Regardless of the caffeine, the point I am trying to make is that Naltrexone binds to opoid receptors, and LDN binds at low dose for a short period of time,which then creates a rebound effect on endorphins, and receptor quantity. There are compounds in coffee such as chlorogenic acids that have this same binding ability as naltrexone or stronger, and perhaps this will work in the same way as naltrexone in this respect. The trick is to find the proper dose of instant coffee, right now trying 1/8 teaspoon of Folgers Decaff instant coffee,this of course could be way under or way over the proper dose.
Half life is important because you want the effect to stop after a few hours.
Tracking down the concentraion of these compounds in instant coffee is part of the the answer to the proper dose, then of course is the concentraion variable from brand to brand,batch to batch and or bean type plus many other variables.
What this boils down to is finding an alternative for LDN,
THAT ANYONE CAN DO,from the above info in my first post this approach seems possible. Will now have to re-read the literature and look for the concentraion of these compounds in instant coffee, then perhaps can make a more accurate guess at the amount of instant coffee necessary.
OK, one source I found states that instant coffee contains between 30-40 mg of chlorgenic acid/gram instant coffee. Very rough calculations until I can get to a good balance in a few weeks.
The bottle says 120 6 oz cups per 226 grams of coffee using a slightly rounded teaspoon.
226/120= about 1.88 grams of coffee/slighty rounded teaspoon, which equals about 56-75 mg
chlorgenic acid/slightly rounded teaspoon. So, if we split the difference that = say 65 mg chlorgenic acid.
Using this dose then to get down to 4 mg, 4/65=0.06. 0.06*1.88=0.11 grams of instant coffee,to provide the same 4mg of chlorgenic acid,which is the LDN common dose.
1.88/16=0.11 grams instant coffee/ 1/16 slightly rounded teaspoon, so you need about a half of and 1/8 teaspoon. Again very rough calculations,feel free to check my math.
Now I have to wonder if it is a good idea to block these receptors with large amounts of coffee during the day for years and years.
PS: I have not yet found the mg of chlorgenic acid/gram of instant decaff coffee,the source I am using seems to indicate that both kinds of instant coffee caff and decaff contain the same amount of chlorogenic acid.
http://www.realdose.com/wp-content/uploads/2011/07/Green-Coffee-Thom-E_J-Int-Med-Res-2007.pdf
Here is another reference indicating between 4-10% chlorgenic acid in instant coffee, which would equate
to between 40-100 mg/gram instant coffee. So if the particular coffee has 100mg chlorgenic acid/gram coffee then we need to take about 40mg coffee,.04 grams which is less than we can measure easily.
So if we dissolve 1 slightly rounded teaspoon coffee and bring it to 100 milliliters total volume then we have
1.88g/100 ml, or .0188g coffee/ml. So 0.04/0.0188=2.1ml of this mixture to get 40mg of coffee,giving us 4mg of chlorgenic acid. This in the case of high chlorgenic acid in the coffee. So the actual dose of coffee is in the range of around 40-110 mg,for an average or high amount of chlorgenic acid in instant coffee.
If the coffee has a low amount of chlorgenic acid then need somewhat more coffee.
For now will stick to the 1/16 teaspoon dose.
By the way coffee enemas are dangerous.
http://www.nature.com/ajg/journal/v105/n1/full/ajg2009505a.html
Old Mike
Post Edited (Old Mike) : 4/15/2012 1:03:18 PM (GMT-6)