posted Mon, 05/07/2012 - 11:15
1453
Reconstituting
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So lets say for arguments sake you have a vial of freeze dried X and you put 4cc of bac water in it. What amt. of material do you now have. In other wordsyou have the 4cc of water BUT also the amt. of product that was in there to begin with, right?
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TxBigBoyOk guys what hes trying to say has nothing to do with reconstitution ratios. Hes asking if he puts 4cc of water into a vial of peptide, hormone, whatever, will he pull 4cc of water back out?
IMO The dissolved volume of the peptide is minimal and does not really add to the total cc in an appreciable amount. When I use 1cc to reconstitute my 10iu HGH, I pull 5 2iu pins from it.
Frankiedisplacement ?
say a pellet of hgh 10iu displaces to 0.5cc of liquid then adding 4cc of warter will give him a total of 4.5cc
56tooYeah you're both stating the same thing. Thats the point Im trying to make. Does it make any sense?
56tooYeah I would agree with all of you as I think you're all saying the same thing. The argument Im trying to make is wether the powder, being that it is matter and occupies space wouldn't add to the volume in the vial, in Frankies case making the content say 4.25 mls instead of just the 4ml of water that you added. The additional .25 being the powder that was in the vial to begin with
Frankielets say you have a 1000iu vial of hcg
you add 4ml of warter that would give 250iu of hcg per 1ml of warter
ammout of iu divided by the ammount of warter you add
1000 (iu) divided by 4 (ml) = 250 (iu)
if you were to add 1ml of warter to a 1000iu vial of hcg it would be 250iu per 1/4ml
easy as that bro
TxBigBoyYour still gonna have 4cc of whatever. The water combines with the peptide and still leaves you with the same amount of volume. The only that you really need to know about reconstituting is the weight per volume, ie 4mg with 4cc would equal 1mg per cc or 100IU
Not really, the unconstituted substance will say how many IU it has in it. You divide that by the amt you use to recontitute it. 1cc = 1ml, 100iu could be any liquid amt dependant on the amt of liquid used to reconstsitute it.
For example, HCG 5,000iu bottle, if you use 1cc-ml to reconstitute then 1ml will equal 5,000 iu, .5ml will equal 2,500iu.
If you use 2cc-ml each cc-ml will equal 2,500iu, .5ml will be 1,250iu.
If you use 4cc-ml each cc-ml will equal 1,250iu, .5ml will be 625iu.
The full amt of iu's remains the same, simply divided by the # of cc-mls you use to reconstitute it, to get iu/ml.
TxBigBoyWhat about peptide that just say the mg not IU?
Edit: i see what happened. When I said IU I was talking about measurements on a slin pin, 1cc equals 100IU, wasn't talking about HCG
Same thing, just divide the mg by the ml you use to reconstitute to get mg per ml.
1mg reconstituted with 1ml - 1ml=1mg, .5ml=500mcg
1mg reconstituted with 2ml - 2ml=1mg, 1ml=500mcg, .5ml=250mcg
1mg reconstituted with 4ml - 4ml-1mg, 3ml=750mcg, 2ml=500mcg, 1ml=250mcg, .5ml=125mg