SIBO - Page 2

Solving the Medically Unsolvable: Thiamine, Oxalates, and Other Complicated Health Issues

58.4K views

Welcome to a very complex tale of connecting dots between life long symptoms and a current state of severe food intolerances and vitamin deficiencies. Outside of the food safety zone, my symptoms become so severe that I cannot function. Within, there are some symptoms but very tight regimes of high maintenance food prep, supplements and lifestyle strategies keep life manageable, gratefully, without medications.

I learned how to keep these symptoms under control through health groups on Facebook, not a place one would expect to find health answers, but when doctors fail, patients like me are left with little recourse. We either remain ill or we figure it out ourselves. It seems there are many of us in the same situation, saddled with complex conditions for which doctors have little input. Modern medicine seems to have little to offer in disordered energy metabolism (affecting every system), ailing mitochondria, and vitamin deficiencies. My doctor trained in GI disorders missed the fact that my gut was causing migraines for the same reason my neurologist did, compartmentalization. Neither considered mitochondrial dysfunction. Neither considered thiamine or other nutrient deficiencies. I had to figure that out myself.   

Early Childhood Memories: Longstanding Symptoms

As a little girl there was no need for me to speak because I got everything I needed through my sister. This resulted in a spell at Easter Seals, an institution for those on the autism spectrum. When I hear of delayed speech in children today I think, “Oh, the Feingold website and diet”. Delayed speech, hyperactivity, red ears or flushing—a low salicylate diet can help. I wish my mom had known about the Feingold organization, but they didn’t yet exist.

During gym class, my teacher running cold water over my wrists in the bathroom to try to turn the color of my face back to a lesser shade of crimson. An EKG revealed nothing and I was told to drink more fluids.

There was also walking and talking during sleep and then the dreaded sleep paralysis. I had a fabled allergy to a chocolate Easter basket. Then dyslexia showed up when I first tried to draw my letters.

In school, I struggled to hide my loud stomach gurgles and painful hiccups. Semi regular digestion disasters ruined some special occasions, but all was still under the radar. Painful calf muscle cramps were in the middle of the night, so no one knew and they wouldn’t have been recognized as a mineral deficiency anyway. As an adult my calf muscles were extremely tender to the touch, which, I now know, points to thiamine deficiency.

The most obvious harbinger of future troubles was motion sickness. Struggling to not barf in the back seat of our station wagon. Should I look at my coloring book, at the road, at my legs? Those symptoms haven’t changed in 40 years, I noted on a recent windy drive up to Kings Canyon. That same reaction, tunnel vision, dizziness, and nausea, has been triggered for me on perfectly level ground. It comes from chemicals called amines found in common foods such like bananas.

Persistent and Increasingly Complex Symptoms in Adulthood

Alcohol Intolerance and Arrythmia

I often witnessed my intolerance to alcohol, but didn’t think of it as a symptom. That facial flushing happened multiple times every day and it was impossible to pinpoint all the triggers until I learned about histamines. It didn’t actually hurt, but left me exhausted, because along with it came “The Throb”. This is a feeling of my heartbeat all over the upper half of my body, but different and with a broader reach than my usual variety of heart arrhythmias. I remember a physical therapist refused to work on me until I saw a doctor because my carotid artery was pulsing so visibly that it scared her. The ultrasound came back normal. I still have the throb intermittently everyday and now I understand it, like disordered sleep, to be a symptom of dysautonomia, another sign of thiamine deficiency.

Post Food Coma

I used to fall asleep while driving, always post-snack. I fell asleep while talking to my fiancé’s parents—after a meal of pizza. If I were to eat dairy right now, I would be asleep within 30-40 minutes. Unlike a nap, it feels like I have been drugged. Richard Deth is the doctor whose studies showed why casein and grain-free diets work for the autistic population, and thus, many in the chemically sensitive population as well. It has something to do with peptides crossing the gut barrier (leaky gut) and hitting opioid receptors. I trusted that his research spoke to my symptoms when a Google of opioids showed somnolence and constipation are the first two symptoms. There are other competing theories, though. That thiamine deficiency has created a state of hypersolomnence well described in this article due to pure lack of ATP. It has also been suggested that I’m so low in B2 and B12 that I can’t make melatonin, so one hit of dairy is a shock and the newly created melatonin suddenly makes me sleep. I’m not sure how that could tie into the constipation, though. Yet another connection to my known low folate status is that cow’s milk down regulates folate receptor autoantibodies (FRAs), so going dairy free is very important. It may be that all of these items contribute. Whatever, the cause however, falling into a dead sleep upon eating is not healthy and something I had to figure out.

From High Grain Pescetarian to Low Carbs and High Fat

In an effort to overcome some of my symptoms, in 2010 I went from a high grain, mostly vegetarian diet, to a more primal or Paleo diet. With this diet change, I thought I was finally on the right path to health because so many of my symptoms suddenly disappeared. The one I was happiest to leave behind was a painful condition called Interstitial Cystitis (IC). My skin was perfectly clear for the first time in adulthood. I was less anxious, with no panic attacks or depression like before. I felt full all the time and lost weight easily. I attribute those positive changes to removing grains (for my SLC19A1 glitch), processed foods (my latent salicylate sensitivity) and some improvement in B12 levels (depression) due to the addition of red meat.

