@InTheShed, I ran the experiment- the oven won by a wide margin, but that’s not all the story.
Pictures and a full report will follow. A diversion stepped in.
I went on a study journey for another member and learned a couple important things:
- how the body decides to make a cannabinoid
- how THC acts to offset autoimmune expression
*BIG SIGH* These were primary questions I’ve been searching for decent answers to all along, and this morning
@lazyfish dropped the link to
LipidWeb and there was the explaination about eCBs, all laid out for me by William W. Christie.
It’s in response to a rise in intra-cellular calcium levels that the ECS creates 2-AG and anandamide. There are many, many other cannabinoids not being studied the way these two have been.
So the cell has too much calcium flowing in, and it’s too excited for the job at hand. The ECS creates endocannabinoids with the correct signal and calcium balance is restored.
Another fascinatingly interesting thing I learned here (among so many other delights!) - that it’s possible 2-AG can diffuse freely through membranes to reach the sites of activity.
Just stop and think about that for a moment.........
There are concentrations of 2-AG in the brain ~170 to 1000 times higher than anandamide.
2-AG is a precursor to other bioactive lipids.
God....I love this work! I need a good buzz!
It’ll take me days to understand all this.
Oh! The autoimmune response!
Well... I dropped the link above for Camaro, and reading it I learned that there are microRNAs whose job it is to tell the immune system, “Enough. We’re done.” by influencing gene expression - silencing them. In people with autoimmune disease the mRNAs are turned off and the genes they’d be silencing are over-expressed.
They found 13 mRNAs that we’re inflienced by THC, and one in particular that was more profoundly affected.
In the presence of THC mRNA -690 dramatically increase in number. Cool, eh?
I recently came to understand that there are microfibers in the the extracellular matrix capable of exerting sustained, constructing stress - a wrinkling of the ECM - effectively silencing some of the finer nerve receptors that tell the cell what’s going on out there.
When communications with the outside goes down, what’s a cell to do? I suspect a few get sick trying to wing it. It’s a beautifully complex system, isn’t it?