In 1997, a case study was conducted involving a 33-year-old patient who was diagnosed with schizophrenia. At first, the patient came to the doctor complaining of severe diarrhea and weight loss which happened to be common symptoms of gluten intolerance. Furthermore, hypoperfusion was happening in his brain, according to brain scan results.
What surprised the researchers was how the patient got back the correct blood flow to the frontal cortex of his brain after observing a gluten-free diet. Even better, tests showed that his autoantibodies and intestinal condition all normalized. (Related: Gluten attacks the brain and damages the nervous system.)
To check whether the 1997 study was just coincidental, follow-up research was done involving people who have celiac disease – an immune reaction to eating gluten. In total, 15 celiac patients who have been on a gluten-free diet for almost a year, and 24 perfectly healthy subjects took part in the study. All participants underwent cerebral single photon emission computed tomography examination, and the results showed a significant increase in impaired blood flow among untreated celiac patients.
"Of the 15 untreated celiac patients, 11 (73 percent) had at least one hypoperfused brain region, compared with only 1 (7 percent) of the celiac patients on a gluten-free diet and none of the controls," researchers explained. They concluded that celiac patients who were left untreated experienced regional cerebral blood flow alteration.
What is hypoperfusion?
Hypoperfusion is the decrease of blood flow through organs. Any hypoperfused organ suffers from low levels of oxygen (hypoxia), as well as nutrient deficiency. Suffering from hypoperfusion ultimately causes an organ to function in less-than-optimum condition.
Hypoperfusion is scarier if it involves the brain especially since researchers have proven that the brain requires copious amounts of oxygen, and the whole body relies on the brain for it to function normally. Even more so, adverse effects happen to humans when the frontal cortex is affected since it is responsible for matters like motor function, problem solving, memory, language, judgment, impulse control, and social and sexual behavior.
Based on these findings, researchers concluded that abstaining from wheat consumption is a reasonable precautionary measure to avoid damaging both brain and body function.
Wheat is hiding in plain sight
In plain sight, it's relatively easy to distinguish which products are wheat or which products are made from it. However, some manufacturers label it differently – that's why you must be aware of other possible names it can be tagged as, including:
- Bran
- Bulgar
- Couscous
- Flour (plain, self-raising, wholemeal, malted)
- Semolina
- Wheat germ
- Cereal binder/filler
- Modified starch
- Durum wheat
- Farro
- Kamut/spelt
Wheat is considered one of the most important crops among hundreds out there since it's being used as the main ingredient in a lot of our favorite foods. From bread to pasta, cakes, and other pastries, wheat can also possibly be found in products such as baking powder, cereals, cheese spread, pancakes, pizzas, and salad dressings.
Know more about other causes of psychiatric conditions at Psychiatry.news now.
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