Unfortunately, some darker changes were happening that took me years to connect to this diet. Terrible neck and shoulder pain and new insomnia with an “electric vibration” lead me to a diagnosis of spinal stenosis. PMS symptoms and migraines were suddenly more frequent and worse. It took me years to figure this out, but what I finally determined was that I was making and storing a lot of oxalates, the mineralized crystals best known for kidney stones.

This all makes sense to me now in terms of oxalates. Susan Owens, from the Trying Low Oxalates (TLO) group often talks about how IC can be the oxalates “speaking to us” and although painful, it is better that they are moving out rather than moving into cells or into bones for storage. I believe that my body switched from “excrete mode” for oxalates and into “storage mode” due to something about my diet change. It could be that the higher fat content created oxidative stress which started or increased the endogenous production of oxalates that I tested positively for years later. I never would have guessed my bone spur was from nutrition or disordered metabolism. My doctor and I had blamed some unremembered injury from yoga practice. I have a PubMed case study of spinal stenosis with photographs inside the bone spur showing millions of oxalate crystals. When I dump oxalates, and when I am not doing well in general, I have right side nerve pain (the side of the stenosis) that could additionally be demyelination from low B12. I’ve found topical magnesium is magical for this, thanks to the TLO group.

The increase in PMS symptoms was also oxalate related. I had always come down with IC right before my period and it makes sense that the body would take advantage of the cyclic aspect of menstruation to ditch oxalates and many other TLO group members confirmed this experience. I recognized all my PMS symptoms in a TLO file about the variety of ways our bodies “dump” oxalates.

2012 1st Health Crisis: SIBO, Migraines, and More

After 6 years of eating “Primal”, I moved out of state and had a disabling increase in migraines, insomnia, flushing, dizziness, light sensitivity, fatigue, and heart palpitations. Doctors and normal test results were not helpful. I ended up on low dose Amitriptyline (a strong antihistamine), which put my sleep back in order and allowed me to work again. The worst of the problem was solved until I learned that anticholinergic has the word choline in it, so this drug is terrible for the mitochondria. This 3 year long mistake is so typical of what can happen when laypeople have to take charge of their own health.

Another diet-induced problem: After years of eating like this, I was only able to go to the bathroom once every 5 days, with tears in my eyes. I saw myself in a description of SIBO—Small Intestinal Bowel Overgrowth. A GI doctor agreed and I tested positive. I found thousands of people on SIBO Facebook groups not getting better with antibiotics, so I waived off his recommendations. Reintroduction of potatoes and supplementing with resistant starch corrected the problem—thanks, Internet. If only I had read Paul Jaminet’s warning about low carb diets years earlier. Later, I noted that my GI doctor’s recommendation of Miralax for constipation would have made me so much worse, as it contains polyethylene glycol, a derivative of ethylene glycol, the main ingredient in antifreeze, and a quick way to fill your body with oxalates.

At this time though, I had no idea what histamine, oxalates or salicylates were. I had tried a food journal for migraines, but my neurologist told me to only watch for cheese and wine. Well, there are a whole lot more foods than that in a histamine foods list, not to mention other chemical categories. Foiling my journal attempts was also the bucket theory. Once emptied, by a migraine for example, I was able to consume high histamine foods without any problem. It is the build up over time that leads to the bucket “spill over”. Hence, my pattern of fine health and digestion at wedding rehearsals, but then sick at the actual wedding the next day—my bucket had filled.

I was eating very “clean” and I thought healthfully. I enjoyed avocado, cactus paddles, eggs, onions, bell peppers spinach, sausage etc. for breakfast. Assorted root vegetables roasted in duck fat. 2 iced coffees per day. Snacks of Greek yogurt with fresh berries and local dates. Sweet potato roasted in orange peels, braised meats, dark chocolate and nuts. Ninety percent of my food was homemade. I always had frozen homemade soups and chili on hand plus I dabbled in fancier recipes from magazines. Although I had cut out grains and processed foods, the variety I was eating and my cooking skills were growing every year. In the next three months, my out of control reactions would cause me to take a quick but deep slide down the elimination diet rabbit hole, and land with only 12-15 safe foods.

The 2015 Crash: Salicylate Sensitivity, Tinnitus and Migraine

With the notion that my migraines, flushing and stomach gurgles were tied to the SIBO, and that natural antimicrobials were safer than antibiotics, I embarked on a high dose oil of oregano (a high salicylate) treatment to kill the SIBO with a Registered Dietitian. I can’t blame her, as neither of us knew that my previous occasional ear ringing and swollen eyelids were signs of latent salicylate sensitivity, nor that it was common in those with early speech delay. I had a terrible time on the oil of oregano, but stuck with it through the abnormally long protocol, because I was told to expect symptoms of “die off”. That period was like one long migraine with breaks only for prodromes, in which tiny flashing lights in my peripheral vision combined with distinct feelings of disassociation. I was poisoning myself, taking in chemicals that my body could not detoxify quickly enough. During the last week of treatment, I connected one stomach reaction to a high histamine meal and read everything I could about Histamine Intolerance. Immediately I stopped eating all high histamine foods and began to take supplements known to help—vitamin C and quercetin. I stopped the Amitriptyline once I read that it suppressed DAO production, an enzyme that degrades histamines. I continued to eat dates and raw honey until I tied the honey to another massive migraine (salicylates). A dear stranger on the Histamine Group pointed out to me that tinnitus is usually a salicylate symptom and not a histamine symptom.

