Designed for in-vitro and analytical applications
Designed for in-vitro and analytical applications
Designed for in-vitro and analytical applications
Code 3 Labs provides elite-grade research peptides and laboratory supplies designed for controlled, professional research use.
Our approach is rooted in discipline, documentation, and repeatability, ensuring every compound meets strict quality standards before release.
We do not chase trends. We build tools for serious research environments that demand reliability and clarity.
Batch-consistent compounds manufactured to support controlled laboratory research.
Clear labeling, strict disclaimers, and research-use-only handling across all products.
Built around standards informed by high reliability disciplines where precision, documentation, and compliance are non negotiable.
Code 3 Labs exists to support evidence-driven, non-clinical research environments focused on precision, consistency, and compliance. Our standards are informed by high-reliability disciplines where documentation, repeatability, and controlled processes are non-negotiable.
A curated selection of elite-grade research peptides engineered for controlled, professional research environments.
Each compound is manufactured, tested, and labeled with precision and transparency, ensuring consistency across batches and clarity in research documentation.
GLP-3RT (10mg) is a laboratory-prepared research peptide supplied for controlled, non-clinical research environments.
BPC-157 / TB-500 (10mg / 10mg) is a dual-compound research formulation prepared for analytical and laboratory investigation.
Selank (10mg) is a synthetic peptide supplied for laboratory-based, non-clinical research applications.
GLP-3RT is a next-generation peptide compound developed for advanced metabolic and receptor signaling research. Designed for investigators studying incretin-associated pathways.
BPC-157 / TB-500 is a precision-formulated dual-peptide complex designed for advanced laboratory research focused on tissue signaling, cellular migration models.
MOTS-C is a mitochondrial-derived peptide studied for its role in cellular energy regulation and metabolic signaling pathways. As a peptide encoded within mitochondrial DNA.
Tesamorelin is a synthetic peptide analog of growth hormone releasing factor (GRF), developed for advanced laboratory research involving endocrine signaling and pituitary pathway analysis.
All products sold by Code 3 Labs are intended strictly for research use only and are not approved for human or veterinary consumption.
Code 3 Labs was created with a mindset shaped by high-reliability disciplines where precision, discipline, and accountability guide every process
Code 3 Labs is a biotechnology research supplier focused on elite-grade peptides and laboratory materials for professional research use.
Our standards are informed by environments where process matters, documentation is mandatory, and consistency is critical.
Every product is manufactured, verified, and labeled to support controlled, non-clinical research — without shortcuts, trends, or unsubstantiated claims.
Code 3 Labs provides high-level educational resources to support responsible, non-clinical research — with clear boundaries on intended use.
Our Research & Education content is designed to explain what peptides are studied for in scientific literature, how they are handled in controlled research environments, and why documentation and compliance matter.
We do not provide medical guidance, treatment advice, or human-use instructions. All information is presented strictly for educational and research-context purposes.
Our team is available to address general inquiries related to research products, documentation, and compliance standards.
If you’re conducting professional, non-clinical research and require additional information about our products or processes, we’re here to help.
We do not provide medical advice or usage guidance.
