What a Sermorelin dose actually costs

What the table on this page shows

The table sets one dose amount, 0.2 mg, against the three vial sizes sold: 2 mg, 5 mg and 10 mg. For each it reports how many whole doses come out, how much peptide is left as a fraction too small to make another dose, and that leftover as a percentage of the vial.

The first thing to notice is that the stranded column is 0 mg in every row and the wasted column is 0%. That is not a property of Sermorelin. It is a property of the numbers. A 0.2 mg dose is a clean divisor of 2, 5 and 10, so no vial in the range leaves a partial dose behind.

The second thing to notice is that the dose counts scale exactly with vial size. When division is exact, there is no size penalty and no size bonus in the arithmetic itself. Any advantage of one vial size over another has to come from price, not from waste. The summary line notes that the 2 mg vial divides most evenly at 10 whole doses. Read that as a tie rather than a win, since every row here is exact.

Turning doses per vial into cost per dose

Cost per dose is one division: the price you paid for the vial, divided by the number of whole doses in it. This page supplies the divisor. It does not supply prices, because prices vary by seller, quantity and moment, and a number printed here would be wrong by the time you read it.

Take the count from the row that matches your vial and your dose, then divide your own paid price by it. For a 2 mg vial at 0.2 mg, divide by 10. For a 5 mg vial, divide by 25. For a 10 mg vial, divide by 50.

Include shipping and any bacteriostatic water in the vial price before you divide, or you will systematically understate cost per dose. This matters most on small vials, where a fixed shipping charge is spread across fewer doses. That is often the real reason a larger vial looks cheaper per dose, not the peptide arithmetic, which is identical in efficiency across all three sizes.

Where waste comes from when the math says zero

A 0% wasted figure means the peptide divides evenly. It does not mean nothing is lost in practice. The table models division, not handling.

Reconstitution volume is the first place real cost drifts from the model. The water volumes seen in listings are 1 mL, 2 mL and 3 mL. Adding more water does not change how many doses are in the vial, since the peptide mass is fixed. It changes only how much liquid each dose occupies, which affects how precisely you can measure it and how much sits in the syringe hub after injection.

Syringe dead space, drops left on the stopper, drawing slightly over and discarding, and any vial discarded before it is finished all raise real cost per dose above the modeled figure. Treat the computed number as a floor, then accept that your actual figure will sit above it. Note also that the table covers a single dose amount. Listings show 0.1 mg and 0.3 mg as well, and only the 0.2 mg case is computed here.

What this page does not tell you

There is no reliable human pharmacokinetic data for Sermorelin available to this site. No claim is made here about half life, how long it takes to clear, or whether repeated doses accumulate. Anything you read elsewhere assigning Sermorelin a specific duration is not something this page can confirm or contradict.

That has a direct consequence for cost. Cost per dose is only half of cost over time. The other half is how often a dose is taken, and this site cannot supply that number. If someone quotes you a monthly cost, they are multiplying a dose cost by a frequency assumption that is not established here.

Sermorelin is approved by a regulator for human use in at least one market. That is a regulatory fact, not an endorsement of any dose, schedule or purpose. This page has no medical review. It does not tell you what dose to take, what to expect, what side effects occur, whether it is safe for you, or whether it works. Those are questions for a clinician.

What we do not know

We hold no reliable human pharmacokinetic data for Sermorelin, so this site makes no claims about its half life, how long it takes to clear, or how it accumulates. The arithmetic below concerns concentration and volume only.

This page answers arithmetic and handling questions. It does not tell you what dose to take, what to expect, or whether anything is appropriate for you, and there is no medical review behind it.

Common questions

Which Sermorelin vial size is cheapest per dose?

The arithmetic does not decide this. At 0.2 mg, all three vial sizes divide evenly with 0 mg stranded, so none of them wastes peptide. The cheapest per dose is whichever vial has the lowest price after shipping when divided by its dose count: 10 for the 2 mg vial, 25 for the 5 mg, 50 for the 10 mg.

Does adding more water make the vial go further?

No. The number of doses in a vial is set by the peptide mass and the dose amount, not by the water. Listings use 1 mL, 2 mL and 3 mL. Changing between them changes the volume you draw per dose and how precisely you can measure it, not how many doses the vial contains.

How many doses are in a 10 mg Sermorelin vial?

At a 0.2 mg dose, 50 whole doses, with 0 mg stranded and 0% wasted. That assumes the dose amount is exactly 0.2 mg. It ignores losses to syringe dead space and handling, which are real but not modeled here.

What does stranded product mean?

Stranded product is peptide left in a vial that is too little to make one more full dose. If a dose does not divide evenly into the vial contents, that remainder is paid for but not usable at that dose size. For Sermorelin at 0.2 mg, the remainder is 0 mg across all three vial sizes.

How often should Sermorelin be dosed?

This page cannot answer that. There is no reliable human pharmacokinetic data for Sermorelin held here, so no claim is made about half life, clearance or accumulation, and no schedule is recommended. The arithmetic on this page covers concentration and volume only.