I joined the salicylate group and started lowering salicylates in my diet. It seemed impossible to tell what I was reacting to. I stopped all supplements, I quit all caffeine and started eating from the “Fail Safe” diet lists. I changed all personal care products to salicylate-free. This started to calm my system down. The thing they don’t seem to know or mention at the Failsafe is that when you start dropping foods and you don’t know that you have an oxalate issue then you can accidentally trigger an oxalate dump, which can be very dangerous.

Now the high dose vitamin C was kicking in and creating more oxalate problems, as it can convert to oxalates in the body within two weeks. My body was out of control. Ears were ringing off the hook. The “throb” and abnormal heart palpitations were magnified 10 fold. I was in a 2nd full blown health crisis, unable to work. Sleep, migraines, palpitations, tinnitus became unbearable. The ear pressure felt like my ears were blocked. After a 6 year hiatus, my painful IC was back every evening.

The quercetin, a methyl donor, had been building up as well. The worst night I woke every 40 minutes or so throughout the night from night-terror-dreams with my heart pounding so strongly that it made me feel nauseous. I had one strange day where my throat tightened up, but a cold never developed. I dropped and broke three plates and two drinking glasses in 3 days. I experienced high anxiety and could not drive on a freeway. I had to go through this type of experience two more times before I learned that it was due to methyl donors. The last time it happened, I burst a blood vessel in my eye. A hard-won PSA: you can potentially stop a methylation crisis with Niacin.

On April 30th, I saw an ear/hearing/allergy specialist who said my hearing was still good, and to see my neurologist about the tinnitus. I did two things that turned the sinking ship around that day. I ate a meal of all high ox foods, which stopped my giant ox dump. The nightly interstitial cystitis symptoms disappeared. Second, I restarted the Amitriptyline and finally began to stabilize and sleep through the night.

Post Health Crisis

This is what I have learned so far:

  • If I eat or touch high salicylate plants, my ears get short bursts of ringing plus a different type of tinnitus at night—pulsatile, so that I cannot keep my head on the pillow. I also get swollen eyelids with dark circles underneath. It can quickly turn into styes and blepharitis. Before I learned how to control it with diet, I got peeling lips, watery, itching and red eyes, excessive thirst, and feelings of dissociation before migraines. Also, insomnia and inner ear drainage feelings.
  • If I eat high histamine foods I get migraines as well as stomach bloating and loud gurgles followed by hiccups, light sensitivity, heart palpitations, stuffy nose during and after eating, and dizziness upon bending over. From some chemical smells I get a spot on the back of my neck that will start itching like crazy. The same spot I scratched as a child. I found my chronic low blood pressure to be associated with migraines as well.
  • If I eat high oxalate foods I get a return of the interstitial cystitis and dramatic muscle cramps.
  • If I eat dairy I either fall asleep or suffer severe brain fog within 40 minutes, plus constipation the next day. If I eat it consistently, the interstitial cystitis returns, I think due to fat malabsorption.
  • If I eat white rice or raw fish, I get sciatica pain at night, due to the drop in thiamine. (Interesting that German doctors systematically prescribe thiamine for sciatica pain)
  • If I eat fruit or any simple sugars, I get bloating and stomach gurgles. This could be a result from the simple sugars “popping” thiamine out of cells.

“The Killer Strategy” and Another PSA

I returned to my GI doctor for help, thinking that SIBO was the root of all my food intolerances. Begrudgingly, I took his antibiotic, the standard for SIBO treatment. My last appointment with him was the day he recommended a second round of Rifaximin after the first had left my test numbers 4 times worse.

The risk with antibiotics is that each time a round is taken, good bacteria that help produce thiamine and other vitamins, get wiped out with the “bad”. What if in SIBO, the bacteria are moving from the large intestines into the small to help us? Maybe they are sent to help digest our foods because our vitamin levels are not sufficient enough? Susan Owens regularly cautions our group,

“Please remember that these microbes compete for turf and form alliances. Antimicrobials do not understand or honor those distinctions and right now we are at a place of profound ignorance.”

We do know for a fact that certain antibiotics will wipeout a specific bacteria that helps us degrade oxalates. From the TLO group, here is the list of antibiotics to avoid if you want to keep your Oxabolactor Formigese bacteria alive and degrading oxalates for you:

azithromycin, ciprofloxacin, clarithromycin, clindamycin, doxycycline, gentamicin, levofloxacin, metronidazole, tetracycline and nitrofurantoin.

Most of these are quite common. I’ve taken multiple rounds of at least four of them.

A Different Framework for Treating Complex Illness

After the failed Rifaximin treatment, I thought that if I could stop the endogenous production of oxalates, (for which I had tested positively), then I could get salicylates back. Since both ride the transsulfuration pathway, it seemed logical that oxalates, a toxin, could bump salicylates off that pathway and leave my body with a salicylate overload. Oxalates also trigger the inflammasome, which could explain my histamine symptoms. So enthusiastically, I embarked on a B-vitamin supplement protocol prescribed by an experienced practitioner based on my OAT test results. At the end of that long, bumpy and educational journey, I was still only stable enough to work, and having to walk the tightrope of restrictions plus ongoing symptoms that never resolved.

