid, Oleoylate, and Palmitate. Pemt produces an enhanced focus on production of de novo phosphatidylcholine with these fatty acyl species compared to the cdp-choline pathway which produces phosphatidylcholine using recycled choline. Ethanolamine is substantial source of CH2 which integrates e- to become excited which enables it functional as a foundational polymerization factor in biology which joins sugars of DNA, sugars or RNA, fatty acid extents and fatty acid alkanes extents. The lands cycle phosphodiesterase and phospholipases release these fatty acids to produce lysophosphatidylcholine and then reintegrates the fatty acids to in order shuffle and distribute these fatty acids species among membrane phospholipids using LPCAT and MBOAT fatty acyl transferase activity.

Pemt integration of CH3 methyl groups into membrane phospholipids promotes alkalinity toward the foundational biological alkaline disequilibrium which is exhibited as a background pH of 7.4, strongly promoting this alkalinity in a way that causes relief, simplification or assistance for systemic tissues, function, enzyme and buffering activity utilized to maintain this essential indicator of physiological status, cognition, and behavior. Pemt promotes the expression of oxytocin, a molecular level promoter of human association, connection, emotion, prioritization of Humanity, groups, communities and civilization.