I want to add more to this for the search engine to catch.
I have done four OAT tests, 2015 (Organix), then 16, 18 and 19 (Great Plains)....and all showed that I don't break protein well...but didn't catch the significance at first. I was doing all these OATS because I had debilitating fatigue when I was detoxing heavy metals in 15 and 16--far worse than I saw anyone have from detoxing. Even when I wasn't detoxing, I would crash easily. And had two bouts of bad candida, then a new bout with aspergillus that was revealed in the 2018 OAT.
These OATS also said I was breaking down fats well.
FINALLY--found out in Fall 2018 that I had a gallbladder problem...specifically, I was producing practically NO BILE. I got on Bile in early December. And voila...my January 2019 OAT showed that just doing that
had turned 21 results on the OAT around, which included some mito-related problems, fat-related problems!! I was shocked.
But something was still there--the protein issue. I still wasn't breaking it down well. i.e. I compared my 2019 OAT with my 2016 OAT--the latter was the year I was EXHAUSTED BEYOND BELIEF when detoxing high copper the second time, and when I had my first HORRID crash when not detoxing, simply from lifting heavy boxes. And here are two results which were similar on both, and stated to be related to Glutaric Acidosis:
1) High 3-Hydroxyglutaric 6.6 (<6.2) related to Glutaric Aciduria Type II, of which a symptom is not breaking down protein correctly.
2) High ethylmalonic 3.2 (.44-2.8) related to Glutaric Aciduria Type II Suggested supps: high dose B2, glycine, carnitine, CoQ10, low protein and fat. B2 is the most promising treatment, up to 400 mg. .
Also, the 2015 OAT (which was by Organix and which I did during my first high copper and lead detox) showed high Indican, also related to poor protein breakdown. But they blamed it on having excess bacteria.
So I did research this year on genes related to
Glutaric Acid Type II. And the only homozygous snps were for the gene
ETFB:
1) rs12985380--no impact on protein breakdown, says another string in this forum
2) rs3786629
3) rs11084071
4) rs3786625--NO impact on protein breakdown, says another string in this forum
Livewello says they are "associated with" the below, but not necessarily with the snp.
Glutaric Acidemia Type Ii
Glutaric Acidemia Iib
Glutaric Acidemia Iic
Glutaric Acidemia Iia
Lipid Storage Disease
Neutral Lipid Storage Disease
Systemic Primary Carnitine Deficiency Disease
Multiple Acyl-Coa Dehydrogenation Deficiency, Mild Type
Multiple Acyl-Coa Dehydrogenation Deficiency, Severe Neonatal Type
I had already been on high dose carnitine for a good two years. Didn't change a thing. I am now on B2, still on a lower dose of carnitine, and getting glycine from using protein powder.
So here's the deal: when you read about
Glutaric Acidemia Type Ii, it says
you can't "break down" protein well for your mitochondria to use. So I am currently theorizing something and trying it. If I can't "break down" protein well for my mito to use,
what if I took already broken down protein in the form of protein powder. I read about it, and got a Hydrolyzed Whey Protein Isolate. It's non-GMO, 100% grass fed.
Now I first just used one scoop to equal 25g of protein. I did feel better for almost a week. But...after a day of activity in the house and feeling really good....then walking 1/2 mile, I crashed royally after that walk. Damn. Sooo sleepy and fatigued. Same the next day---awful deep fatigue. I'm on the third day as I'm writing this.
So, I got the following information and have numbered it all for better reading:
1) The RDA for protein is .36 to .8 gms per pound of your body weight. I weigh 130 lbs, so for me that would mean I need 46.8 gms to 104 gms.
2) One scoop of the above product (which I researched well) is 25gms of protein per scoop (out of 31.3gms total per scoop as a serving). So if I went by the 104 gms, I would need four scoops. i.e. far more than that one scoops I was on.
3) On the other side of the coin, fitness experts say we need 1-2 gms per pound of body weight. For me that would be 130 - 260 gms a day. That would mean 4 - 8 scoops a day! Because I don't break down protein well, I figured I'd follow the fitness expert recommendation.
So whatever the answer is, it appears I would need far more than one scoop a day! But here's more....
4) The maximum rate that whey protein can be absorbed is about 8-10 grams per hour. So....50 grams / 10 grams per hour = 5 hours
That implies that we might need to supplement protein in these drinks all day long.
5) But there's more: The conclusion of the article states that it's "evident that higher doses of whey protein are better absorbed if you take digestive enzymes at the same time. When you do this, you get higher amino acid levels in your blood, so that you have more available to your muscles and other tissues, which is pretty much the whole point of drinking whey – to make amino acids available to your body."
BINGO. Take higher amounts than one scoop (based on your body weight) and always take with digestive enzymes. All the above comes from this:
https://www.precisionnutrition.com/rr-whey-too-much
So...in my crashed state,
I started yesterday with four scoops plus digestive enzymes, to equal 100g of protein. It didn't make much of a difference, but I get the impression that once you have already crashed, it takes time.
Today, I am working towards five scoops to equal 125g of protein. So we'll see how this goes.