Transferring oils for long term storage

So I understand this right, with the argon already filled in the vial , as you add the oil in it will displace the argon until you have it full of oil the remaining space will be argon correct?
That'd be the idea, yes. Since argon is heavier than air it should stay in the vial even with a vent. You could fill a vacuum sealed vial with argon and then when you fill with oil, use a vent needle same as you normally would and it 'should' only displace the argon needed to allow for the oil volume.
 
Some of the specific compounds done today;
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Hey @AllGoodThings , do you think the injectable YK-11 from Modern Aminos is safe for long-term storage? I'm planning to do the same with their injectable LGD-4033 vial. I'll be splitting the LGD solution into multiple sterile KS-Tek vials (about 20 × 1ml vials for microdosing), so each would hold roughly 25mg (0.5ml dose). I'll use the vacuum suction trick with a syringe to minimize air, then seal them with foil vial seals just like you :) Any tips?
 
Hey @AllGoodThings , do you think the injectable YK-11 from Modern Aminos is safe for long-term storage? I'm planning to do the same with their injectable LGD-4033 vial. I'll be splitting the LGD solution into multiple sterile KS-Tek vials (about 20 × 1ml vials for microdosing), so each would hold roughly 25mg (0.5ml dose). I'll use the vacuum suction trick with a syringe to minimize air, then seal them with foil vial seals just like you :) Any tips?
I don't see any reason why not. The lower temps slow down API degradation, and the process by which oils go rancid. Oxygen is definitely a big enemy, so getting as much out as possible is beneficial. With the smaller vials you shouldn't see much difference, better or worse, just be aware that the less dead space, the better. Just make sure you're not touching the stopper with the oil. I can't think of any tips, it's a pretty straightforward process. Good luck!
 
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