BIO-REBOOT
Evidence-Based BioActive Omega Oil
Bio-ReBoot is the ultimate balanced bioactive lipid nourishment designed to support healthy cells, tissues, and brain function.
Key Bioactive Essential Fatty Acids
BIO-REBOOT provides the two parent or “mother” essential fatty acids required for optimal cellular function:
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Omega-6 (ω6) Linoleic Acid
The parent omega-6 fatty acid essential for membrane integrity and mitochondrial health. -
Omega-3 (ω3) Alpha-Linolenic Acid
The parent omega-3 fatty acid vital for cellular signaling, antioxidant protection, and membrane vibration.
Why Essential Fatty Acids Matter
The optimal function of cell membranes—and consequently the human body—is intimately dependent on lipid substrates.
Bioactive lipids, specifically essential fatty acids (EFAs), must be obtained through the diet and consumed in the proper proportion between the two essential fatty acid families:
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Omega-6 (ω6)
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Omega-3 (ω3)
Two Levels of Essential Fatty Acids
1. Base (Parent) Essential Fatty Acids
Found predominantly in raw, organic seeds or cold-pressed organic seed oils, these include:
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ω6 Linoleic Acid
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ω3 Alpha-Linolenic Acid
These parent fatty acids form the foundation of all higher-order fatty acids and are non-negotiable for health.
2. Higher-Order Essential Fatty Acids
Derived from the parent EFAs and found in specific food sources:
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ω6 Gamma-Linolenic Acid (GLA)
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ω6 Dihomo-Gamma-Linolenic Acid (DGLA)
Found in evening primrose oil -
ω6 Arachidonic Acid
Sourced from free-range egg yolk, meat fat, butter, and lard -
ω3 Eicosapentaenoic Acid (EPA) and ω3 Docosahexaenoic Acid (DHA)
Found in wild, cold-water small fish and caviar
What About Omega-9 and Saturated Fats?
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Omega-9 (a monounsaturated fatty acid found in olive oil) is not essential because the body can synthesize it.
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Saturated fatty acids (palmitic and stearic acids found in meat fat, butter, palm oil, chocolate, and lard) are also non-essential.
Modern commercial oils are often derived from hybrid “high-oleic” seeds, resulting in widespread linoleic acid deficiency.
Additionally, solvent-extracted (hexane) and heat-extracted oils, as well as foods cooked with these oils, should be completely eliminated from the diet.
The Importance of Base (Mother) Fatty Acids
Bioactive lipids must be consumed to sustain health—especially the parent essential fatty acids, which are just as critical as their higher-order counterparts.
The minimum essential fatty acid intake must include:
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ω6 Linoleic Acid
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ω3 Alpha-Linolenic Acid
These are naturally found in raw, organic seeds.
What Makes BIO-REBOOT Unique
BIO-REBOOT delivers a precisely balanced profile of bioactive lipids, derived from organic, cold-pressed, highly unsaturated seed oils, including:
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Sunflower
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Chia
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Ahiflower
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Safflower
Cellular & Mitochondrial Benefits
The essential fatty acids in BIO-REBOOT:
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Support cell membrane fluidity and viscosity
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Help lower excess saturated fatty acids (palmitic and stearic)
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Serve as substrates for phospholipid membrane tails
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Enable alpha-linolenic acid to act as an antioxidant in the outer cell membrane
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Support membrane vibration and signaling
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Enhance mitochondrial respiration via cardiolipin
Cardiolipin (CL)—a phospholipid containing four linoleic acid fatty acid tails—is a signature mitochondrial lipid and is especially vital for:
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Heart
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Brain
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Liver
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.