Still Searching…

Dr. Derrick Lonsdale’s work on Thiamine Deficiency (TD) had always been a part of the conversations at TLO because deficiencies in B6 and/or thiamine will cause the body to produce oxalates. That is definitely one piece of my puzzle. My many out of range plasma amino acid markers attest to this, plus OAT test results. Another piece, the genetics angle, made sense to pursue since I had experienced many of my symptoms intermittently since childhood.

I met with genetics counselor John Cantanzaro. He told me to never eat grains because I was homozygous for SLC19A1. The meaning of this genetic glitch is that I am deficient in folate (vitamin B9) and thiamine (B1) due to a transporter defect. I have so very many symptoms attributable to thiamine deficiency that I am not deterred by lack of testing. As close readers of this publication know, there is no accurate way to test for thiamine in the US because the all labs have stopped offering the transketolase test. (As of this writing, it is available in Barcelona, but good luck finding someone to interpret, I am told.)

A potential second genetic puzzle piece has also been found. The brilliant scientist and researcher Susan Owens, owner of the TLO group, has pointed out that four other SNP’s in the SLC family could also create thiamine transport issues plus many other problems pertinent to my situation. SLC’s 22A1, 22A2, and 22A3 move around neurotransmitters like serotonin and dopamine, choline and acetylcholine. Perhaps that is why I have only been asleep between 3 and 6 am a handful of times in the last few years. They also are important in immune function, regulating T cells and B cells. Perhaps that is why I have fluctuating but distinct symptoms of Babesia (faux bruising, sweating, angiomas). These transporters are related to salt intake and regulation, possibly explaining my life long salt cravings, need to pee and drink water with abnormally frequency. What really got my attention was that these transporters also move salicylate and are related to how histamine and stomach acid are handled.

It seems there is currently no test for these transporters. There is also no other competing hypothesis for why anyone would have all three chemical issues—histamine, salicylate and oxalates. There is no currently practicing M.D. who can help with this, but there are plenty of us on the FB groups who have all three. It can be very disturbing for me to witness people constantly entering the groups, with signs that they have no idea what is in store for them. Some fare better than I did, finding stability after only eliminating that one category. For most of us though, it becomes a frenzied learning journey, trying to read fast enough to keep up with our changing symptoms and to not make things worse accidentally by doing the wrong thing. There are some who end up in the hospital with anaphylaxis. Others from dumping oxalates too fast–which is potentially fatal and the hospital staff would never able to recognize what was happening. I am still not sure what type of medical ID tag I need to warn my future caretakers in case of an emergency: “No vitamin C, no salicylic acids, no benzos, no Tylenol, no “biologicals” (vaccines), etc, etc.”.

How To Fix SLC19A1, the Broken Transporter?

Lately, I have started spacing my thiamine supplements further apart, thinking that if the transport is limited then I need to load the bus more frequently with smaller amounts. I also space my B6 apart from thiamine in case one inhibits the other. I recently trialed choline and finally found a crack in the relentless insomnia. Sadly, it led to some over-methylation symptoms. For thiamine support, I eat no simple sugars, including fruit, and no diuretics or processed foods. I even gave up lentil pasta for fear thiamine would get lost in the cooking water. Additionally, bicarbonate, rutin, no D-ribose are avoided. Do I need manganese? I don’t know how to overcome the transport problems and get the vitamins into my cells. I found a mitochondrial doctor, but he charges $800 for a 1 hour visit and does not accept insurance. A local naturopath is willing to give me IV, but that seems like too much at once for the transport theory. He said an injection into muscle would last longer than IV, but are there any examples of success with this theory? I am also currently pursuing the genetics angle with a Whole Exome test whose price has recently come down from outer space.

More Dietary Approaches

In 2016, I decided to try eating the opposite of what I had been eating, so in addition to my food restrictions, I went high carb, low fat vegan. Again, there were good and bad changes. My triglycerides fell from over 300, out of range high to out of range low (indicative of thiamine deficiency). They rebounded to within normal range when I reintroduced lean meat. The keratosis pilaris on my upper thighs disappeared. But I lost too much weight, which also corrected with a reintroduction of lean pork and eggs. I tried to reintroduce low oxalate grains in June and that resulted in a week and a half of drenching sweats every 20-40 minutes both day and night as well as losing my period.

Lately, I’ve been encouraged to take a hard look at B2, B12 and iron. Test markers show them all low in spite of high supplementation and my brief stint at veganism surely did not help. A ferritin of 20, within range on my Quest report, is actually very deficient and 70 is my new target level. To raise B2, I need selenium, iodine, molybdenum and iron. For all of this, I am to dramatically increase fish and liver in my diet, plus add more molybdenum, Brazil nuts (carefully, as high oxalate) and slowly titrate in methyl B12 topical oil, then retest plasma and OAT in two months.

The roots for this plan are found in two excellent websites. This one on B12 and another here on dementia. Here my known deficiencies in iron, B2, thiamine, B12 and folate, my sensitivity to methyl donors, my out of range low 3-mehtylhistadine (muscle wasting) and my high markers for succinic acid and citric acid (wasted energy) are all described as precursors to dementia.

