Small GHRP-2 vial, need help with mixing
Hello everyone,
It's my first post here, but I'm going straight to the topic on hand.
I am starting a GHRP-2 cycle, planning on pinning 100mcg 3x/day. I will start with 50mcg upon waking up and 50mcg before bed, and slowly ramp up the dosage to the desired level to minimize the potential side effects I've been reading about. My goal is to strengthen my joints and ligaments because my knees have been feeling sore after an intensive squatting/strength phase. Also the improved sleep would be welcomed warmly. Everything else that comes with it is just a big plus. I will introduce mod grf at some point when I get my hands on a source that sells it. For now, just GHRP-2. Better than nothing.
My problem is that my GHRP-2 vial is pretty small and I'm concerned about adding liquid in it, plus it contains 10 milligrams of the substance! Wouldn't it be really hard if I was just able to add 2ml of water in it. Then 0,1ml would have 500mcg in it. I should be pinning like 0,01ml if I wanted to get the 50mcg in.
Here's a picture so you can understand the situation a bit better:
http://imgur.com/cXGJlOc
There's a 5ml syringe, ampulle that contains 1ml of test e, and a multi-use vial of test prop that had 10ml of of the stuff in it. Just for comparison.
Please help and thank you in advance! 
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Ivan1985wait why do you need to put it into a bigger vial ? 2ml will fit into the peptide you could kill the peptide by shaking and moving it around the 10mg will dissolve into the 2ml of water and there's still space in the peptide vial normally ghrp2 that i get is 5mg
so 2ml of bac water into 10mg would give you 0.25mg per 5iu
10iu would be 0.5mg
why would you compare it to the size of bottle you could mix it with 10ml of water but it will still be 10mg of ghrp it won't make it more it will just increase the size of injection keep it in its original vial where it is vacuumed and safe away from any bacteria
PS all peptides will come in that size vial
you need insulin needles don't try and use steroid 5ml needles.
GHRP2 is mainly for a short large spike in HG if your looking to i strengthen your joints and ligaments research TB500
Q&A: Shaking GHRPs & Mod GRF (1-29) => YES
Moisture and filler/additives play a significant role in the apparent size of the powder. If there is no filler then it is less likely that the peptides will appear volumized.
The more moisture in the drying process the more volumized the peptide will look and the easier it will dissolve. However if the drying process eliminated most residual moisture then the peptides will shrink and appear as tight balls or tight clumps, tight whatever. This is the best condition for long term storage. At the right storage temperature w/ no moisture or oxygen those freeze-dried DRY peptides will be good for a decade. But without that built in moisture they can be more difficult to pull open, unfurl the structure or to the eye dissolve. So so-called flakes can end up being dry peptides.
There are two ways available to us to dissolve peptides. One is to add a little acidity. Two is sonication or the introduction of vibration. Adding acidity can be tricky in large part because most lack the tools to make sure the pH only slightly moves. The best way to do that would be with a calculator and both an acid and a buffer. This would have to be the way to go for fragile peptides. GH Frag in either form 176-191 & 177-191 is fragile. I know the former rarely arrived from China in tact and the latter who knows. That's one reason for the early reports of poor results from that peptide. The point is that it is a piece of the GH amino acid chain and it is more prone to adherence to glass, improper unfurling and breakage.
The short chain peptides with very little tertiary structure are not fragile (GHRP-2, GHRP-6 & Ipamorelin). Mod GRF (1-29) is made with 4 modifications two of which help make it resilient during the synthesis process. As a result of these modifications it is not very fragile. Sermorelin is more fragile and anything with CJC-1295 in the name is vulnerable at the lysine linker.
Each amino acid has unique characteristics that dictate how it behaves with regard to water. Peptides as a result may end up more or less water held or water repelled. Some peptides will always tend to hold a little more residual water in the freeze-drying process and appear fuller, while others are capable of a very dry state which may make them appear less full, make them more prone to adhere to vial glass and put them in a state where they are harder to reconstitute with water.
The second option, sonication or the sending of vibrations is for all intents and purposes a shaking. The GHRPs can withstand as much vigor in your shake as you can give. Sometimes a shake period followed by time will work. Think of the particle as a dry hard pellet and shaking is an attempt to get some water to penetrate the pellet. Once some H2O penetrates, the pellet becomes less hard and less resistant to sonication and easier to dissolve.
SOURCE: http://datbtrue.co.uk/
If you want a bigger vial, just buy a sterile one from an accessory source. There are 5ml vials that would suit your need. Add 2ml in the small vial to reconstitute, withdraw it all, add it to the sterile vial and add additional water, to fit your dosing needs.
Jesus fucking christ, how did I never think of that..
Like I was thinking about getting a bigger vial, because that would help obviously, but I was afraid to crack open the vial and then I should remove the powder somehow etc..
But yeah, I will go to my local pharmacy today, buy a 10ml bacteriostatic water vial, throw 2ml of the stuff in the GHRP-2 vial, let it mix, and then draw it all and push it all back in the 10ml vial. That should do the trick, yeah?
Thank you man!!!