TweetIGF-1R3 is very unstable in powder or liquid form. It also needs to be put into an acidic environment to be usable. That means it "could" be mixed with anything from Kool-Aid to Benzol Alcohol (the latter many lemmings have been using), but the problem is it will degrade at an exponential rate due to lack of acidity. The reason labs pnly use Hcl is because it is going into petri dishes or a cute little mouse and they want it to be as potent as possible so their able to record dosages more accurately without guessing on degradation of the IGF. Benzoyl Alcohol has a lower acidity than that of sterile water so guess what...it will degrade and it's hard to mix up so have fun with your now weakend pain in the ass to inject IGF. It should also be kept at 4 degrees celcius and the refrigerator is as good a place as any but I would recommend the freezer once mixed.
To activate IGF-1R3...Since it needs to be in an acidic environment I would use something as simple as acetic acid which is vinegar. Use Distilled Vinegar at a rate of about 1:50 or sterile water or Bacteriostatic water. Run the vinegar through a Whatman filter just to be safe and keep purity standards high. Here is an example of how to convert 1mg (1,000 mcg) of IGF-1R3. This will give you an easily measured way of using it. You have 1,000mcg of IGF so mix it up with 5mls of liquid. Remember the 1:50 ratio? You're going to first put 10 IU's or 1/10 ml of your now filtered, distilled vinegar to react the IGF, then put in the reamining 490 IU's or 4.9 ml's of BaW in. You'll have a mixture of 1,000mcg dissolved into 5ml's of acetic-BaW. Each ml is 200mcg of IGF-1R3. I would recommend putting each ml into an individual vial. That way you can leave the remaining vials in the freezer to ensure stability. Put the one vial in the refrigerator and take what ever dosage you need. For instance if you are using 40mcg a day take out 20mcg in the am/pm which would amount to 10 IU's since each (1) I.U is equivalent to 2mcg.