No products in the cart.
Out of Stock
Vesugen (20mg)
$155.00
Vesugen is a synthetic tripeptide bioregulator made up of lysine, glutamic acid, and aspartic acid (KED). It has been studied for its potential role in supporting vascular endothelial cell function, contributing to overall vascular health, and influencing gene regulation in tissues involved in circulation and repair. Vesugen is primarily used in research contexts to investigate its effects on endothelial cell proliferation, microcirculation, and related biological mechanisms.
Generic Name:
Vesugen 20mg
Compound Information:
Molecular Weight: ~390 g/mo
Formula: C₁₅H₂₆N₄O₈
Anabolic Rating: N/A
Androgenic Rating: N/A
Out of stock
Product Description
Endothelial Function and Vascular Integrity
Vesugen is a synthetic peptide bioregulator researched for its potential role in maintaining endothelial cell activity within the vascular system. Scientific interest centres on its ability to influence cellular signalling associated with blood vessel structure, circulation efficiency, and tissue support. These properties make Vesugen relevant in research examining vascular stability, adaptation, and repair mechanisms.
Capillary Circulation and Tissue Support
Research involving Vesugen often focuses on its relationship with microvascular circulation and tissue level nutrient exchange. Studies indicate it may support capillary performance and cellular oxygen delivery. As a result, Vesugen is commonly explored in research contexts related to tissue resilience, circulation associated recovery, and age related changes in vascular function.
Gene Signalling and Cellular Maintenance
Vesugen is studied for its involvement in cellular signalling pathways associated with endothelial growth and repair. Research explores its potential influence on gene expression linked to cellular renewal and structural stability within vascular tissues. Through these mechanisms, Vesugen is of interest in research models focused on tissue maintenance, recovery processes, and regenerative signalling.
Targeted Vascular Bioregulation
Vesugen is classified as a non anabolic peptide bioregulator with a specific focus on vascular and endothelial tissues. Rather than supporting performance or muscle development, research applications centre on its role in long term vascular function, tissue durability, and cellular regulation. This targeted profile makes Vesugen relevant in studies examining vascular health at the cellular level rather than metabolic or athletic outcomes.
Dosage (Male)
500–2000 mcg once daily
Dosage (Female)
500–2000 mcg once daily
Dosage Frequency
Once daily
Dosage Type
Subcutaneous Injection
Active Half-Life
N/A
Chemical Name
H-Lys-Glu-Asp-OH (Lysine-Glutamic acid-Aspartic acid)
Stack With…
N/A
Post-Cycle Therapy
N/A
Need Help With the
Correct Peptide Mix?
Our peptide mixing calculator takes the guesswork out of dosing, giving you an exact, easy-to-follow guide based on your vial, syringe, and target dosage. Whether you’re new to peptides or simply want to double-check your math, we’ve made it simple and straightforward.
Just enter your total syringe volume, the amount of peptide in your vial, how much water you’re adding, and your desired peptide dose. The calculator will do the rest — making sure you get accurate measurements for safe, consistent use every time.
For A MCG Dose, Draw Up To Tick Mark .
These ranges are general, research-use suggestions to help you prepare your peptides. This calculator and recommended doses are not medical advice. Start low, assess tolerance, and adjust cautiously.
Dosage (Male)
500–2000 mcg once daily
Dosage (Female)
500–2000 mcg once daily
Dosage Frequency
Once daily
Dosage Type
Subcutaneous Injection
Our Guide to
Intramuscular Injection
Gather Your
Equipment
If you’re new to the process of injection, ensure you have all the essential supplies at your disposal before commencing. This includes the injectable substance, a sterile disposable syringe and needle, alcohol wipes, a secure container for proper needle disposal, cotton balls or gauze pads for cleansing, and optionally, a mirror for self-injection, if required. Having these items readily available ensures a seamless and uninterrupted injection process. It is vital to prioritize safety and efficiency to position your body optimally for health and longevity.
Compound
Extraction
Once all the necessary materials are assembled, proceed to extract the substance from the vial. Keep the vial upright, slowly pull back the plunger to draw the prescribed dosage into the syringe. Be careful to extract the exact amount prescribed, adhering to the instructions provided by your healthcare professional. After filling the syringe, gently tap it to dislodge any air bubbles. If any air bubbles are present, push the plunger up slightly to eliminate them, ensuring that only the specified amount of the substance is in the syringe. Familiarize yourself with the proper injection depth before advancing to the next step.
