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Buy Hexarelin Canada | 5mg Potent GHRP

Why Buy Hexarelin? Buy Hexarelin because it is a strong growth hormone (GH) peptide that also has a second, heart-focused action. It is a six-part peptide that binds the ghrelin receptor (GHSR-1a) to trigger large GH pulses. Unlike Ipamorelin, Hexarelin also binds the CD36 receptor, which gives it direct heart-protecting effects that do not depend on GH.[1] This dual action makes Hexarelin a useful tool for studying both the GH system and heart biology at the same time. Reviv Peptides ships it at ≥99% purity, HPLC-tested, with a Certificate of Analysis (COA) on request. Hexarelin Benefits & Uses Labs study Hexarelin for both GH and heart research. Common research uses include: Strong GH release through the GHSR-1a receptor GH/IGF-1 system stimulation studies Heart protection through the CD36 receptor[1] Heart-injury (ischemia/reperfusion) models[1] Muscle growth and recovery research Fat loss and metabolic rate studies These uses come from published research on Hexarelin.[1] Sold for l

Context first

Study findings do not automatically establish clinical benefit, safety, dosing, or suitability for an individual.

Why Buy Hexarelin?

Buy Hexarelin because it is a strong growth hormone (GH) peptide that also has a second, heart-focused action. It is a six-part peptide that binds the ghrelin receptor (GHSR-1a) to trigger large GH pulses. Unlike Ipamorelin, Hexarelin also binds the CD36 receptor, which gives it direct heart-protecting effects that do not depend on GH.[1] This dual action makes Hexarelin a useful tool for studying both the GH system and heart biology at the same time. Reviv Peptides ships it at ≥99% purity, HPLC-tested, with a Certificate of Analysis (COA) on request.

Hexarelin Benefits & Uses

Labs study Hexarelin for both GH and heart research. Common research uses include:

Strong GH release through the GHSR-1a receptor GH/IGF-1 system stimulation studies Heart protection through the CD36 receptor[1] Heart-injury (ischemia/reperfusion) models[1] Muscle growth and recovery research Fat loss and metabolic rate studies

These uses come from published research on Hexarelin.[1] Sold for laboratory research use only.

How Hexarelin Works

Hexarelin works in two ways. At the GHSR-1a receptor it follows the same path as other GH peptides — it raises calcium inside pituitary cells and triggers GH release — but it binds tighter, so the GH pulses are larger. At the CD36 receptor on heart cells, it turns on survival signals (Src kinase and ERK1/2) that help heart cells live through low-oxygen stress in animal heart-injury models.[1] This heart-protecting effect does not need the GH receptor and was found after the peptide was first made.

Hexarelin 5mg Vial Specifications

Here are the basic facts for the 5 mg vial.

Sequence: His-D-2MeTrp-Ala-Trp-D-Phe-Lys-NH2 Molecular Formula: C47H58N10O6 Molecular Weight: 887.0 Da Purity: ≥99% (third-party HPLC tested) Form: Freeze-dried (lyophilized) powder Vial Size: 5 mg Storage: −20 °C for long term; 4 °C for short term Mixing: Bacteriostatic water

Why Choose Reviv Peptides?

Choose Reviv Peptides because every vial is third-party tested for identity and purity before it ships, with a COA available on request.[2] We are a Canadian supplier and we ship Hexarelin discreetly across Canada in research-ready packaging.

Hexarelin Canada FAQs

How does Hexarelin compare to GHRP-2?

Hexarelin usually makes larger GH pulses than GHRP-2 because it binds the GH receptor more tightly. It also binds CD36, giving heart-protecting effects that GHRP-2 does not have.[1] One trade-off is that Hexarelin can lose effect faster at high doses over long use.

What makes Hexarelin unique among GHRPs?

Its CD36 receptor binding is unique among GH peptides. This gives it heart-protecting effects that do not depend on GH, which makes it useful for combined GH and heart research.[1]

Is Hexarelin available in Canada?

Yes. Reviv Peptides stocks Hexarelin and ships it across Canada for research use.

Reconstitution & Dosing Guide

Here is how to mix and store the vial for research.

How to Reconstitute

Add 2.0 mL of bacteriostatic water to the vial. Pour the water slowly down the inside wall — do not aim it at the powder. Swirl gently until it fully dissolves; do not shake. This makes about 2.5 mg/mL. Keep the mixed vial at 4 °C and use it within 28 days.

Low Starting Dose

A common research starting point is a low daily amount.

Amount per injection: 100 mcg — 4 units (0.04 mL) on a U-100 syringe How often: Once a day, under the skin Length: 8–12 weeks

Hexarelin loses effect with long nonstop use; cycling on and off is recommended.

Start at the lowest useful dose and adjust to the response seen. This product is for laboratory research only.

Sources: [1] Mao Y, et al. The cardiovascular action of hexarelin — PubMed / J Geriatr Cardiol. [2] Synthetic peptide purity (HPLC + MS) — NIH / PMC.

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