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Using peptides is simple.
Most arrive as powder in a vial, you reconstitute (liquify) that powder with bacteriostatic (BAC) water, and you draw & administer the desired dose via subcutaneous or intramuscular injection. Put the peptide in the fridge (ideally, but not necessary) and dispose of the needle responsibly.
Sanitization Rule of thumb: Whenever a needle is going to puncture something, sanitize that thing first with an alcohol swab. Lightly rub the surface (not the needle) with the swab, wait for it to dry, and then proceed. Examples:
Reconstitution is the process of liquifying your powder vial peptides. They arrive as powders to minimize degradation and risk of loss in transit. Simple example:
Concentration amount (in weight) divided by liquid. Solute divided by solvent. Coffee grounds divided by hot water. High concentration = espresso/ristretto, low concentration = americano.
Example:
Dosing is the important part. If you know how to do basic math (or use peptiwiki's peptide calculator to properly do the math for you), there won’t be any problems. Here’s an example:
Drug: BPC-157 | Dose: 250mcg | Vial: 5mg | Reconstitution: 2mL BAC
Remember: liquid needed to inject = dose / concentration
Dosing Process:
ChatGPT is fine for checking math, but don’t use it for researching peptides. It’s often wrong
Dosing Frequency:
Dosing Duration:
Administration is a cute way to say “injecting”. Drinking peptides will not do much; they need to be put into the subcutaneous fat or muscle for proper absorption. Simple example:
Storage doesn’t matter as much as people think it does. Most peptides are very resistant to degradation, even after being reconstituted. MT-2 lasts years in the heat and/or room temperature. With that being said, it’s still good practice to maximize shelf life.
For the most part, a lot of peptides do not degrade that fast.
Travel is simpler than you’d think (note: I’m American; this advice applies mostly to USA travel).
Congrats, you know how to use peptides now.
So which ones are best? Depends on what you want.
Most arrive as powder in a vial, you reconstitute (liquify) that powder with bacteriostatic (BAC) water, and you draw & administer the desired dose via subcutaneous or intramuscular injection. Put the peptide in the fridge (ideally, but not necessary) and dispose of the needle responsibly.
Sanitization Rule of thumb: Whenever a needle is going to puncture something, sanitize that thing first with an alcohol swab. Lightly rub the surface (not the needle) with the swab, wait for it to dry, and then proceed. Examples:
- Reconstituting a peptide with BAC water? Swab the BAC and peptide lids
- Going to draw a dose from a peptide vial? Swab the lid
- Preparing to inject? Swab the target injection area
Reconstitution is the process of liquifying your powder vial peptides. They arrive as powders to minimize degradation and risk of loss in transit. Simple example:
- Inject 2mL (200 units / 2cc) of BAC water into your peptide vial
- If you don’t know what these numbers/units mean, go here
- Roll the peptide vial gently between your palms to mix it
Concentration amount (in weight) divided by liquid. Solute divided by solvent. Coffee grounds divided by hot water. High concentration = espresso/ristretto, low concentration = americano.
Example:
- MT-2 vial containing 10mg. Reconstitute with 2mL of BAC water
- Concentration = Weight / Volume
- 10mg / 2mL = 5mg/mL
- Each milliliter of this solution contains 5 milligrams of MT-2
Dosing is the important part. If you know how to do basic math (or use peptiwiki's peptide calculator to properly do the math for you), there won’t be any problems. Here’s an example:
Drug: BPC-157 | Dose: 250mcg | Vial: 5mg | Reconstitution: 2mL BAC
Remember: liquid needed to inject = dose / concentration
Dosing Process:
- ?liquid needed to inject = 250mcgdose / (5000mcg/2mL)concentration = 0.1mL or 10 units
- If you don’t know what these numbers/units mean, go here
- Calculate concentration. Convert mg to mcg. Do basic division
ChatGPT is fine for checking math, but don’t use it for researching peptides. It’s often wrong
Dosing Frequency:
- Guides will often say “[dose]/day” - Example: 250mcg/day
- This means “per day” - 250mcg/day means 250 micrograms per day
- “Per day” means that dose is administered daily
Dosing Duration:
- The reason you stop using a compound falls into 1 of 3 categories:
- 1. The desired goal has been achieved
- 2. Unwanted effects become intolerable (lower your dose first)
- 3. Sensitivity to the compound has been lost
- Here are some examples of each:
- 1. BPC-157 / TB-500, all injuries are fully healed; stop using
- 2. Retatrutide, getting digestion issues; lower dose / stop using
- 3. IGF-1 LR3, pumps in the gym begin to fade; take a 30-day tolerance break
- Most compounds are safe to use year-round, but please get blood work done at least once a year to confirm this
- USA Bloodwork: AlgoRx.ai use “TAT”
- “What bloodwork do I get?” See the blood work guide
Administration is a cute way to say “injecting”. Drinking peptides will not do much; they need to be put into the subcutaneous fat or muscle for proper absorption. Simple example:
- Insulin syringe loaded with 250mcg of BPC-157 (in the previous example: 10 units)
- Subcutaneous (SubQ): abdominal / upper thigh / upper glute fat
- Intramuscular (IM): if you can flex it, you can inject it
- Video tutorials for both styles of injection are available online. Google it!
- Subcutaneous is recommended. Intramuscular injections of water-based peptides are often unnecessary. SubQ is largely considered more comfortable than intramuscular.
- Note the effects after administering - if effects are blunted, significant degradation has occurred.
- Identify which combination caused the degradation, and proceed with separate administrations of those two peptides.
- “Can I combine [peptide A] and [peptide B]?”
- Yes. All of them can be safely combined
Storage doesn’t matter as much as people think it does. Most peptides are very resistant to degradation, even after being reconstituted. MT-2 lasts years in the heat and/or room temperature. With that being said, it’s still good practice to maximize shelf life.
- Oil-based: room temp. Testosterone, boldenone, primobolan, etc
- Water-based injectable: fridge it. L-carnitine, L-glutathione, injectable aminos, etc
- Powder vial: freeze it. Once reconstituted, it’s water-based (fridge it). Peptides, etc
- Everything else: room temp. Cardarine, MK-677, etc. Never really degrades
For the most part, a lot of peptides do not degrade that fast.
Travel is simpler than you’d think (note: I’m American; this advice applies mostly to USA travel).
- Flying domestically (within your country)? Checked bag or carry-on. TSA doesn’t care
- Flying internationally (outside your country)? Consider: How strict are laws there - examples:
- Japan / UK, gear is largely decriminalized
- Iraq / Russia / Singapore, super strict
Congrats, you know how to use peptides now.
So which ones are best? Depends on what you want.