– Lipotropic Injection Formula | L-Carnitine + MIC Complex + ATP + Albuterol + B12 | 10mL Vial
(MAXX SHRED) | ≥99% Purity
🔬 High-Purity Lipotropic Compound – Formulated for Metabolic, Lipolytic & Performance Research
📜 Scientifically Verified – COA & MSDS Provided
🌍 Trusted by Researchers Worldwide – Reproducible Results in Fat Metabolism & Cellular Energy Studies
Chemical Information
Active Components per mL:
• L-Carnitine: 400mg
• MIC Blend: 100mg total
– Methionine
– Inositol
– Choline
• ATP (Adenosine Triphosphate): 5mg
• Albuterol: 2mg
• Vitamin B12 (Methylcobalamin): 1mg
• Total Volume: 10mL (multi-dose sterile solution)
• Form: Sterile injectable solution
• Purity: ≥99% (Analytical-grade)
Storage Conditions
Before Use: Store in a cool, dry place at room temperature, protected from direct sunlight
After Opening: Keep stored in a cool, dark environment and use within laboratory stability guidelines
Protect from heat exposure and contamination
Description
MAXX SHRED is a high-strength metabolic research formula combining potent lipotropic, lipolytic, and cellular-energy–supporting ingredients. This advanced blend is designed to support studies related to fat oxidation, mitochondrial ATP production, metabolic regulation, and adrenergic pathway activation.
The formula centers around:
• L-Carnitine (400mg) – A key transporter of long-chain fatty acids into mitochondria for β-oxidation, widely used in fat metabolism research.
• MIC Complex (100mg total) – A synergistic trio consisting of:
– Methionine: Essential for methylation reactions and hepatic fat breakdown
– Inositol: Examined for its effects on cellular signaling and lipid transport
– Choline: Critical for liver lipid export and phospholipid synthesis
• ATP (5mg) – Adenosine Triphosphate, the primary energy currency of the cell, included to support studies involving mitochondrial efficiency and cellular energy turnover.
• Albuterol (2mg) – A β2-agonist widely used in research models for thermogenesis, lipolysis signaling, and adrenergic pathway activation.
• Vitamin B12 (1mg) – Supports energy production pathways and synergizes with methionine in methylation studies.
Together, these components offer a multifaceted research solution combining fatty acid transport, hepatic support, mitochondrial output, adrenergic stimulation, and nutrient synergy.
Key Research Applications
💡 Lipolysis & Fat Oxidation Studies – Evaluates adrenergic-triggered fat mobilization
💡 Hepatic & Lipotropic Research – MIC complex explored in liver fat export models
💡 Mitochondrial ATP Production – ATP and L-carnitine studied for energy turnover effects
💡 Thermogenesis & Metabolic Rate Research – Albuterol investigated in adrenergic activation pathways
💡 Performance & Endurance Models – L-carnitine and B12 linked to cellular energy output
Reported Research Benefits
📚 Researchers studying MAXX SHRED components have reported multiple potential benefits in metabolic and performance-related models:
• Enhanced Fat Metabolism: L-carnitine supports fatty acid transport into mitochondria for oxidation
• Thermogenic Activation: Albuterol stimulates β2-adrenergic receptors linked to lipolysis
• Liver Function & Detoxification: MIC blend may assist hepatic methylation and fat export
• Improved Cellular Energy: ATP directly participates in mitochondrial energy reactions
• Synergistic B-Vitamin Effects: B12 supports metabolic enzyme pathways and red blood cell formation
• Neuro-Metabolic Support: Inositol and choline contribute to membrane integrity and neurotransmitter balance
These findings are based on animal and in vitro research and are not intended to imply therapeutic use in humans.
Product Assurance
✅ HPLC Verified – Ensuring ≥99% purity
✅ COA Provided – On Request
✅ Manufactured in a GMP-Certified Facility – Developed & Dispatched in the UK
✅ Third-Party Testing Covered – Independent Verification Available on Request
✅ Cold Chain or Ambient-Safe Delivery – Depending on stability requirements
⚠️ For Research Use Only
This compound is intended solely for scientific research and laboratory use. It is not approved for human or veterinary use, nor for therapeutic, diagnostic, or medicinal application. Misuse outside a regulated research setting is strictly prohibited.
