This isn't theoretical-NHANES cohort data reveals that high red blood cell folate levels driven by synthetic folic acid (your government mandated enriched foods) are associated with a 🤯32% increase in cardiovascular mortality and a 😱25% increase in all-cause mortality in older adults with preexisting heart disease!
This excess synthetic folate in your food (and supplements+energy drinks) competitively blocks MTHFR and DHFR, creating a drug-like "pseudo-MTHFR deficiency" in people with COMPLETELY NORMAL GENETICS.
Leading killer in the US?
HEART DISEASE
STOP FORTIFYING OUR FOOD
🔥Folinic acid for heart disease🔥
Study here:
https://t.co/qPn339ltlW
Poor methylation and the brain:
- 4.5x odds of autism when mom carries MTHFR TT and skips prenatal vitamins (PMID: 21610500)
- 39% lower autism odds with folic acid around conception (PMID: 23403681)
- 2x Alzheimer's risk with homocysteine above 14 (PMID: 11844848)
- B vitamins slowed brain shrinkage 53% when homocysteine was high (PMID: 20838622)
Ive been proven wrong myself- i am homozygous c677t and folinic acid is better than methylfolate. Way better. And i think the adenosylcobalamin is superior as well. Methyl is tough when we are clogged, couldnt take over 2mcg for over 15 https://t.co/ZHMGq8wuZV reduced normal shit. Love all the other stuff. Homocysteine will go down without tmg if u just eat organic and stop the fortification
@DaneDe4orest Dane this is pretty awesome to me no ones ever showed me this. Husband controls 99.99999 percent of finances, im in idiot world. Excuse me while i get a little excited.
@hot_cocoa_girl Its because we left our bodies we cant feel anything anymore, numb, literally stuck in fear. Usually accompanied by drug/alcohol use in my opinion.
@JillSolvolver Theyre making it easy to find sell outs. What kind of person with so much public influence thinks its a good idea to push a new drug ever? New drug? Wait dude. U wait and watch.
Biofilms are becoming hardier than ever, meaning your basic NAC and serrapeptase biofilm busters are barely cutting it,
Even worse previous failed antimicrobial or antibiotic attempts make these even harder by upregulating resistance genes.
So what on earth can you do?
My approach? Hit em where it hurts, every angle possible.
- Serrapeptase or Nattokinase for dissolving biofilm proteins
- N-acetyl Cysteine to break down the repellent disulfide bonds
- EDTA and Lactoferrin to cut off and destabilise the mineral sources they need to build
- Monlaurin to disrupt the lipid membranes and prevent adherance
- Quercetin to lower gene expressions that form biofilm and resistance in the first place
- Bismuth thiols to penetrate the biofilm and reduce their exopolysacharide armour by up to 90%
- Alpha-amylase to dissolve sugars in the biofilm matrix
You literally don't give biofilms a chance when you hit them from all angles of their existence,
Pair with a decent antimicrobial stack and it will be wildly more effective.
Going to throw a link to my personal progress tracking tool in the comments, if you're not sure if what you're doing is working or just want to track and course correct it'll make the whole process vastly easier.