What’s wrong with gluten? Is the gluten-free diet just a fad?
Going gluten-free was one of the first things we did after our health crisis in 2007/2008. It was also one of the first things that made a positive impact on our health. (Read more of our story here.)
Our type 1 diabetic son’s severe abdominal pain improved almost immediately. I later discovered he had high gliadin antibody levels which let me know what I already believed – his frequent trips to the emergency room were not due to stress as one specialist suggested.
Many consider a gluten-free diet to be a fad. Others are open to trying gluten-free but not sure why it might help. I hope the following helps in your quest for answers.
What exactly is gluten?
Gluten is a storage protein found in the mature seed of certain cereal grasses. Gluten is Latin for “glue” because gluten acts as an adhesive material. It’s what makes dough stretchy, rollable and twistable.
Gluten is a protein composite, made up of two primary classes of proteins:
This protein group is thought to trigger the most severe immune responses. Gliadins are alcohol soluble fragments and are broken down into three subtypes: alpha, omega, and gamma-gliadins. Most labs only measure for alpha gliadins which means that a celiac diagnosis can be missed for those who are sensitive to gamma or omega gliadins.
This protein group is the sticky part and is responsible for the strength and elasticity of the dough. Glutenins are water soluble fragments. Some people have a severe reaction to glutenin but show a normal test result for gliadins.
Gluten is found in wheat as well as the following:
Some may do fine with barley or rye but not with wheat. Since wheat is the most commonly consumed form of gluten, it will be the focus of the remainder of this article.
Why is wheat the villain?
After all, mankind has thrived with wheat for centuries. This is the common mentality among those who consider a gluten-free diet nothing more than a fad.
The truth is the wheat of today is a far cry from the wheat of yesterday. Our modern wheat will not survive in the wild as ancient forms did.
Due to extensive cross-breeding and chemical interventions, we’re not eating the same plant our great grandmothers ate. This is why it’s critical to have a historical perspective when considering a wheat-free diet.
What have we done to create our modern wheat?
Einkorn wheat, the world’s oldest wheat, has the smallest chromosomal set with 14 chromosomes. Wheat can retain the sum of the genes of the “parents”, thus, when einkorn was mated with goatgrass, the more involved 28 chromosome emmer wheat was born. Einkorn and emmer remained popular for several thousand years until emmer mated naturally with tritium tauschii grass yielding 42 chromosome Triticum aestivum.
Triticum aestivum was brought to America on the Mayflower and remained the dominant wheat until the middle of the 20th century when intensive hybridization led to our present day form of wheat.
This wheat hybridization escalated in the 1940s and 50s thanks to the International Maize and Wheat Improvement Center located in Mexico City. No attention was paid to the fact that while 95% of protein strains remain the same during hybridization, 5% are unique – not found in either parent plant.
According to cardiologist Dr. William Davis, author of Wheat Belly,
Modern wheat, despite all the genetic alterations to modify hundreds, if not thousands, of its genetically determined characteristics, made its way to the worldwide human food supply with nary a question surrounding its suitability for human consumption.
It’s important to note that our modern form of wheat will not survive in the wild. It requires human intervention to accomplish the goal of increased yield, shorter growing season and easier harvest.
Deamidation, used extensively in the food processing industry, uses acids or enzymes to make gluten water-soluble. (Recall that gliadins are alcohol-soluble.) The gluten then mixes more readily with other foods. It stands to reason that deaminated gluten could explain food sensitivity for some who might do fine with other forms of wheat. See the study Allergy to Deamidated Gluten a Separate Phenotype to Wheat Allergy.
- Desiccation or Pre-Harvest Glyphosate Application
Desiccation is a harvest management tool that rapidly kills above ground growth of crops and weeds. It allows for rapid dry down and an earlier harvest. Glyphosate pre-harvest application is used for perennial weed control. One wheat farmer offers the following insight into this practice on Dr. William Davis’s Wheat Belly blog,
“A wheat field often ripens unevenly, thus applying Roundup preharvest evens up the greener parts of the field with the more mature. The result is on the less mature areas Roundup is translocated into the kernels and eventually harvested as such.”
