MICROPROCESSOR
Microprocessor™ - The Master Cell Protector for Advanced Cellular Defense, Protein & Lipid Chaperone, Stress Response Support.
This supplement is a precision-engineered cellular support formula designed to help the body identify, break down, and clear intracellular debris that accumulates during cellular stress. This advanced formulation centers on TUDCA (Tauroursodeoxycholic Acid)—a naturally occurring, water-soluble bile acid recognized for its role as a chemical chaperone within the cell.
Microprocessor™ supports the body’s innate ability to restore cellular order, protect vital organelles, and maintain healthy cellular signaling, making it a foundational tool for cellular resilience and longevity.
TUDCA (Tauroursodeoxycholic Acid) is synthesized in the liver through the conjugation of Taurodeoxycholic acid with the amino acid taurine. Unlike conventional bile salts that possess detergent-like properties, TUDCA is fully water-soluble, allowing it to function gently and effectively inside the cell.
TUDCA belongs to a specialized class of compounds known as chemical chaperones—molecules that assist in:
- Proper folding of proteins
- Stabilization of lipids within cellular membranes
- Prevention of protein aggregation
- Clearance of damaged or misfolded cellular components
Microprocessor TUDCA™ is specifically designed to support the body during:
- Unfolded Protein Response (UPR)
- Endoplasmic Reticulum Stress (ERS)
- Cell Danger Response (CDR)
During these states, abnormal debris accumulates within both the rough ER (protein synthesis) and smooth ER (lipid metabolism). This debris may include:
- Misfolded, aggregated, or unfolded proteins
- Aberrant lipids such as VLCFAs, oxidized fats, odd-chain or branched lipids, ceramides, and lipid rafts
If left unresolved, this accumulation disrupts cellular communication, energy production, and membrane integrity.
A Cellular Clean-Up Signal
Microprocessor TUDCA™ acts as a biological signal that supports the body’s natural ability to:
- Identify cellular waste
- Break apart abnormal proteins and lipids
- Restore intracellular balance
- Protect organelles from ongoing stress and damage
By supporting these foundational processes, Microprocessor TUDCA™ helps promote cellular efficiency, adaptability, and long-term resilience.
Cellular Benefits of Microprocessor TUDCA™
Microprocessor TUDCA™ supports:
✔ Clearance of cellular debris by addressing endoplasmic reticulum and cellular stress pathways
✔ Protection of cellular proteins and lipids, acting as a molecular chaperone
✔ Beta-oxidation of abnormal intracellular fats, including very long-chain fatty acids (VLCFAs)
✔ Breakdown of abnormal proteins and lipids that accumulate as cellular waste
✔ Stabilization of cell and organelle membranes by assisting in correction of aberrant lipid profiles
✔ Support for a healthy gut environment, including tight junction regulation and microbiome balance
✔ Mitochondrial protection, helping reduce oxidative stress and dysfunction
✔ Regulation and stabilization of apoptosis, supporting liver and organ health
✔ Neuroprotective support, helping limit oxidative stress and neuroinflammatory signaling
Estimate delivery times: 7-12 days International.
Free shipping in the US for all orders over $299.
Ingredients
For whom
How to use
Liver (Primary Target)
Supports optimal liver cellular function by helping maintain healthy bile flow, lipid metabolism, and natural detoxification pathways.
Heart
Supports cellular lipid handling and membrane integrity, promoting metabolic and cardiovascular cellular resilience under stress.
Mitochondria
Supports healthy mitochondrial function by assisting cellular energy efficiency, oxidative stress balance, and organelle-level resilience.
Brain & Nervous System
Supports healthy neuro-cellular function by assisting protein quality control and promoting cellular resilience under oxidative stress.
These target areas thrive on TUDCA
Your health is built at the cellular level. Every cell relies on properly structured lipids and proteins to communicate, protect itself, and produce energy. When cells are under stress, debris accumulates faster than the body can clear it—compromising function long before symptoms appear.
TUDCA plays a critical role in supporting the body during key cellular stress responses, including the Unfolded Protein Response (UPR), Endoplasmic Reticulum Stress (ERS), and the Cell Danger Response (CDR).
During these states, cells can accumulate:
- Aberrant lipids (including oxidized fats, ceramides, and disrupted lipid structures)
- Misfolded or aggregated proteins
Left unresolved, this buildup can interfere with cellular signaling, membrane integrity, and mitochondrial efficiency.
Targeted cellular support helps maintain balance, resilience, and communication across the body’s most energy-dependent systems.
Get the Cellular Benefits Your Body Needs.
MICROPROCESSOR supports cellular function at a deeper level by helping cells manage protein and lipid balance during stress. Unlike N-Acetyl Cysteine (NAC), which primarily supports antioxidant production, MICROPROCESSOR works inside the cell, supporting cellular organization, resilience, and stress response.
Data Representation:
- N-Acetyl Cysteine (NAC): * Top Bar (Gold): Approximately 42.Bottom Bar (Light Yellow/Muted Gold): Approximately 14, with a small segment extending to 16.
- MICROPROCESSOR:Solid Bar (Navy Blue): Approximately 49.
