Lucentrix Labs

The Future of Research. Defined by Precision.

Lucentrix Labs

Explore a refined collection of laboratory research compounds, presented with clarity, precision, and a commitment to documented quality.

Three Lucentrix Labs vials — TB-500, GHK-Cu and MOTS-C — suspended in a champagne-gold DNA helix

Bestsellers

A considered selection of compounds for laboratory research.

View All Compounds →
Lucentrix Labs BPC-157 10 mg research vialBestseller
BPC-157

Body Protection Compound-157 Synthetic Pentadecapeptide

$105.0010mg
Lucentrix Labs TB-500 10 mg research vialBestseller
TB-500

Thymosin Beta-4 Bio-Active Actin Sequestering Fragment

$130.0010mg
Lucentrix Labs GHK-Cu 100 mg research vialBestseller
GHK-Cu

Copper Tripeptide-1 Complex

$85.00100mg
Lucentrix Labs GLP-3R 30 mg research vialBestseller
GLP-3R

Tri-Agonist Multi-Receptor Research Peptide

$225.0030mg
Lucentrix Labs GLP-2T 30 mg research vialBestseller
GLP-2T

Dual Incretin Receptor Agonist Peptide

$170.0030mg
Lucentrix Labs KLOW Blend 70 mg research vialBestseller
KLOW Blend

Multi-Compound Research Blend

$94.0070mg

What Are Peptides?

Peptides are short chains of amino acids—the building blocks of proteins. Many act as messengers, carrying signals between cells and helping coordinate biological processes. Researchers study these signals to better understand how cells communicate and function.

Our Approach →
Golden peptide illustration passing through a cell membrane

Quality Protocol

Every batch,
8× tested.

No self-issued stamps. Eight independent analytical assays, run by accredited outside labs, are documented on the COA attached to every lot we ship.

TESTED8×ISO 17025
Lucentrix Labs TB-500, BPC-157 and GHK-Cu research vials

Explore by Research Category

MORE THAN DNA.

Peptides are another language your body uses.

DNA holds genetic instructions. Many peptides act as messengers: when a receptor receives their signal, it can set off a chain of events inside a cell. Some of these pathways influence how those instructions are read—not rewrite the DNA itself.

Conceptual peptide illustration: an amino-acid chain, a cell membrane, and signaling inside a cell.
  1. Peptide signal: A short amino-acid chain carries a biological message.
  2. Receptor receives: A matching receptor detects the signal.
  3. Cell relays: A cascade of signals carries the message inside the cell.
  4. Gene activity responds: Some pathways influence which genes are expressed.

Conceptual illustration, not a delivery or efficacy claim. Effects vary by peptide, receptor, and cell type; signals may influence gene expression, not rewrite DNA. Educational context only. Lucentrix Labs compounds are for laboratory research, not human or veterinary use.