*These statements have not been evaluated by the Food and Drug Administration. This product is not intended to diagnose, treat, cure or prevent any disease.
A Lean, Three-Ingredient Glandular Formula
Neonatal kidney concentrate · superoxide dismutase · catalase
Where practitioners
use it
Practitioners use it as targeted nutritional support where the focus is:
- •Kidney function
- •Renal oxidative load
- •Often layered alongside hydration strategies
- •Often layered alongside other Cytozyme organ formulas
- •Often layered alongside broader antioxidant protocols
SOD/catalase support targeted at the organ ochratoxin A is most documented to damage.
Ochratoxin A (OTA) & the kidney
- •Repeated OTA exposure depleted kidney antioxidant defenses (mouse study, Toxins 2020)
- •Reduced glutathione and reduced SOD, particularly mitochondrial SOD2
- •Rising malondialdehyde, a marker of lipid peroxidation
- •Nrf2 stress response switched on, yet outpaced by the toxin
What Kidney Repair supplies
- •Superoxide dismutase (SOD), the enzyme OTA was shown to deplete
- •Catalase, the second step of the body's own antioxidant cascade
- •Neonatal kidney tissue, in the traditional “like supports like” model
- •A mechanistic inference from animal data, not a trial in mold-exposed patients
Ingredients of Kidney Repair Support
Neonatal kidney concentrateraw, bovine
Raw kidney tissue in the “like supports like” tradition.
Raw bovine kidney tissue, dehydrated at low temperature, intended to supply the amino acids, trace cofactors, and organ-specific factors of renal tissue. This is a traditional formulation model rather than one with independent controlled-trial support in humans.
Superoxide dismutase (SOD)raw vegetable culture
Biology's first line of defense against oxidative stress.
SOD is one of biology's oldest and most conserved antioxidant enzymes, catalyzing the dismutation of superoxide radical into hydrogen peroxide and oxygen. Because SOD is a protein, oral SOD can be broken down in digestion before absorption, a bioavailability challenge the review literature notes explicitly.
Catalaseraw vegetable culture
Finishes what SOD starts.
Works downstream of SOD, converting the hydrogen peroxide SOD generates into water and oxygen before it can propagate further oxidative damage. The SOD→catalase pairing mirrors the body's own two-step endogenous antioxidant cascade.
Its Role
- •Organ-specific dietary support*
- •Renal tissue and oxidative defense*
- •Antioxidant enzyme support (SOD and catalase)*
In a mold-literate protocol
The kidneys are under 1% of body weight but receive roughly a fifth of resting cardiac output. Every drop of blood passes through renal tissue dozens of times a day, which is why the kidney is so exposed to circulating oxidative stressors and toxins.
SOD's discovery in 1969 (McCord & Fridovich) essentially founded the modern field of free-radical biology. It remains one of the most-studied enzymes in oxidative-stress research, now investigated for roles ranging from cardiovascular disease to oncology.
This is one of the shortest formulas in the Foundations of Health catalog: three ingredients, no filler botanicals, making it a clean add-on layer rather than a competing multi-herb formula.
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