This practice is not licensed. Farmers mistakenly call it “desiccation.” Consumers eating products made from wheat flour are undoubtedly consuming minute amounts of Roundup.” (Read more about the hazards of glyphosate in the post What’s Wrong with Roundup? and more about industrial farming in the article How Industrial Farming is Harming our Microbiome.)
In their study titled Glyphosate, Pathways to Modern Diseases II: Celiac Sprue and Gluten Intolerance, Anthony Samsel and Stephanie Seneff reveal this chart showing a correlation between glyphosate wheat application and celiac disease.
Given the hybridization, deamidation, and desiccation, is it any wonder that wheat has the potential to disrupt gut flora and create havoc with our immune systems?
The Impact of Wheat on the Brain
Modern wheat may go further than digestive disruption. Consider the article Gluten Sensitivity as a Neurological Illness, which concludes,
That gluten sensitivity is regarded as principally a disease of the small bowel is a historical misconception. Gluten sensitivity can be primarily and at times exclusively a neurological disease. The absence of an enteropathy should not preclude patients from treatment with a gluten-free diet. Early diagnosis and removal of the trigger factor by the introduction of gluten-free diet is a promising therapeutic intervention.
Dr. David Perlmutter is a board-certified neurologist and author of the book Grain Brain: The Surprising Truth about Wheat, Carbs, and Sugars – -Your Brain’s Silent Killers. He explains that when food is poorly digested, a pasty residue remains. (Gluten is already sticky, making it a perfect candidate to leave a residue.) This residue causes the immune system to take action in the form of an inflammatory response. This response may stimulate the production of cytokine chemicals that can collect and attack the brain. According to Perlmutter,
“Cytokines are highly antagonistic to the brain, damaging tissue and leaving the brain vulnerable to dysfunction and disease – especially if the assault continues.”
Elevated cytokines are often seen in Alzheimer’s disease, Parkinson’s disease, multiple sclerosis, and even autism.
Gluten sensitivity that does not show up in the intestines is sometimes referred to as the silent celiac disease. Extraintestinal manifestations include pain in the joints, disruptions in the skin, thyroid issues, as well as neurological problems. Current research suggests gluten sensitivity affects anywhere from 6% to 50% of the population.
Are you gluten or wheat sensitive? Possible symptoms of gluten sensitivity include:
- joint aches
- bone pain
- abdominal and bowel complaints
- irritable bowel
- cerebellar ataxia
- developmental delay
- learning disorders
One way to determine if you’re sensitive to gluten or wheat is to keep a food journal. Pay particular attention to breaded items and record your mood and symptoms for a week.
Remove all gluten for a period such as a month or six weeks. How do you feel? Do you notice any changes? Record these in your journal and watch for patterns. If there are no changes, consider taking out all grains for a period.
After the gluten-free period add in food with barley or rye. Do you notice any recurring symptoms? If not, it’s possible you are sensitive to wheat only.
It’s also possible you’re sensitive to modern wheat but not ancient wheat. We recently tried a homemade sourdough bread recipe using sprouted emmer wheat as well as quinoa flour, almond flour, and flax meal. The bread was delicious and those who tried it had no adverse reaction.
Our family experiment backs up the study Effect of Tritium Turgidum subs. Turanicum Wheat on Irritable Bowel Syndrome: a Double-Blinded Randomized Dietary Intervention Trial, which found that those with IBS (Irritable Bowel Syndrome) showed far less inflammation after consuming ancient wheat.
If you experience an intense reaction after adding gluten, consider the suggestions outlined in “How to Cope with a Gluten Exposure.”
Our processed, genetically modified foods are presenting immune challenges as never before. A gluten-free, or wheat-free diet may be one of the best ways to experience improved health!