Vesugen 20mg.

$65.00

Vesugen 20 mg is a synthetic bioregulatory peptide studied for its potential role in supporting vascular and circulatory system function. It is primarily researched for its possible effects on endothelial health, microcirculation, and vascular tissue regeneration. Vesugen is commonly utilized in scientific investigations focused on cardiovascular and cellular regulation processes.

For Research Purposes Only.

Vesugen 20 mg is a synthetic bioregulatory peptide studied for its potential role in supporting vascular and circulatory system function. It is primarily researched for its possible effects on endothelial health, microcirculation, and vascular tissue regeneration. Vesugen is commonly utilized in scientific investigations focused on cardiovascular and cellular regulation processes.

For Research Purposes Only.

Vesugen (KED) Research Protocol

 

        Overview

Vesugen (LysGluAsp, “KED”) is a synthetic tripeptide studied for its potential effects on vascular endothelial cells, including possible epigenetic modulation of Ki67 expression. Research applications include invitro, exvivo, and invivo experimental models.

 

          Reconstitution Protocol

• Add 3.0 mL bacteriostatic water to a 20 mg lyophilized vial

o Produces ~6.67 mg/mL concentration

• Gently swirl — do not shake vigorously

• Allow full dissolution at room temperature

• Label vial with date/time of reconstitution

• Store reconstituted solution at 2–8 °C (refrigerated)

• Avoid freeze–thaw cycles to preserve peptide integrity

 

          Experimental Dosing Ranges

These ranges are reported in researchoriented peptide references and are not medical dosing.

• 500–2000 mcg once daily for subcutaneous research models

• Gradual titration is commonly described in peptideresearch literature

• 1–2 mg is mentioned for injectable forms in experimental vascular studies

• Oral capsule models: 2 capsules/day for 10–30 days depending on study design

 

          InVitro / ExVivo Research Applications

• Endothelial cell proliferation assays

• Gene expression studies (Ki67, epigenetic markers)

• Vascular tissue explant models

• Comparative studies with other bioregulators such as Ventfort

 

            Storage & Stability

• Lyophilized peptide stored at −20 °C (longterm)

• Reconstituted peptide stored at 2–8 °C

• Protect from light

• Use within typical laboratory stability windows (varies by lab SOP)

 

          Research Considerations & Limitations

• Not approved for human therapeutic use

• Purity and supplier variability may affect reproducibility

• Peptide degradation can occur with improper storage

• Batchtobatch QC is essential for consistent results

• Ethical and legal compliance required for all experimental models

 

Available at TuraWellness.com