LC216

LC216 – Advanced Metabolic Research Peptide

LC216 is a premium research peptide compound developed for advanced studies in metabolic function, energy regulation, and cellular performance pathways. Known for its stability and high purity, LC-216 is widely utilized in laboratory environments focused on body composition, endurance mechanisms, and metabolic efficiency research.

This next-generation research peptide is designed to support investigations into fat utilization, mitochondrial activity, and performance-related biochemical pathways. Its precise formulation makes LC216 an essential compound for researchers seeking consistency, reliability, and cutting-edge peptide technology.

Key Features of LC216:

• High-purity research peptide compound

• Studied for metabolic and performance-related pathways

• Supports research into fat utilization and energy production mechanisms

• Manufactured under strict quality and purity standards

• Research-grade formulation for laboratory and experimental use

• Batch-tested for purity and stability

Why Choose LC-216?

LC216 stands out for its advanced peptide structure and targeted research applications. Its design allows researchers to explore metabolic pathways and cellular energy processes with enhanced precision. Whether your focus is endurance research, body composition pathways, or metabolic optimization studies, LC-216 offers a reliable and high-quality compound for experimental use.

Each batch of LC216 is independently tested to ensure purity, consistency, and stability. Carefully packaged to preserve integrity, this peptide delivers dependable performance for scientific research and controlled laboratory environments.

Product Specifications:

• Product Name: LC216

• Purity: ≥ 99%

• Form: Lyophilized powder

• Storage: Store in a cool, dry place or refrigerated for long-term stability

• Intended Use: For research and laboratory purposes only

Ideal For Research In:

• Metabolic function and energy pathways

• Fat utilization and lipid metabolism

• Endurance and performance mechanisms

• Mitochondrial activity

• Body composition research