Cartalax
| : 20MG |
20MG
|
|---|
$64.99
In stock
Description
Cartalax is a synthetic peptide designed for laboratory research into peptide bioregulation and structural tissue signaling. It is commonly utilized by scientists examining peptide pathways involved in cellular integrity and repair processes under controlled test conditions. Each 20mg vial of Cartalax is produced using advanced peptide synthesis and independently verified for 99% purity to ensure reproducibility and accuracy in laboratory studies. Its formulation provides excellent solubility and molecular stability, making it suitable for peptide-mapping and receptor-binding experiments. Researchers employ Cartalax to better understand how specific amino acid sequences contribute to biochemical signaling and tissue adaptation. This compound is intended exclusively for research and scientific use, and not approved for human or animal consumption, medical treatment, or diagnostic procedures. It offers a dependable model for exploring peptide-regulated molecular systems.
Additional information
| Size | 20MG |
|---|
Size
20MG
Cartalax is a synthetic peptide designed for laboratory research into peptide bioregulation and structural tissue signaling. It is commonly utilized by scientists examining peptide pathways involved in cellular integrity and repair processes under controlled test conditions. Each 20mg vial of Cartalax is produced using advanced peptide synthesis and independently verified for 99% purity to ensure reproducibility and accuracy in laboratory studies. Its formulation provides excellent solubility and molecular stability, making it suitable for peptide-mapping and receptor-binding experiments. Researchers employ Cartalax to better understand how specific amino acid sequences contribute to biochemical signaling and tissue adaptation. This compound is intended exclusively for research and scientific use, and not approved for human or animal consumption, medical treatment, or diagnostic procedures. It offers a dependable model for exploring peptide-regulated molecular systems.
