What a CJC-1295 without DAC dose actually costs

What the table shows

The three rows cover the vial sizes sold for CJC-1295 without DAC at a single dose size, 0.2 mg. The first thing to notice is that the stranded column reads 0 mg and the wasted column 0% in all three rows. That is not a property of the compound. It is a property of the arithmetic: 0.2 divides cleanly into 2, into 5 and into 10, so nothing is left behind that is too small to make a full dose.

The second thing to notice is that the whole-dose counts scale exactly with vial size. Ten doses from the smallest, twenty five from the middle, fifty from the largest. Because nothing is stranded anywhere, the only thing separating the three options on cost is the price per milligram you pay. There is no hidden penalty for choosing a small vial at this dose and no hidden bonus for choosing a large one.

The summary calls the 2 mg vial the most even division. That is true in the narrow sense that it produces the smallest whole number with no remainder. It does not mean the 2 mg vial is cheaper. Even division and low cost per dose are separate questions, and only the first is answered by the table.

Where stranded product comes from

Stranded product is the amount left in a vial after the last full dose is drawn, when that remainder is smaller than one dose. You paid for it, you cannot draw it as a dose, and it is gone. Expressed as a share of the vial, that is the wasted percentage.

Stranding appears when the dose does not divide into the vial size without remainder. The dose amounts seen in listings for this compound are 0.1, 0.2 and 0.3 mg. The first two divide cleanly into all three vial sizes. The third does not divide cleanly into every one of them, so a reader working at 0.3 mg should run the arithmetic for their own combination rather than assuming the zeros in this table carry across.

Stranding is a function of two numbers you choose, dose and vial size, and nothing else. It is fully predictable before you buy.

Turning doses per vial into cost per dose

This site holds no price data, so no cost figure appears here. The calculation is short. Take the price you actually paid for one vial, including shipping if you want the honest number, and divide it by the whole-dose count for your vial size in the table. That is your cost per dose.

Because the wasted column reads 0% across the board at a 0.2 mg dose, there is no second correction step. When stranding is not zero, the whole-dose count already excludes the unusable remainder, so dividing by it still gives the correct figure. The stranded material is absorbed into the cost of the doses you can actually draw, which is why a badly matched dose and vial size quietly raises the price of every dose.

One caveat on comparing vendors. Cost per dose only compares fairly if the milligram content matches the label. This site cannot verify vial contents, purity or labeling accuracy for any seller.

Water volume changes concentration, not cost

The water volumes in common use for this compound are 1, 2 and 3 mL. Adding more bacteriostatic water spreads the same milligrams across more liquid. It does not add or remove peptide. A 5 mg vial contains 5 mg whether you reconstitute with 1 mL or 3 mL.

So doses per vial and cost per dose are unaffected by how much water you use. What changes is the volume you draw for a given milligram amount, and therefore how many syringe marks that volume covers. Larger water volumes spread a small dose across more marks. Smaller volumes concentrate it. That trade-off is a measurement question, not a cost question.

What this page does not answer

CJC-1295 without DAC is not approved by any regulator for human use. This page exists to do division, nothing more.

There is no reliable human pharmacokinetic data available to us for this compound. This site makes no claim about its half life, how quickly it clears, whether it accumulates with repeated administration, or how long any effect lasts. The dose amounts listed here are drawn from vendor listings. They are inputs to the arithmetic, not a recommendation.

This site has no medical review. It cannot tell you what dose to take, what to expect, what side effects occur, whether the compound is safe, or whether it does anything at all. Those are clinical questions and they need a clinician with access to your situation.

What we do not know

We hold no reliable human pharmacokinetic data for CJC-1295 without DAC, 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 CJC-1295 without DAC vial size wastes the least?

At a 0.2 mg dose, none of them waste anything. The 2, 5 and 10 mg vials all show 0 mg stranded and 0% wasted. The 2 mg vial gives the smallest even division at 10 whole doses, but even division is not the same as cheapest.

How do I work out my cost per dose?

Divide the price you paid for the vial by the whole-dose count for that vial size. At 0.2 mg that is 10, 25 or 50 for the 2, 5 and 10 mg vials. This page carries no prices, so you supply that figure.

Does using more bacteriostatic water make a vial cheaper per dose?

No. Water volume changes how concentrated the solution is, not how many milligrams the vial holds. A vial reconstituted with 3 mL contains the same peptide as one reconstituted with 1 mL and yields the same number of doses.

Why does a 0.3 mg dose behave differently?

Because 0.3 does not divide without remainder into every vial size sold. When the remainder is smaller than one dose, it becomes stranded product you paid for and cannot draw. Run the numbers for your own vial size before buying at that dose.

How long does CJC-1295 without DAC last in the body?

We do not have reliable human pharmacokinetic data for this compound, so this site makes no claim about half life, clearance or accumulation. Everything here concerns milligram arithmetic and volume only. That is a question for a clinician.