Vesugen 20 mg: research material

Buy Vesugen 20 mg for laboratory research, supplied as lyophilized powder in one boxed 3 mL vial.

Vesugen is a synthetic tripeptide with the sequence Lys-Glu-Asp, abbreviated KED. It is investigated in cell-culture models, including experiments on vascular endothelial cells and markers associated with proliferation.

Choose the material and presentation

The selected vial contains a labeled 20 mg of material. Its 3 mL capacity identifies the container size, not a supplied solution volume or concentration.

Sequence order and length distinguish this material from related short peptides. KED is different from KEDG, KEDP and KEDW, each of which contains another amino-acid residue. Compare the complete sequence and supplied chemical form with the material used in your chosen study. Capsules, mixed tissue extracts and formulated solutions are different preparations.

Vesugen in endothelial-cell experiments

In an original vascular-cell study, researchers examined rat tissue explants and cultured aortic endothelial cells. The dissociated cells were compared at early and later culture passages. Ki-67 staining was used as a proliferation-associated readout.

The authors reported increases in Ki-67-positive area with Vesugen in the tested cultures. They also modeled possible interactions with promoter regions of the MKI67 gene. That docking analysis was computational; it did not directly demonstrate peptide-DNA binding inside cells.

The distinction between observation and explanation matters here. A change in a culture marker does not establish improved circulation, vascular repair or an anti-aging effect in people. Nor does a result from the study establish the activity of a particular supplied lot.

Product records and batch reports

Use the COA & Documents tab to review the available reports and product files. Match the compound, presentation and lot before relying on a batch report. Identity results, chromatographic purity and measured material content answer different questions.

Confirm the specifications needed for your laboratory workflow, including supplied chemical form and supported storage or handling conditions. Published biological findings and supplier analytical records serve different purposes; neither should be used as a substitute for the other.