LC526 Research Compound (Lipo-MIC Metabolic Blend)
526mg Multi-Component Metabolic Blend • Ships in 1–2 Business Days • U.S. Warehouses
LC526 (Lipo-MIC) is a multi-component amino acid, lipotropic, and B-vitamin cofactor research compound supplied by Nextday Peptides for laboratory and analytical research applications. The formulation combines L-Carnitine as its dominant component at 300mg alongside the MIC lipotropic complex (Methionine, Inositol, Choline), Vitamin B12 (Cyanocobalamin), Vitamin B6 (Pyridoxine), and NADH — at a total combined mass of 526mg per vial. LC526 is suited for laboratories investigating mitochondrial fatty acid transport, lipotropic compound pathway dynamics, one-carbon methylation biology, and NAD⁺ precursor pathway research in controlled in-vitro experimental systems. For scientific research use only.
Compound Specifications
| Product Name | LC526 / Lipo-MIC Metabolic Blend |
| Total Fill | 526mg per vial |
| L-Carnitine | 300mg — CAS 541-15-1 |
| Inositol | 50mg — CAS 87-89-8 |
| Choline | 50mg — CAS 62-49-7 |
| Vitamin B6 (Pyridoxine) | 50mg — CAS 65-23-6 |
| NADH | 50mg — CAS 606-68-8 |
| Methionine | 25mg — CAS 63-68-3 |
| Vitamin B12 (Cyanocobalamin) | 1mg — CAS 68-19-9 |
| CAS Number | N/A — multi-component formulation |
| Research Use | Mitochondrial energy, lipotropic pathway, methylation biology, NAD⁺ precursor research |
Component Overview
| L-Carnitine (300mg) | Dominant component — studied for long-chain fatty acid transport into mitochondria via the CPT shuttle system and β-oxidation pathway research. CAS 541-15-1. |
| Inositol (50mg) | Studied in phospholipid metabolism, insulin signaling pathway research, and VLDL assembly in hepatic lipid export models. CAS 87-89-8. |
| Choline (50mg) | Studied in phosphatidylcholine synthesis, VLDL assembly, and hepatic lipid export pathway research. CAS 62-49-7. |
| Vitamin B6 / Pyridoxine (50mg) | Cofactor studied in amino acid metabolism, transamination reactions, and methylation pathway research. CAS 65-23-6. |
| NADH (50mg) | Reduced form of NAD⁺ — studied as an electron carrier in cellular energy metabolism, mitochondrial respiratory chain research, and NAD⁺/NADH ratio dynamics. CAS 606-68-8. |
| Methionine (25mg) | Essential amino acid and primary methyl donor — studied in SAMe production, homocysteine remethylation, and hepatic lipid transport research. CAS 63-68-3. |
| Vitamin B12 / Cyanocobalamin (1mg) | Cofactor in methionine synthase activity and homocysteine remethylation — studied in one-carbon metabolism and DNA synthesis research. CAS 68-19-9. |
Why Research Laboratories Select LC526
LC526 distinguishes itself from other LipoC formulations by two key additions — NADH and a high-dose B6 at 50mg each. The inclusion of NADH alongside L-Carnitine and the MIC complex creates a research tool that covers both the upstream fatty acid transport pathway (L-Carnitine/CPT system) and the downstream mitochondrial electron transport chain dynamics (NADH/NAD⁺ ratio) simultaneously. This makes LC526 particularly suited for multi-pathway mitochondrial bioenergetics research in a single experimental system.