Have you seen the movie “The Dallas Buyers Club”? Matthew McConaughey’s character seems entirely relatable to me in his need to operate so far outside of the traditional medical system to find help. Not one of my traditional doctors, requested the tests above. I had a doctor tell me my sleep issues were from never adjusting to the time difference from Chicago to LA. I had an eye doctor tell me that there were no dietary interventions for chronic blepharitis, although it is a symptom of both salicylate sensitivity and thiamine deficiency. Before I tested positive (3 times) my main doctor told me SIBO only happened to people who had stomach surgery. I’ll stop there.

This tale ends with deepest gratitude to my “team” for sharing the maps above and how my symptoms and markers could connect to it. These people have never met each other, nor me in person. Amazingly, most have been free of charge, but required an enormous amount of time, digging and learning to find.

Susan Owens and the moderators at TLO; Chandler Marrs, who connects so many of us to Dr. Lonsdale’s work through this brilliant publication and her work on FaceBook groups; the many strangers and friends on FB who have responded to my questions and shared their insights at crucial times along the way; Tim Steele; John Cantanzaro; Donna Johnson; Dawn Tasher; local naturopath Dr. Simon Barker, the Salicylate Sensitivity FB group, wonderful websites like the Healing Histamine and the many brilliant patient/researchers at Phoenix Rising. Thank you!

We Need Your Help

More people than ever are reading Hormones Matter, a testament to the need for independent voices in health and medicine. We are not funded and accept limited advertising. Unlike many health sites, we don’t force you to purchase a subscription. We believe health information should be open to all. If you read Hormones Matter, like it, please help support it. Contribute now.

Yes, I would like to support Hormones Matter.

This article was published originally on October 11, 2017. 

The Thiamine Connection: From POTS to Wernicke’s and Everything in Between

30.1K views

Cushing’s Syndrome With a Pituitary Tumor

As a pharmacist, I always believed I had a good handle on most health conditions and the proper steps for diagnosis. It wasn’t until my daughter became very ill in 2014 that I would learn that not all conditions are so simple. After many months of dealing with her mystery illness and through much study, I came upon Cushing’s Disease, which is a condition of excess cortisol production. All of her symptoms seemed to coincide with this disease. She had insomnia, central weight gain, substantial stretch marks, a buffalo hump, flushing, anxiety, difficulty concentrating, muscle weakness, constipation and diarrhea, extreme fatigue and several others. However, her labs were not so clear cut. After two months of rigorous testing and a confirmation of a pituitary tumor on an MRI, she had a diagnosis and a surgery date.

At first, her surgery seemed to be very successful. Her anxiety, flushing, and fatigue went away. Stretch marks stopped appearing and the old ones began to heal. She showed improvement for awhile, and then her health began to decline again. Some of the old symptoms were returning. Then, she developed new symptoms similar to what are seen in the condition referred to as POTS, or postural orthostatic tachycardia syndrome. She had low blood pressure, orthostatic hypotension, temperature dysregulation, and many others. Her pathology report had always troubled me since her surgery and I wondered if the excess cortisol production was actually due to an underlying stress not yet identified.

As I began my journey into functional medicine, I became more aware of the microbiome and what a vital role it can play in our health. I studied small intestinal bacterial overgrowth (SIBO), small intestinal fungal overgrowth (SIFO), and dietary induced vitamin and mineral deficiencies. Each of these areas were clues that I needed in order to put together all the pieces of this incredibly intricate puzzle.

Maybe It Was Thiamine Deficiency

It was not until I came upon a book entitled “Thiamine Deficiency Disease, Dysautonomia, and High Calorie Malnutrition” that all the pieces really started to fall into place. Could a thiamine deficiency be the underlying cause for all of this? I began to wonder if it was not just the surgery that improved her health, but also the IV of vital nutrients that maybe her poor body was unable to absorb. Magnesium is always given prior to brain surgery which activates thiamine into its active form. And, I’m sure her IV nutrition would have contained vitamins such as thiamine. This would have explained some of the improvements we saw that seemed to have no explanation.

We started a regimen of high dose thiamine along with a stronger gut healing protocol for SIBO and SIFO. I wanted to make sure we alleviated any issues that could cause malabsorption of thiamine. Within 3 months on thiamine, my daughter’s lab work improved dramatically. For the first time, she had normal levels of platelets and serum calcium. Also, her cholesterol dropped 35 points and was finally within normal range. Many other markers of concern also showed great improvement. She also had no more symptoms of POTS. Finally, I had found my answer.

I became obsessed on obtaining as much information I could about this deficiency. I researched the mild to severe symptoms and how this nutrient deficiency was prevalent in so many disease states. At this point, I had no idea that this information, which was helping my daughter, would prove to be life-saving knowledge for my grandmother.

Acute Onset Wernicke’s Syndrome In a Hospitalized Elderly Woman

I faced my worst nightmare recently, watching my 90 year old grandmother undergo a descent into severe thiamine deficiency. She has been in the hospital for a bad fall that fractured several ribs and gave her a lung puncture. In addition to the infection from the lung puncture, she had a UTI and then developed pneumonia. All of these factors increased her risk of thiamine deficiency due to the infection, which is clearly stated as a source of thiamine deficiency in the literature.

