Some common painkillers interfere with B12 absorption
NSAIDS are Non-Steroidal Anti-Inflammatory Drugs that can damage the stomach, causing reduced vitamin B12 and magnesium absorption.
When NSAIDS damage your stomach they make it hospitable to h.pylori, a spiral bacterium that burrows into your stomach lining and begins shutting off stomach acid production.
You need stomach acid to release vitamin B12 and magnesium from food. The less stomach acid you have, the more attractive and hospitable your stomach lining is to h.pylori. As the h.pylori population grows your vitamin and mineral absorption dwindles.
With NSAIDS and malabsorption you can eat foods rich in vitamin B12 but get no benefits from the vitamin whatsoever.
Ibuprofen is an example of an NSAID
7/25/2015 ~ I’ve used a lot of Ibuprofen over the years. When I learned about Serrapeptase, a natural anti-inflammatory, I began using Serrapeptase and found I needed far less Ibuprofen, nevertheless I still use one or two Ibuprofen a day. But given what I’ve learned, that must change.
Merck has the following to say about NSAIDS (non-steroidal anti-inflammatory drugs), which include Ibuprofen:
“NSAIDs promote mucosal inflammation and ulcer formation (sometimes with GI bleeding) both topically and systemically.”
Increasing the h.pylori population in your stomach is an example of NSAIDS promoting “mucosal inflammation”. Further, h.pylori causes peptic ulcers leading to stomach cancer.
A bit technical but worth knowing
Because NSAIDs like Ibuprofen reduce Prostaglandin production, you need to know a little about Prostaglandins to understand the damage NSAIDs do.
Prostaglandins are fatty acid compounds with hormone like effects. The two main Prostaglandins or fatty acid compounds are powerful, locally acting vasodilators. They widen blood vessels by relaxing smooth muscle cells in vessel walls. Relaxed smooth muscle cells, and the better blood flow they create, contribute to reducing inflammation.
Some Prostaglandins inhibit blood clotting. Ischemic strokes happen when a blood clot (thrombus) or a fatty deposit blocks an artery supplying blood to the brain.
Given that strokes run in my family I’m shocked I didn’t know I was courting a stroke by using so much Ibuprofen.
When you aren’t using NSAIDS, the walls of your blood vessels happily synthesize adequate amounts of these essential fatty acid compounds (Prostaglandins) which function in preventing dangerous clots. Interestingly, the same Prostaglandin may stimulate a reaction in one tissue and inhibit the same reaction in another tissue. How these fatty acid compounds work depends on the type of receptor they bind with.
NSAIDs reduce natural bicarbonate production
The minimal Prostaglandin background above shows that by decreasing Prostaglandin production, NSAIDs reduce gastric blood flow. Less blood flow reduces HCO 3 (bicarbonate) secretion and decreases cell repair and replication. Thus, the more Ibuprofen you use, the more Tums you need in order to make up for the decrease in natural bicarbonate production.
NSAIDS, cellular damage, heart attacks, and strokes
Because NSAIDs are weak acids and are non-ionized at gastric pH, they diffuse freely across the mucus barrier into gastric epithelial cells, where H+ ions are liberated, leading to cellular damage. To avoid this problem some NSAIDS have been developed that produce fewer adverse stomach problems.
However, the NSAIDs that result in fewer gastric ulcers tend to result in more heart attacks and strokes, as were seen with the use of Vioxx which was taken off the market after 27,000 adverse reactions to include deaths.
Back to NSAIDS and malabsorption
NSAIDs and H. pylori disrupt normal mucosal defense and repair. For example, your stomach lining/mucosa, becomes more susceptible to acid. As a result, H. pylori infection (see Helicobacter pylori Infection) is present in 50 to 70% of patients with duodenal ulcers and 30 to 50% of patients with gastric ulcers. If H. pylori is eradicated, only 10% of patients have recurrence of peptic ulcer disease, compared with 70% recurrence in patients treated with acid suppression alone. NSAIDs now account for 50% of peptic ulcers. Merck Professional Manual on NSAIDS
I forget whether I stopped using Ibuprofen the day I began this page, or the next day. But either way, I have stopped. Except, Ibuprofen apparently lowers rates of Parkinson’s disease.
Ibuprofen lowers rates of Parkinson’s
Some very interesting research links lower rates of Parkinson Disease with Ibuprofen use.
Adults who regularly take ibuprofen are 38% less likely than nonusers to develop Parkinson’s disease, and the risk further decreases with higher frequency and duration of ibuprofen use. Regular use of ibuprofen is associated with a significantly lower risk for Parkinson’s disease than is use of aspirin, acetaminophen, or other NSAIDs, according to the results of a study published in the March 8 issue of Neurology.
So, when I find myself trembling from the stress of dealing with Wells Fargo’s foreclosure action (since they didn’t serve me, which is a denial of due process, everything Wells Fargo does now makes me uneasy, as if there’s some element of trap in it) I take an Ibuprofen and find the trembling stops.
Stimulating metabolism, lowering pain
Each morning I now make it a point to walk around my garden. That’s about the distance of a lap in an Olympic size pool. The walking stimulates my metabolism as well as limbering my muscles. I also walk the entire length of my house a couple times when I go to or from the kitchen. My house isn’t large, but the additional distance, again about the size of a big swimming pool, increases my circulation. Overall I had less pain or discomfort of any kind yesterday afternoon than in at least a year.
Also, I ordered bulbs for my salt lamp. That’s because research I did shows that negative ions, like those produced by Epsom salt baths, pine forests, thunderstorms, heated salt lamps, etc. reduce Serotonin levels. That’s important because Serotonin increases the sensation of pain.
I’m not sure I should leave the salt lamp on overnight. It seemed to make me feel less sleepy, or, I could simply have been excited about it.