Jump to Research About:
Vaccine Injury
Unfortunately Vaccine Injuries have impaired thousands of people - they have lost their normal functioning. This is the first in a several part series on things to consider in the events that follow vaccine injury.
All About B12: High Serum B12 and Which Form of B12 Is Best ? (Copy)
High serum B12 in chronic illness might reflect a deficiency caused by oxidative stress, deficiencies in B2, Glutathione, Molybdenum, Iodine, sulfur, or Selenium. Aberrant excess nitric oxide from nNOS (NOS1) and iNOS (NOS2) degrades B12 rendering it useless. Hydroxocobalamin inhibits nNOS (NOS1) and iNOS (NOS2). nNOS and iNOS are often upregulated from bacterial and viral infections, and a cascade of inflammation starting in the microbiome. Lowering oxidative stress with a diet rich in anti oxidants can be helpful too.
Do You Feel Good On Doxycycline or Coffee? It May Be A Clue:)
Both doxycycline and coffee have some unique and overlapping properties related to their anti oxidant effects. If you feel notably better on either one of these, this article may be worth exploring.
Removing Folic Acid From Our Diet - Why It Matters, and To Whom It Matters Most
Folic Acid! Why it was put in food, what it does, and whom are most sensitive to it and why!!!!
Vitamin B2 / Riboflavin: A Critical Nutrient, Used in Hundreds of Genes
Riboflavin is a critical nutrient used in many different systems: anti oxidant, heme synthesis, neurotransmitter metabolism, detoxification, mitochondria energy production, and activation of other vitamins like B6 to name just a few.
Apocynin (From Kutki) - Oxidative Stress, Calpains, Intra Cellular Calcium, NMDA Receptors & Neurodegeneration
Kutki, a plant that is a source of Apocynin’s offers significant benefits in lowering oxidative stress, and protecting against neuro degeneration.
The 8 Forms of Vitamin E (Tocopherols and Tocotrienols)
All about the 8 different forms of Vitamin E - Tocotrienols and Tocopherols. Each of the 4 types of Tocotrienols and 4 types of Tocopherols offer unique benefits. From protecting against nitrative stress, neural protection, mitochondrial benefits, or cholesterol lowering effects - each plays a special role.
Glutathione: The “Master” Anti Oxidant
Glutathione is often considered the master anti oxidant - but it also plays other key roles too, as an important cofactor, and an immune regulator.
All About Methylation
Some basic facts around methylation, the prevalence of mutations on MTHF1298c and MTHFR C677T.
Biotin Deficiency: Impaired Heme Synthesis, Loss of Mitochondrial Complex IV , and Oxidative Stress
Biotin deficiency and the connections to candida, diet, genetics, and stress.
Herxheimer Reactions - What Exactly Are They ?
Understanding the mechanics of Herxheimer reactions can give us clues about what may be causing them and how to limit them during detoxification.
What Is With Food In The U.S. ?
Herbicides and pesticides are commonly used in the food supply chain in the United States that are banned in other countries. Could this be behind some of feel better when we travel over-seas ?
Novel Ways To Engage The Parasympathetic Nervous System
Understanding different fast acting ways to help regulate your nervous system, engage the parasympathetic branch of your nervous system, improve your sleep and HRV.
The Many Faces Of Schisandra, from Detoxification, Lipid Metabolism, and Acetyl-Aldehyde
Schisandra is an herb long used in chinese medicine - for cholesterol, and triglyceride improvement. Learn the detailed effects by Schisandra on lipid metabolism, acetyl aldehyde clearance, detoxification, and anti oxidant genes.
Copper: Immune, Anti-Oxidant, and Virulence Considerations
Copper is an important nutrient used as a cofactor is genes associated with anti oxidant systems, and immune function to name a couple. Copper also, has specific considerations to help absorption, as well as toxicity in excess.
GPX4 - Glutathione Peroxidase4, Located Exclusively In the Mitochondria
GPX4 - Glutathione Peroxidase4, is the only glutathione peroxidase gene located exclusively in the mitochondria. It takes the exhaust products of SOD2, hydrogen peroxide, and turns it into water. If mutated, inhibited, or non functioning, GPX4, can lead to ferroptosis - unmitigated cell death.