This is a spinoff of my concept of using red light with fasting and exercise. Fasting plus exercise produces rapid fat loss, but dealing with hunger is difficult. It’s true that fasting stimulates the release of triglycerides, but it isn't sufficient to eliminate hunger. My hypothesis is that evolution set the hunger signal above the maximum triglyceride output in order to force early humans out of their caves in search of food. This was a survival advantage when food was scarce. For many people the gap is not that great. The output of a red diode flashlight is sufficient to increase mitochondrial activity and stimulate enough extra triglyceride output to shut off the hunger signal.
But the drawbacks are obvious: You have to carry around a red flashlight and remember to use it. And the effect doesn’t last very long.
So here’s an improvement: Using the skin as a transdermal patch for triglycerides
Olive oil is an excellent triglyceride source that slowly penetrates the dermis, producing a low but steady energy source that shuts down the fat signal. For me it works if I coat 1/4 or more of the skin surface. Though typically I coat about 2/3rds, at a level similar to a sunblock. This lasts at least 8 hours, and generally more. Other oils may be used:
The results demonstrated skin penetration of fatty acids from all oils tested. Only soybean and olive oils significantly increased the skin distribution of dihydroquercetin and can be used as skin penetration enhancers.
https://www.ncbi.nlm...cles/PMC6151382
I’ve only tried olive oil to date, but from the above it seems that soybean oil may be superior for those with a hunger signal set higher. Another potential advantage of soybean oil: it has 5-10 times as much of the 2 essential fatty acids — linoleic acid (omega-6) and alpha-linolenic acid (omega-3) — as olive oil.
MCT oil likely has a yet higher penetration rate and is more rapidly metabolized. So a mixture of MCT oil and soybean oil might prove best of all.
Edited by Turnbuckle, 08 May 2022 - 07:12 PM.