What a Tesamorelin dose actually costs

Cost per dose is vial price divided by whole doses

The intuitive calculation is price divided by milligrams, then multiplied by the dose. That number is wrong whenever the dose does not divide evenly into the vial, because it assumes every milligram you paid for becomes part of a dose. Some of it does not.

The correct calculation is vial price divided by the number of whole doses the vial yields. A whole dose is one you can actually draw and administer at your target amount. Anything left after the last whole dose is stranded: you paid for it, it sits in the vial, and it never becomes a dose at your chosen amount.

This page does not carry prices. Prices move, vary by seller, and we cannot verify them. What we can compute is the divisor, and the divisor is what most people get wrong. Take whatever price you are looking at and divide it by the whole dose count in the table above, not by the milligram count on the label.

Three things worth noticing in the table

First, the 2 mg vial and the 10 mg vial both strand nothing at a 2 mg dose. The 2 mg vial is exactly one dose. The 10 mg vial is 5 doses. In both cases every milligram you bought becomes part of a dose, so the price-per-milligram shortcut and the true cost per dose agree.

Second, the 5 mg vial is the odd one. At a 2 mg dose it yields 2 whole doses and leaves 1 mg behind, which is 20 percent of the vial. If you compute cost per dose by dividing the vial price by the whole dose count, that figure is higher than the price-per-milligram shortcut suggests, by exactly the share of the vial that never gets used.

Third, and this is the part that matters commercially: a 5 mg vial can be the cheaper vial on paper and the more expensive vial per dose. Whether it is depends on the gap between the two prices, which only you can supply. Run the division on both before deciding.

Water volume changes nothing about cost

Tesamorelin listings show reconstitution with 1, 2 or 3 mL. The water volume sets concentration, which sets how many syringe units a given dose occupies. It does not change how much peptide is in the vial.

A 10 mg vial holds 10 mg whether you put 1 mL or 3 mL into it. The whole dose count at a 2 mg dose is 5 either way, and nothing is stranded either way. Cost per dose is identical across all three water volumes.

More water can make a small dose easier to measure, because the same milligram amount occupies more volume on the barrel. That is a measurement question, not a cost question, and it does not rescue a vial that divides badly.

What we will not tell you

We hold no reliable human pharmacokinetic data for Tesamorelin. This site makes no claim about its half life, how long it takes to clear, or whether it accumulates with repeated administration. The arithmetic here concerns milligrams, milliliters and division. Nothing on this page implies anything about timing.

That has a direct consequence for cost: we cannot tell you what a Tesamorelin protocol costs per week or per month, because that requires a dosing frequency and we do not supply one. We can tell you what one vial yields at one dose amount. Converting that into a monthly figure requires a frequency you would have to get somewhere else.

We also do not tell you what dose to take, what to expect, what side effects occur, or whether any of this is safe or effective. There is no medical review behind this page. Those are questions for a clinician, and a dose-arithmetic reference is the wrong place to look for the answers.

Tesamorelin is approved by a regulator for human use in at least one market. That is a regulatory fact about the compound, not an endorsement of anything you might do with material bought outside that channel.

What we do not know

We hold no reliable human pharmacokinetic data for Tesamorelin, 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

Does adding more water make a Tesamorelin vial go further?

No. Reconstitution volume changes concentration only. A 10 mg vial contains 10 mg at 1 mL, 2 mL or 3 mL, and yields the same 5 whole doses at a 2 mg dose in every case. More water makes each dose occupy more volume in the syringe, which can help with measurement, but it does not create additional peptide.

Which Tesamorelin vial size is cheapest per dose?

That depends entirely on the prices you are quoted, which we do not carry. The arithmetic part is fixed: at a 2 mg dose, the 2 mg vial gives 1 whole dose, the 5 mg vial gives 2, and the 10 mg vial gives 5. Divide each price by that count, not by the milligrams on the label.

Can I use the leftover 1 mg from a 5 mg vial?

That is a handling question, not an arithmetic one, and this site does not answer it. What the arithmetic says is that 1 mg remains after 2 whole doses of 2 mg, which is 20 percent of the vial. Whether that remainder is usable in any form is a question for a clinician.

How often is Tesamorelin dosed?

We do not say. There is no reliable human pharmacokinetic data behind this page, so we make no claims about half life, clearance or accumulation, and we do not publish dosing frequencies. Without a frequency, no weekly or monthly cost can be computed here.

Why does this page only compute the 2 mg dose?

Listings show both 1 mg and 2 mg dose amounts for Tesamorelin, but the table on this page was computed at 2 mg. The whole dose counts and stranded amounts for a 1 mg dose are different numbers and are not calculated here, so we do not state them.

Is stranded product the same as wasted money?

In cost terms, yes. You paid for the full vial and only the whole doses reached a syringe at your target amount. The 20 percent figure on the 5 mg vial at a 2 mg dose is the share of the purchase price that produced no dose. That is why cost per dose should be computed from the whole dose count.