ORMUS C-11 GOLD, INFUSED WITH COLLOIDAL MINERALS WITH YTTRIUM 16 OZ.

Ormus C11 Colloidal Yttrium Supplement — Standard

Ormus C11 Colloidal Yttrium supplement — standard — nanoscale colloidal yttrium particles combined with M-State Dead Sea mineral concentrate (C11 Ormus Gold blend) for comprehensive mineral support. 16oz bottle.

What Is Colloidal Yttrium? Benefits and Uses

Colloidal yttrium supplement delivers nanoscale trace element particles combined with Ormus M-State nutrient concentrate from Dead Sea salt. Colloidal compound supplements provide nanoscale particle delivery for improved bioavailability compared to standard ionic trace element forms. Combined with Dead Sea trace minerals including magnesium, potassium, calcium, and over 21 trace elements, this formula provides comprehensive yttrium support.

The C11 Ormus Gold Trace Element Base

The C11 designation refers to our proprietary 11-element M-State nutrient blend extracted from Dead Sea salt and Atlantic Ocean water. Dead Sea water contains 21 trace minerals not found in regular ocean water — including magnesium, potassium, calcium, bromide, and rare trace elements in concentrations up to 40 times higher than the Atlantic Ocean. The C11 base provides a comprehensive M-State compound environment that works synergistically with the primary colloidal yttrium fraction.

The Ormus C-11 formula is a sea-salt-derived mineral concentrate produced via a proprietary precipitation process.

According to Ormus lore, "C-11" refers to a specific blend of 11 primary precious and platinum-group metals alleged to exist in a "monoatomic" or ORME (Orbitally Rearranged Monoatomic Elements) state, suspended within a base of standard sea minerals.

The "11 Core Elements" (C-11 Group) - Extracts or concentrates of monoatomic forms of 11 specific metals:

• Gold (Au)
• Silver (Ag)
• Platinum (Pt)
• Palladium (Pd)
• Rhodium (Rh)
• Iridium (Ir)
• Ruthenium (Ru)
• Osmium (Os)
• Cobalt (Co)
• Nickel (Ni)
• Copper (Cu)

The Actual Base Mineral Composition

From a chemical and spectroscopic standpoint, Ormus C-11 products are concentrated precipitates derived from ocean water, Dead Sea salt, and Great Salt Lake brines. When analyzed by standard laboratory testing (ICP-MS), the formula primarily consists of essential marine minerals and hydroxides:

• Magnesium Hydroxide []: The vast majority (up to 80-90%) of the white precipitate formed during the production process is magnesium hydroxide.

• Calcium Hydroxide []: The second most prominent structural mineral in ocean precipitates.

• Potassium & Sodium: Present in trace salt amounts despite the washing process. 

• Trace Marine Minerals: Trace amounts of zinc, boron, iodine, sulfur, manganese, and phosphorus inherent to unrefined sea salt.

Colloidal Yttrium vs Standard Nutrient Supplements

Colloidal compound supplement nanoparticles (1–100nm) are significantly smaller than standard ionic supplement component particles. At nanoscale size, trace element particles may penetrate cell membranes through ion channels without requiring enzymatic breakdown, potentially offering superior bioavailability compared to element salts or chelated forms. This makes colloidal nutrient supplements a preferred format for targeted yttrium supplementation.

Ingredients: ORMUS Concentrate (Dead Sea Salt, Atlantic Ocean Water, Other Salts), C11 Gold Supplement Component Blend (11 M-State trace minerals), Colloidal Yttrium.

Directions: 1 tsp. to 1 tbsp. in water, juice, bone broth or tea or take as directed by your healthcare professional. Store away from electromagnetic fields and direct sunlight for optimal preservation.

In standard biology and commercial livestock management, yttrium is classified as a heavy Rare Earth Element (REE) rather than a vital human or animal nutrient. It serves no established biological role in standard metabolism.

However, specialized veterinary and biochemical animal studies have evaluated yttrium supplementation—often administered as yttrium oxide (Y₂O₃) or as a component in a blend of rare earth elements. When evaluated, researchers documented several specific effects and potential benefits:

1. Neuroprotection and Cognitive Support

• Alleviating Alzheimer's-Like Deficits: In rat models of cognitive decline (such as those induced by streptozotocin), supplementation with yttrium oxide nanoparticles (Y₂O₃NPs) successfully reduced memory and learning deficits.
• Mechanism: Researchers noted that yttrium acted as an antioxidant nanomaterial. It successfully neutralized reactive oxygen species (ROS), lowered neuroinflammation, and repaired mitochondrial function in the brain's hippocampus.

2. Enhanced Bone Defect Healing

• Promoting Bone Regeneration: Material science studies have evaluated yttrium as an alloy stabilizer in degradable implants. When magnesium-yttrium alloys were implanted into animal bone defect areas, the degradation products promoted an osteoinductive response. This safely accelerated bone tissue regeneration without triggering tissue rejection or inflammation.

3. Livestock Growth and Gut Optimization

When used as a commercial agricultural feed additive (frequently bundled under a generalized "rare earth element" mixture), yttrium has demonstrated several general performance benefits in farm animals:

• Digestive Fluid Stimulation: Supplementation has been shown to alter intestinal permeability and promote the secretion of digestive fluids in the stomach, leading to overall improved nutrient absorption.
• Antibacterial and Anti-inflammatory Action: It exhibits selective antimicrobial properties in the gastrointestinal tract, suppressing harmful bacterial growth while lowering gut wall inflammation.
• Rumen Health: In livestock like sheep, rare earth additives containing yttrium have been shown to increase the population of cellulose-degrading bacteria, lowering ruminal ammonia and optimizing protein synthesis. 

Yttrium enhances normal cell growth and doubles the lifespan of laboratory species. Giving Yttrium to pregnant mice leads to rapid transfer of nutrients, oxygen, antibodies, and other substances that pass from a pregnant mother's bloodstream into her developing baby’s bloodstream through the placenta.[1]