Preparation Before
Injection
Before administering your injection, choose a well-lit and clean area. Prior to starting, wash your hands thoroughly with soap and water to maintain hygiene. Once your workspace is prepared, ready the injection site, which could be the buttocks (gluteal muscles), thighs, or upper arm (deltoid muscle). Seek guidance from your healthcare provider on the appropriate site. Regardless of the chosen site, use an alcohol wipe to cleanse it, removing any dirt, oils, or contaminants. Allow the area to air dry completely after the cleaning process.
Compound
Administration
With the syringe prepared, it’s time to administer the injection. Hold the prepared syringe and carefully insert the needle into the designated injection site. Once the needle is inserted at the correct depth, pull back slightly on the plunger to confirm that you haven’t hit a blood vessel. If blood appears in the syringe, retract the needle and attempt again with a new needle tip. Assuming there is no blood, steadily and slowly push the plunger to inject the substance. Take your time to ensure a controlled and comfortable administration of the injection. After the full dosage is administered, withdraw the needle from the injection site.
Incorporate Vesugen Into a Stack
N/A-
Out of StockSelect options This product has multiple variants. The options may be chosen on the product page
Usage Guidelines
01
Draw 1.5ml of Bacteriostatic Water USP from the vial.
02
Carefully inject the Bacteriostatic Water into the RTA15 vial. Aim the stream along the side of the vial, avoiding direct contact with the lyophilized powder.
03
Gently swirl the vial to dissolve the powder completely. Ensure the solution becomes clear. Do not shake the vial vigorously.
04
Once mixed, the concentration will be 10mg per vial, equating to approximately 333mcg per 10 units on an insulin syringe. Remember, 100 units on the syringe equals 1ml, corresponding to approximately 3.33mg (3333mcg)
05
The prepared solution can be administered subcutaneously (Sub Q). Injections can be either site-specific or administered in the lower abdominal fat area.
06
Once reconstituted with Bacteriostatic Water, the Vesugen solution should be stored in a refrigerator. Use the mixed solution within 60 days to ensure potency and effectiveness.
When to Take it
Vesugen 20 mg is typically administered via subcutaneous injection, with frequency determined by the specific research objective or therapeutic focus. Common protocols involve once-daily administration, with doses in the low microgram range adjusted according to study parameters and tolerability. Injections are usually spaced evenly to consistently support vascular endothelial function, microcirculation, and associated cellular processes.
Timing of injections is flexible and not dependent on fasting or exercise schedules, as Vesugen’s effects are related to cellular regulation rather than energy metabolism. Maintaining consistent administration timing throughout a protocol may help support steady biological responses.
After reconstitution with bacteriostatic water, Vesugen should be stored at 2 °C to 8 °C (36 °F to 46 °F) and kept protected from light to preserve peptide stability.
Seek Guidance From a Medical Professional
Before contemplating the usage of anabolic steroids, it’s essential to seek advice from a qualified healthcare professional. They can evaluate your general health, discuss possible risks and advantages, and offer personalized guidance based on your specific needs.
Get High-Quality Items From Trusted Sources
Make sure to procure anabolic steroids from trustworthy sources to reduce the likelihood of receiving counterfeit or tainted products. Only buy from reliable suppliers who adhere to quality control standards and have a favorable reputation within the community.
Start Slow and Progress Gradually
If you opt to incorporate anabolic steroids, it is recommended to initiate the regimen with the smallest effective dosage. Incrementally raise the dosage if required, while closely monitoring your body’s reactions and any potential adverse effects.
Prioritize Proper Post-Cycle Therapy
Following the conclusion of a steroid cycle, it’s crucial to engage in a thorough post-cycle therapy routine. This aids in restoring natural hormone production, minimizing side effects, and preserving overall health and well-being.
When to Take it
Vesugen 20 mg is typically administered via subcutaneous injection, with frequency determined by the specific research objective or therapeutic focus. Common protocols involve once-daily administration, with doses in the low microgram range adjusted according to study parameters and tolerability. Injections are usually spaced evenly to consistently support vascular endothelial function, microcirculation, and associated cellular processes.
Timing of injections is flexible and not dependent on fasting or exercise schedules, as Vesugen’s effects are related to cellular regulation rather than energy metabolism. Maintaining consistent administration timing throughout a protocol may help support steady biological responses.
After reconstitution with bacteriostatic water, Vesugen should be stored at 2 °C to 8 °C (36 °F to 46 °F) and kept protected from light to preserve peptide stability.