When I finally made it to the hospital, I could see that she had progressed to Wernicke’s encephalopathy. This was absolutely horrifying. She had severe eye paralysis and it was as if she was looking straight through me. She could not focus her pupils on my face at all. She was able to focus only for one split second and then a tear rolled down her cheek. I literally thought I was going to pass out. I had been studying all the symptoms to look out for in severe thiamine deficiency and now it was staring me in the face. I knew without a shadow of a doubt this was what was wrong, but I wondered “will the doctors listen to me?”

I had asked them several days prior to give her IV thiamine and I was under the impression that they were administering it, but they were only giving her an oral dose of 100 mg daily per the recommendations of one of the physicians. She went into respiratory distress in front of me and I had to agree to let them put her on a ventilator. They wanted to check a thiamine level before giving, and I said that was not always accurate according to studies. I had to beg the nurse practitioner that night to give her something and she agreed to a 100mg injection. I finally saw the doctor the next morning and she agreed to one of the accepted regimens for Wernicke’s Encephalopathy which is 200mg IV three times daily. She agreed that there was no real risk to giving it to her and I was grateful that she trusted my recommendation. I went home and waited for a miracle.

Thankfully, the next day she woke up from this coma-like state. Two days later she was off the ventilator and able to speak with me showing incredible improvement. She has been confused on and off since this incident, but according to studies, this may last for weeks or possibly months. She is 90, so I know this has been very hard on her frail body and her recovery will probably take much longer than a younger person.

Both Chronic and Acute Thiamine Deficiency Go Unnoticed

I hope this was a real wake up call to the staff at the hospital where she is staying. How many other people are suffering from this condition and it goes unnoticed? How many people are dying that could be saved? This is not a rare condition and is certainly not limited to alcoholism. My grandma has not had alcohol in years. She had low thiamine levels going into the hospital, and the infection just pushed her over the edge.

I had prayed for years to determine what could be causing my daughter’s health issues and I believe there was divine intervention that finally led me to thiamine deficiency. To be given this knowledge which is helping to heal my daughter and soon afterward be able to utilize it to save my grandmother’s life is absolutely incredible.

My daughter was suffering from a long term, chronic, mild to moderate thiamine deficiency and my grandmother was experiencing a severe acute deficiency. Both of these can be difficult to diagnose due to the perception that this is a rare condition and typically only affects alcoholics. We need awareness and I am committed to sharing this information with anyone who will listen.

The Progression to Wernicke’s Encephalopathy and Respiratory Distress

We Need Your Help

More people than ever are reading Hormones Matter, a testament to the need for independent voices in health and medicine. We are not funded and accept limited advertising. Unlike many health sites, we don’t force you to purchase a subscription. We believe health information should be open to all. If you read Hormones Matter, like it, please help support it. Contribute now.

Yes, I would like to support Hormones Matter. 

This article was published originally on April 30, 2020. 

The Importance of Stomach Acid: Why Antacids Could Make You Sick

27.1K views

Stomach acid is a necessary and vital part of digestion. Yet, stomach acid has become enemy number one in the United States. We are a nation reliant on our proton pump inhibitors (PPI), acid reducers and antacids. Many think they cannot live without these medications but many of the symptoms of low stomach acid actually mimic those of excessive acid or Gastroesophageal Reflux Disease (GERD). A very common misunderstanding is if you have GERD/acid reflux, you have too much stomach acid. Quite the opposite is true. Low stomach acid will cause the lower esophageal sphincter to remain open, causing stomach acid and contents to reflux into the esophagus.

Jonathan Wright, MD of the Tahoma Clinic in Washington state and author of Why Stomach Acid is Good For You has conducted 25 years of stomach acid testing on a variety of test subjects. Time and again patients suffering from heartburn and GERD almost always had low, not high, stomach acid. He found very few people with excess stomach acid and was found only in a few rare conditions like Zollinger-Ellison syndrome. GERD was hardly ever associated with too much stomach acid.

Though the most common treatment for GERD is a prescription for some sort of acid-reducing medication, it is well accepted in the literature that GERD is caused by an increase in intra-abdominal pressure (IAP). Acid reflux occurs when pressure causes stomach bloat, pushing stomach contents, including acid, through the LES into the esophagus. What may cause this, besides low stomach acid, is overeating, obesity, bending over after eating, lying down after eating, and consuming spicy or fatty foods.

