Is this well known? Raise means you still hit bowel tolerance.
I would say that anything having to do with homemade lypo is not well known. From personal experience, in a healthy state, I am able to raise BT from around 3grams to around 8 grams with homemade lypo. I suspect it's due to lack of full encapsulation and that is why there is still a BT level that's hit. Maybe there really isn't a BT level with commercial Lypo since it's pure lypo without the extra unencapsulated VC floating around. But, at least for me, there is a BT limit on the homemade stuff. If I remember correctly, when running the tests on the homemade lypo c, I had created a batch and divided the emulsified solution, sonfied one half and not the other. There was less gas produced when mixing the baking soda in with the homemade lypo c than than there was when mixing it with the emulsified (non sonified) solution, but even the sonified solution produced some gas.
I know Levy said similar thing in our lypo c thread related this route.
Do you have a link to that thread, please?
I'll need someone to explain that powerpoint slide to me. Why would the cell be taking up DHA, reducing it, then sending the AA out? Doesn't that just negate the whole point of taking up AA for that electron? Why would it be using up energy to make AA and then get rid of it? And if the cells did this, then why not just take DHA and let the cells create AA for us? I'm missing something somewhere. I totally get that there may be a competition between glucose and AA if they have similar molecular structures and are using the same pathways but reducing the DHA to send on it's way just seems odd to me.
I'll probably give the chromium a try this next week and report back on any perceived changes in BT levels.