OEP LABS Domestic

Ok you have my attention, so your saying maybe test the material with a GCMS rather than the finished oil?

Scoob! good to see you Sir, by the way this is material that just landed but same batch and lot number. Same look and all. Was checking with the community the best and safest route to test and analyze the material prior to use. If a finished oil GCMS sample would be compliant. Ill pull a material sample as well just in case

If you don't find anything off with the raw via raw GCMS, it's unlikely you'll find anything via oil GCMS

GCMS on finished product is usually used to find contamination that occured somehow during the brewing process.
 
I need some NPP myself. Currently running on some "emergency" NPP that no doubt has some kind of super solvent in it based on the smell. Would rather avoid. Just managed to get my hs-CRP back down to under 1.
 
If I may request Guidance/Advice Please from the Community

Jano team concluded the remaining 16% it was unbound ester and degradation. Question now

If I took an educated guess and performed a GCMS Test on the Finished Oil and also a HPLC Test for target milligram. Would a GCMS Test on the finished oil after review be enough to call the finished oil safe? Please let me know your thoughts everyone.
Unbound ester isn’t really a thing. What you likely meant is unbound hormone (free testosterone).

So, some food for thought before you brew this:

If you base your brew numbers off 84% TD, and the remaining 16% impurities are lets say 10% free testosterone and 6% misc shit, then aiming for a 500 mg/mL TD oil depot means you’ll weigh about 595 mg of powder per mL to hit your target TD.

At that point, you’re also carrying along roughly:
60 mg/mL free testosterone (595 × 0.10 ≈ 59.5 mg)

Free test is lighter (higher testosterone base per mg) and behaves differently than TD, so that extra free hormone can increase the odds of crashing and potentially PIP, depending on your solvent system and how you would already be pushing solubility at 500 mg/mL

If you are referring to free decanoic acid as "unbound ester" then that's a whole different animal.
 
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