Caffeine Cross Reactivity and Gluten Free Diets
Gluten free diets and lifestyles are becoming increasingly common as people care more about their health and make lifestyle choices to improve their health and wellbeing. So, if you’ve been eating gluten-free and are still experiencing gluten-related symptoms, the problem may well be your coffee intake.
In the context of a gluten-free diet, cross-reactivity is a significant factor to consider, particularly for individuals with gluten sensitivities. One common example of this is coffee, where the proteins present can be mistakenly recognised by the body as gluten. This reaction is particularly prevalent in instant coffee varieties and decaffeinated coffee, as around 10% of the protein in coffee has the potential to cross-react with gluten antibodies.
Is coffee safe on a gluten-free diet?
In the context of a gluten-free diet, cross-reactivity is a significant factor to consider, particularly for individuals with gluten sensitivities. One common example of this is coffee, where the proteins present can be mistakenly recognised by the body as gluten. This reaction is particularly prevalent in instant coffee varieties and decaffeinated coffee, as around 10% of the protein in coffee has the potential to cross-react with gluten antibodies.
Additionally, dairy products made with coffee, such as lattes, are known to exhibit a similar cross-reactivity with gluten. This is attributed to the casein proteins found in dairy items like cheese, yogurt, milk, and butter. Many individuals intolerant to gluten also experience sensitivity to dairy due to this cross-reactivity.
Indeed, a 2013 Study published in the Journal of Food and Nutrional Sciences by Aristo Vojdani and Igal Tarash detailed the extreme cross-reactivity of caffeine in coffee. What the researchers discovered was that highly-processed coffees, particularly instant coffee and roast and ground coffees, produced the highest level of cross-reactivity. But why?
The current consensus is that the processing itself contributes to the cross-sensitivity, since organic, whole-bean coffees did not produce the same level of cross-reactivity issues, so that the proteins in coffee are changed in such a way during processing that the body perceives them as a threat, which causes the similar inflammatory symptoms as gluten in those that are sensitive or allergic to it.
What are the symptoms of gluten cross-reactivity with caffeine?
Ironically, the cross-reactivity symptoms of caffeine, such as migraines, mental fogginess and fatigue, will actually cause people to drink more coffee! This causes a vicious cycle of further caffeine cross sensitivity! The caffeine content in coffee ranges from approximately 100 to 200 mg of caffeine per 6 oz serving.
But, the key to understand about caffeine is that it is a common gastric irritant, which can contribute to stomach mucosal degradation and can overstimulate the adrenal glands. Caffeine can be seriously detrimental for someone suffering from adrenal burnout or insufficiency, and for those people, it is recommended to remove the caffeine for several months while the body recovers. So, if you’re already on a gluten free diet, try going without coffee for a full week.
Yes, this can be hard to do if you’re dependent on caffeine to get you through your day, decaf coffee can really help with period! After a week, once the caffeine antigen load in your body has been significantly reduced, try having just one cup in the morning and then monitoring how you feel.
If your symptoms have diminished after a few days without coffee and your one cup of whole-bean coffee doesn’t produce any symptoms, then it’s safe to say that you can go back to your normal coffee intake, but stay away from instant and ground coffees.
And decaffeinated coffee from Swiss Water Decaf, since it is chemical free and 99.9% caffeine free, is an excellent choice to help wean you off too much caffeine, but still enjoy the taste of single origin coffee!
Understanding the concept of cross-reactivity is crucial for those adhering to gluten-free diets. Consumption of these cross-reactive foods could trigger reactions similar to those caused by gluten, even in the absence of gluten itself. This makes it a vital consideration for effectively managing a gluten-free diet, especially for those with acute sensitivity to gluten.
What are gluten cross-reactive foods?
The list of potential cross-reactors extends beyond coffee and dairy. Foods such as millet, oats, rice, yeast (including both brewers and bakers yeast), and certain types of corn have been identified as potential triggers.
These foods contain antigens and peptides that might provoke a reaction in those with gluten sensitivity by interacting with antibodies produced against gliadin, a component of gluten.
Understanding the concept of cross-reactivity is crucial for those adhering to gluten-free diets. Consumption of these cross-reactive foods could trigger reactions similar to those caused by gluten, even in the absence of gluten itself. This makes it a vital consideration for effectively managing a gluten-free diet, especially for those with acute sensitivity to gluten.
There are a number of different foods that cause gluten cross-reactivity in those who are sensitive to or intolerant of gluten because the proteins in these foods are perceived by the body as invaders in the same way gluten is. Dairy products are the most common cross-reactive food to those with gluten issues, because of its casein proteins, however coffee (specifically caffeine) also contains problematic proteins and the cross reaction to coffee is actually more severe than dairy.
IMPORTANT: This information is intended to support, not replace, discussion with your doctor or healthcare professionals. Nothing in the content or products should be considered, or used as a substitute for, medical advice, diagnosis or treatment. You should always talk to your health care provider for diagnosis and treatment, including your specific medical needs.
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Comments
Kathleene Parker said:
I urge everyone to research “narcotic gut syndrome,” not just mainstream posts such as from the Lancet, but other posts that taken the information further on how certain drugs—including over-the-counter “safe” drugs, like Tylenol—and caffeine can harm the gut, causing (in conventional thinking) chronic constipation) but in fact, in many, it can set up chronic diarrhea, food sensitivities, fatigue, and ULCERS. The latter is particularly dangerous because “modern” (Sure, running 19.2 years behind the research.) assumes ALL ulcers are caused by H. pylori, when in fact, 40 percent of ulcers are UNEXPLAINED. So, caffeine and over-the-counters are the next place to look!
Kathleene Parker said:
I urge everyone to take this post on caffeine ABSOLUTELY TO HEART! I had long below-the-radar digestive issues, finally at mid-life, exploding into a devastating illness, PLUS I was confronted by a medical profession that, to this day, largely doesn’t “do” illnesses like mine—unforgiveable because the knowledge is out there! But one of my coping mechanisms—as described above—was caffeine. I knew that was wrong but it was my only way to have a life! But caffeine harms the gut—even setting up a form of narcotic gut syndrome—slams the liver, exhausts the adrenals, messes with the immune system, can cause or worsen dangerous methylation problems, so from my view should be a highly regulated drug. However, before I push for that, we need a medical system far less broken, overwhelmed and dysfunctional than modern clinical “medicine.” The U.S. population is exploding—despite corporate media headlines working to keep that fact hidden—we have fewer doctors than Zaire in Africa and the result is people with ANY unusual, albeit perhaps highly treatable illness, fall through the cracks or, worse (as in my case) are made much worse by conventional approaches. Modern GAStroenterologists—from my view, the scum of the Earth—almost killed me by continuing to throw the same stupid drugs, like proton-pump inhibitors at me in ever-large quantities! So, use caffeine cautiously. If you feel you “need” it too much, find out why and methylation, B vitamin deficiencies and, inevitably, food sensitivities are the obvious place to start. And, lacking informed doctors, the Internet and defining new books and researchers are where to turn!