- L-Carnitine dominant at 300mg — the highest L-Carnitine concentration in the Nextday Peptides LipoC range
- NADH inclusion — unique to LC526 — studied for NAD⁺/NADH ratio dynamics and mitochondrial respiratory chain research
- MIC complex (Methionine, Inositol, Choline) — standard lipotropic research trio for hepatic lipid pathway studies
- Vitamin B12 — studied in methionine synthase cofactor activity and one-carbon metabolism research
- High-dose B6 at 50mg — studied in amino acid transamination and methylation pathway research
- All components individually referenced in peer-reviewed biochemistry literature
- Batch and lot identifiers on all labeling for full laboratory documentation compliance
Research Background
Each component of the LC526 blend has an established biochemistry research literature. L-Carnitine’s role in the CPT mitochondrial fatty acid transport system was established by Fritz and Yue (1963). NADH as a mitochondrial electron carrier has been studied since the work of Warburg and Christian in the 1930s. The MIC lipotropic complex components — Methionine, Inositol, and Choline — have been studied in hepatic lipid metabolism research for decades. Vitamin B12 as a methionine synthase cofactor was established in the 1950s following its isolation by Rickes et al. All information provided here is for educational and reference purposes only and does not constitute medical or clinical guidance.
Reference sources: PubChem — L-Carnitine | PubChem — NADH | PubChem — Choline
Shipping & Fulfillment
- Ships from U.S. warehouses — Florida, North Carolina, and California
- Overnight and 2-day shipping available at checkout
- Same-day processing on orders placed before 3:30 PM ET
- Discreet packaging with full tracking provided
- Bulk research orders welcome — contact us for volume pricing
Storage & Handling
- Store in a cool dry place away from light and moisture
- Keep vial tightly sealed when not in use
- Handle using appropriate laboratory safety protocols
- For research use in controlled laboratory settings only
Frequently Asked Questions
What is LC526?
LC526 (Lipo-MIC) is a multi-component metabolic research compound containing L-Carnitine (300mg), Methionine (25mg), Inositol (50mg), Choline (50mg), Vitamin B12 (1mg), Vitamin B6 (50mg), and NADH (50mg) at a total of 526mg per vial. Supplied strictly for scientific, analytical, and in-vitro laboratory research use only.
What does MIC stand for in Lipo-MIC?
MIC refers to the three core lipotropic components — Methionine, Inositol, and Choline. These compounds are studied individually and in combination for their roles in hepatic phospholipid synthesis, VLDL assembly, methyl donor dynamics, and lipid export pathway research in laboratory models.
What makes LC526 different from LipoC216 Red and LipoC120 Clear?
LC526 contains NADH — a component not found in LipoC216 Red or LipoC120 Clear — making it uniquely suited for research investigating NAD⁺/NADH ratio dynamics and mitochondrial respiratory chain pathway interactions alongside lipotropic compound biology. LC526 also contains the highest L-Carnitine concentration of the three formulations at 300mg per vial.
Why is NADH included in LC526?
NADH (reduced nicotinamide adenine dinucleotide) is the electron-carrier form of NAD⁺ — a central mediator of mitochondrial oxidative phosphorylation. Its inclusion in LC526 alongside L-Carnitine enables researchers to study both the fatty acid transport (L-Carnitine/CPT) and electron transport chain (NADH/NAD⁺) dimensions of mitochondrial energy metabolism in a single experimental system.
What purity standard does LC526 meet?
Each batch is quality tested with a Certificate of Analysis available per lot. Individual component concentrations are verified per batch.
How fast does Nextday Peptides ship?
We ship from U.S. warehouses in Florida, North Carolina, and California. Overnight and 2-day shipping options are available. Orders placed before 3:30 PM ET are processed same day.
Are bulk orders available?
Yes. We accommodate bulk research orders. Contact us directly for volume pricing and availability.
Is this product approved for medical use?
No. This product is for laboratory research use only. It is not approved for human or veterinary use, and is not intended for diagnostic, therapeutic, or clinical applications of any kind.
What other compounds does Nextday Peptides carry?
We also carry LipoC216 Red with B12, LC865, LC600 L-Carnitine, and NAD+. View our full research compounds catalog.
For Research Use Only — Not for human or veterinary consumption • Not evaluated by the FDA • Supplied by Nextday Peptides for laboratory research applications only
