Semax 30mg

How to Mix Semax

Unchained Compounds is a leader in providing top-quality research compounds to scientists​. In fact, Unchained boasts purity levels exceeding industry standards of its products​, and compounds are third-party tested for authenticity. If you plan to buy a peptide or other research product online from Unchained, you’ll need to know the basics of mixing and dosing. This section will walk you through handling your peptide vials or capsules and calculating doses for your experiments. (And as always, these compounds are for laboratory use only, not for use in humans or animals.)

Mixing Basics for Research Compounds

Handling the mixing (reconstitution) of peptides or other compounds is an important first step once you receive your vial. Unchained Compounds typically supplies peptides in lyophilized powder form, which means you’ll add a liquid to dissolve them. Here’s a simple overview of the mixing process:

• Sterile Diluent: First, choose your diluent. Bacteriostatic water is commonly used because it contains a tiny amount of benzyl alcohol that inhibits bacterial growth, allowing the solution to be used for a longer period. Alternatively, sterile water (without preservatives) can be used if the solution will be one-time use​. Both options are fine for research, but note the differences: bacteriostatic water can be reused over a few weeks, whereas sterile water is single-use only.
• Mixing Technique: Using a clean syringe, slowly inject the water into the peptide vial. Aim the stream of liquid toward the side of the glass, letting it run gently over the powder. This helps the compound dissolve evenly. Avoid forcefully squirting the solution or shaking the vial hard – gentle swirling is more than enough, as peptides can be sensitive to vigorous agitation.
• Complete Dissolution: Swirl the vial lightly if needed, or just let it sit for a few minutes. The powder should fully dissolve fairly quickly. If you notice any particles or the solution remains cloudy, give it a bit more time or gentle rotation (also some peptides are hydrophobic – simply they may not be clear or can gel/clump together). Once dissolved, the compound is in liquid form and ready for measurement in your research protocol.
• Storage After Mixing: For multi-use peptides (especially if using bacteriostatic water), you can store the reconstituted vial in the refrigerator to maintain stability. Many researchers keep mixed solutions at 35-46°F as recommended by manufacturers, which can preserve the compound’s integrity for the duration of the study.

Available Forms: Vials, Capsules, and Bundles

Unchained Compounds offers its research products in multiple formats, giving you flexibility in how you purchase and use them:

• Lyophilized Vials: As mentioned, many peptides come in freeze-dried powder form inside sealed vials. Each vial is labeled with the amount of compound it contains (for example, 10 mg per vial). This form is ideal for peptides and requires reconstitution. It allows you to prepare a solution at whatever concentration fits your experiment by adding the volume of diluent you prefer.
• Capsules: Some research chemicals (including certain SARMs or nootropic or longevity compounds) are available as capsules. These are pre-measured doses in pill form. Capsules can be convenient for dosing consistency – each capsule has a specific milligram amount of the active ingredient. Researchers use capsules when they want to avoid handling powders or need a compound that is more stable and dry. There’s no mixing involved; you would simply open the capsule to retrieve the powder for a solution or use the capsule contents as needed for analysis.
• Bundles & Blends: Unchained Compounds features bundle packs that include multiple products often researched together. For instance, a research bundle might bundle a growth hormone secretagogue peptide with another peptide. While others are blended into one capsule or vial (two peptides/compounds mixed in a single formula). These forms are cost-effective and convenient when your research involves multiple pathways or when you’re exploring synergistic effects of compounds.

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