9 Reasons Why Stomach Acid is Important

  1. Kills harmful bacteria and viruses. We pick up viruses and bacteria from our hands, utensils, food, beverages, kissing, etc. Our stomach acts as a gatekeeper for a healthy immune system when our stomach acid kills these buggers. Unlike every other part of our body, a healthy stomach is sterile because the acidic pH kills foreign invaders. Many infections, like c diff and h pylori, can be the result of low stomach acid.
  2. Prevents small intestinal bacterial overgrowth (SIBO). Stomach acid that makes it to the duodenum (the first part of the small intestine) will help combat bacteria that has transiently found itself in the small intestine, either from the large intestine or the stomach. Bacteria does not belong in the top portion of the small intestine and an overgrowth can cause horrible symptoms.
  3. Activates the digestive enzymes, pepsin, necessary for digesting protein. Without it you may end up with amino acid deficiencies.
  4. Signals the pancreas to release the enzymes amylase, protease, and lipase. These enzymes are critical to break down proteins, fats, and carbohydrates. Carbohydrate malabsorption can cause excessive gas and contribute to SIBO.
  5. Triggers motility in the small intestine. Small intestine motility is needed to move food along. Slow motility of the small intestine can contribute to SIBO and cause pain.
  6. Is crucial for the absorption of micronutrients. Calcium, magnesium, iron, folate and vitamin B12 depend upon stomach acid for proper absorption. Stomach acid is essential for the breakdown and absorption of these nutrients. Low stomach acid has been linked to iron anemia, b12 pernicious anemia, osteoporosis, and magnesium deficiency.
  7. Reduces food to small particles for easier digestion in the small intestines. When food is not chewed properly or broken down by stomach acid, large particles have been linked to leaky gut syndrome and even celiac disease.
  8. Can prevent gastroparesis (slow gut motility). Stomach acid “turns on” the lower pyloric valve to release food into the small intestine. Low stomach acid will cause food to stay in the stomach longer.
  9. Triggers sphincter of Oddi motility. The sphincter of Oddi is a muscular valve area between the duodenum and the biliary and panacreatic ducts. It is the gatekeeper for the flow of bile and pancreatic enzymes. Studies have shown stomach acid triggers this sphincter to open and close properly. Low stomach acid may very well contribute to a painful disorder called sphincter of Oddi dysfunction (SOD).

Even though all of this is true, doctors rush to overprescribe drugs to reduce stomach acid. I blame the pharmaceutical industry. Doctors these days are putting way too much trust in what their drug reps are selling them instead of facts from a functional medicine/whole body approach. Worse is drug reps will only tell one side of the story, rarely rattling off the numerous and potentially life threatening side effects. Keep in mind the “cure” for low stomach acid is not found on a prescription pad.

Before I was diagnosed with SOD and chronic pancreatitis, it seemed every time I went to a gastroenterologist they would prescribe an acid reducing drug, though there was no proof my problem was from excessive stomach acid. Low stomach acid is rarely tested by gastroenterologists, certainly none of mine offered such testing. The SOD caused me to alternate with excessive bile and a shortage of bile. I also would get bile reflux into the stomach. Bile acid is actually more neutral in ph than acidic. Therefore, bile will neutralize stomach acid. I always felt worse when I’d take an acid reducer so one day I read about low stomach acid and started on a regimen to increase my stomach acid. The results have been miraculous. I feel better, have gained back much-needed weight and muscle, and bloodwork for nutrients has improved.

Three Types of Acid-Reducing Medications

Not all antacids are the same. Here is a breakdown of the three types of antacids:

  1. Proton pump inhibitors (PPIs) are medicines that work by reducing the amount of stomach acid made by glands in the lining of your stomach. Examples: Omeprazole (Prilosec and Zegerid), Esomeprazole (Nexium), Lansoprazole (Prevacid), Rabeprazole (AcipHex), Pantoprazole (Protonix), and Dexlansoprazole (Dexilant).
  2. H2 blockers are medicines that work by reducing the amount of stomach acid secreted by glands in the lining of your stomach. Examples: Famotidine (Pepcid), Cimetidine (Tagamet), Ranitidine (Zantac), and Nizatidine (Axid).
  3. Antacids are agents that neutralize the gastric acid and raise the gastric pH. Examples: sodium bicarbonate, calcium bicarbonate, aluminum hydroxide, magnesium hydroxide, and Sucralfate (Carafate).

Dangers of Acid-Reducing Medications

PPIs are by far getting the worst press lately. Studies show PPIs have been linked to many chronic and deadly health conditions, including: dementia and Alzheimer’s disease, increased heart attack risk, increased pneumonia risk, weakening of the immune system, weight gain, and the hundreds of ailments linked to the reduction of the absorption of important nutrients, vitamins and minerals. Just one of these pills is capable of reducing stomach acid secretion by 90 to 95 percent. Taking high and frequent doses of PPIs, which most doctors recommend, causes a state of achlorydia (no stomach acid). Chronic use of PPIs has been shown to decrease extracellular concentration of adenosine, resulting in an increase in inflammation in the digestive tract which can exacerbate Crohn’s disease and ulcerative colitis.

It isn’t just PPIs that cause health problems, any of the other drugs reducing stomach acid are suspect. Many people who take antacids not only suffer from more chronic health problems than the average person, but they never actually cure their acid reflux in the process. Without making the proper dietary changes necessary to balance stomach acid, those who take antacids consistently, and for long periods of time, will progressively become more and more unhealthy. In particular, stomach acid can cause atrophic gastritis which can lead to serious disorders like stomach cancer.

Stopping the Vicious Cycle of Low Stomach Acid

Relying on acid-reducing medication causes a vicious cycle of constantly needing to neutralize symptoms, which in turn creates a low stomach acid environment, which in turn causes the LES to stay open and pyloric valve to spasm shut. This equates to more and more reflux and more and more antacids. The best thing to do is stop the cycle!

First: Get Proper Testing

The gold standard medical test for low stomach acid is the Heidelberg Stomach Acid Test. You will have to swallow a radio transmitter in the form of a pill. Then you will drink a solution of sodium bicarbonate (baking soda). The transmitter will record the ph levels of your stomach as long as it stays in your stomach. At the end of the test, a graph will show your response to the baking soda solution. In my opinion, this test should be the first test conducted before an endoscopy or prescribing an acid-reducing medication. An endoscopy does not accurately gauge stomach acid ph but many doctors prescribe medications to lower stomach acid based on physiological findings that may or may not be due to excessive stomach acid—most cases not!

