IGF-1 LR3......RECONSTITUTION

[BulgingKingFlair]

Hey fellow muscle builders,

Sorry to just jump into this one guys....but im in a hurry to see if I just wasted a bottle of IGF, and to get proper conversion info ao my next 2 bottles are most effective.

Im not here to get advice on the old "bacteriostatic vs AA" argument, etc.

Bottom line is that my math sucks balls - and I need help. I have added 3mL of bacterio to 1mg of igf1 lr3. My daily dosage is supposed to be 50 mcg once per day - so how many iu is that in the syringe?

Man I feel dumb.

Lemme know, next round starts tomorrow. The first bottle lasted me 24 days, and ive put on 14 pounds of lean muscle so far. The pumps are skin-splitting, so much so that towards my last couple sets of shoulders - my side delts were actually too big to perform the full range of motion for side lateral raises.

Im on 1500cc Sustanon per week, and 75 mg of Anadrol per day. I was running this for 10 weeks prior to the igf, so take that for what its worth. If you can get this stuff with gauranteed purity - ignore all the haters and get it in ya !!!!

- King Flair

 

[BigAli]

Each 30 units(little bars) on a slin pin would be 100mcg.
Bac water degrades igf1lr3 overtime. What I did was reconstituting it with AA and then add some bac water to the slin pin for each injection cause AA alone hurts like a bitch.

Say thank you

 

[Ed Plucker]

OK, lets make this very simple. If you put 3cc's of water into 1mg of IGF-1, every iu of solution would have 3.3mcg of IGF-1. Just divide the amount of IGF-1 (or GH) by the amount of water and you have your amount per iu. So in this case you take 1,000mcg (1mg) divided by 300iu of water (3cc) and the result is ~3.33mcg/IU.

 

[BulgingKingFlair]

OK, lets make this very simple. If you put 3cc's of water into 1mg of IGF-1, every iu of solution would have 3.3mcg of IGF-1. Just divide the amount of IGF-1 (or GH) by the amount of water and you have your amount per iu. So in this case

OK, lets make this very simple. If you put 3cc's of water into 1mg of IGF-1, every iu of solution would have 3.3mcg of IGF-1. Just divide the amount of IGF-1 (or GH) by the amount of water and you have your amount per iu. So in this case you take 1,000mcg (1mg) divided by 300iu of water (3cc) and the result is ~3.33mcg/IU.

you take 1,000mcg (1mg) divided by 300iu of water (3cc) and the result is ~3.33mcg/IU.

Rwmember, im retarded. So if I fill this syringe to 0.2 mL, then ill have 66mcg of igf ???

 

[BulgingKingFlair]

OK, lets make this very simple. If you put 3cc's of water into 1mg of IGF-1, every iu of solution would have 3.3mcg of IGF-1. Just divide the amount of IGF-1 (or GH) by the amount of water and you have your amount per iu. So in this case you take 1,000mcg (1mg) divided by 300iu of water (3cc) and the result is ~3.33mcg/IU.

So, .2 on this little syringe will give me 66mcg of igf?

 

[Ed Plucker]

Yes that is correct. That would be 20iu on an insulin syringe. You know there really dose need to be a sticky for this shit. I wrote this little python script to calculate your dosages. Just save the output as iu.py and run it from the command line with:

$ python iu.py

It will ask you for the number of mg's and the number of cc's used and outputs the number of mcg per iu.

mg = float(input('Enter the number of MGs. '))
iu = float(input('Enter the number of CCs. '))
var = float(iu * 100)
var3 = float(mg*1000)
var1 = round(float(var3 / var ))
var2 = str(var1)
print ("There are " + var2 + " mcg per IU of solution")

 

[BulgingKingFlair]

Holy shit Ed, im blown away. Im really not sure why im so mentally challenged in math....but thank you so much! Appears I had it right the first bottle, and now you confirmed it without a doubt.

Forever grateful !!!!

KF

 

[BulgingKingFlair]

Each 30 units(little bars) on a slin pin would be 100mcg.
Bac water degrades igf1lr3 overtime. What I did was reconstituting it with AA and then add some bac water to the slin pin for each injection cause AA alone hurts like a bitch.

Say thank you

I spoke to the makers of this peptide, and the chemist told me with resounding positivity there is no need for anything besides bacteriostatic water. I argued, and ahe said unless its to dissolve the microscopic granules which cant be seen with naked eye and reside in the imperfections ofbthe glass - there was no reason for AA provided I mixed the BW into the powder very gently as its fragile.

Besides, cant argue with the results !!!