There are two at-home tests for stomach acid. The first is the Baking Soda test. Mix 1/4 teaspoon of baking soda in a small cup of cold water first thing in the morning before eating or drinking anything.

After drinking the solution, time how long it takes you to belch. If your stomach is producing adequate amounts of stomach acid you’ll likely belch within two to three minutes. Early and repeated burping may be due to excessive stomach acid unless it is the light burps from swallowing a little air. Any belching after 3 minutes indicates a low acid level. This test isn’t foolproof but may be a good indicator to ask for the Heidelberg test or to try the second at-home test.

The second at-home test is the Betaine HCL test. Buy some Betaine HCL with pepsin (I like Country Life brand). Eat a high protein meal of at least 6 ounces of meat or meat alternative (this is very important or the test will not be accurate). In the middle of the meal take 1 Betaine HCL pill. Finish your meal as normal and pay attention to your body. Either you won’t notice anything, which means you likely have low stomach acid levels. Alternatively, you may at some point within the next hour or two feel some stomach distress like heaviness, burning, or hotness. These are signs you likely have enough stomach acid. If you do get some burning, don’t worry as it will pass in about an hour. You can also mix up a ½ teaspoon of baking soda and drink it to help stop the discomfort. Do NOT do this test if you take NSAIDs or Corticosteroids as they increase the chances of stomach ulcers when taken with betaine hcl. Consult a physician before trying this test or supplementing with anything. Obviously this test, like the baking soda test, is not foolproof so I recommend repeating the test a few times.

Second: Consider Treating Naturally

The only time I had heartburn was when I was pregnant. It was terribly painful and I thanked God every minute for acid reducers. I don’t know what I would have done without them. Honestly, I needed that medication periodically during that time in my life. However, I haven’t needed them any other time. That being said, I am NOT advocating for anyone reading this to go off their meds. Always discuss medication changes with your doctors. My experience was that mainstream doctors were close-minded to the discussion of low stomach acid or of natural remedies. I got more help from a naturopath and functional medicine practitioner. I suggest seeking a consult with one of these practitioners but do try to discuss your concerns with your doctors.

There are several ways to go about treating low stomach acid. They are all easy and cheap.

  • My therapy of choice is taking one 600 mg. Betaine HCL with pepsin pill with every protein meal. Some people need more but I seem to do ok with just one. You will know when you reached your threshold when the amount of pills causes some burning.
  • Drink an apple cider vinegar (ACV) solution of 1 or 2 teaspoons of ACV with a small glass of water with each meal. Alternatively, you could drink some pickle juice or kombucha tea—a fermented probiotic drink.
  • Consume a small amount of bitters with each meal. Bitters send a signal to your stomach to produce acid.
  • Develop better food hygiene. Eat a healthy, whole foods, clean diet. Don’t overeat. Just because the restaurant gives you a huge plate of food doesn’t mean you have to eat it all. Save some leftovers. Chew food thoroughly. Some say to chew 32 times and count as you chew to make sure you are doing it.
  • Avoid lying down after eating and relax upright.
  • Don’t bend over after eating.
  • Purchase a bed wedge. I found mine on Amazon and it has an elevation of 12”. You can find all different shapes and sizes. I recommend buying one with a washable cover.

Begin balancing your stomach’s acidity level will take time but will pay off with optimal wellness in the end!

We Need Your Help

Hormones Matter needs funding now. Our research funding was cut recently and because of our commitment to independent health research and journalism unbiased by commercial interests we allow minimal advertising on the site. That means all funding must come from you, our readers. Don’t let Hormones Matter die.

Yes, I’d like to support Hormones Matter.

Sources

Benson, J. (2012) Avoid the dangers of proton pump inhibitors (PPIs) and treat your acid reflux naturally. Natural News. http://www.naturalnews.com/036336_PPIs_acid_reflux_side_effects.html

Carstensen, M. (May 11, 2016). The Link between Heartburn Drugs and Dementia. New York Posthttp://nypost.com/2016/05/11/the-link-between-heartburn-drugs-and-dementia/

Huaqing Ye, J. and Rajendran, V. Adenosine (2009). An immune modulator of inflammatory bowel diseases. World Journal of Gastroenterology. 15(36): 4491–4498. http://www.ncbi.nlm.nih.gov/pmc/articles/PMC2751993/?tool=pubmed

Johnson, D. and Oldfield, E. (2013). Reported Side Effects and Complications of Long-term Proton Pump Inhibitor Use. Clinical Gastroenterology Hepatology.11(5):458-464. http://www.medscape.com/viewarticle/804146.

Wright, S. 3 Tests for Low Stomach Acid. SCD Lifestyle Website. http://scdlifestyle.com/2012/03/3-tests-for-low-stomach-acid/

This article is for informational purposes only. It is not intended to diagnose, treat, cure, or prevent any disease. Please discuss all medication issues with your physician. 

Image by Brett Hondow from Pixabay.

This article was published originally on Hormones Matter on May 17, 2016.