Does Weight Correlate to Celiac or Gluten Sensitivity?
When celiac disease was originally
described, one of its classic hallmarks was extreme underweight. Along
with diarrhea, digestive pain and bloating, the severe weight loss was
understood to ‘always’ be present. Fast forward over 100 years and things have
changed. Not only are many celiacs overweight, but those with gluten
sensitivity are increasingly falling into that category as well.
Sadly, too often doctors miss testing
for these life-long conditions because of a patient’s weight status. Stuck in
the outdated historical definition, these doctors have missed the current face of celiac
and gluten sensitivity – a person can be any weight, and they often have weight
to lose.
We often speak of the leaky gut, or increased intestinal permeability, found in
the small intestine. This situation is seen most often in those with an
intolerance to gluten who genetically upregulate a protein only made by
humans, called zonulin. Zonulin was discovered by Dr Alessio Fasano and his
team.
Why Humans Get Leaky Guts
Why Humans Get Leaky Guts
The zonulin molecule dictates the
opening and closing of the ‘gates’ of the small intestine. With a surface area
of over 3,000 square feet, that involves a lot of gates!
While only humans make zonulin, not all
humans produce it. Twenty percent do not at all, 50 percent make a single copy of the
gene and 30 percent of the population has both copies of the gene. Those with
both copies are in the unenviable position of being two times more likely to
die from all causes, and the diseases they do get tend to be more severe.
When a lab test was done on rats highly
predisposed to develop type 1 diabetes, two thirds of them never developed the
disease when they were given a drug that inhibited zonulin. I know you’re going
to ask, so here’s the answer: A drug does not yet exist for humans that
performs this function. It is being worked on, along with a test for zonulin,
by Dr Fasano.
The Leaky Gut Sets Us Up for Obesity
How does a leaky gut link to obesity? Read on...
A study published last Fall in Nutrition Research titled
“Potential mechanisms for the emerging link between obesity and increased intestinal
permeability” and lead by TF Teixeira, found a link that could well explain the
obesity issue so commonly seen.
Those with an intolerance to gluten not
only tend to have a leaky gut due to the above mentioned zonulin connection,
but they also have weakened immune systems due to the constant assault of
gluten. The weakened immune system, predominantly housed in the small
intestine, is thus less able to defend the body against the normal barrage of
bacteria, amoeba, parasites and the like. Why do I call the presence of these
organisms ‘normal’? Because it is. Now, with that said, it is NOT normal for
such organisms to gain a foothold in the intestine and procreate there, but
their presence is a normal byproduct of eating food, putting one’s fingers in
one’s mouth, etc. (These are microscopic organisms so don’t get too grossed
out.) The point is, that a healthy immune system easily kills them; an
unhealthy immune system is unable to do its job. The result is a gut full of
endotoxins (toxins released from inside bacteria when they disintegrate) or
other inhospitable organisms.
Good Bacteria vs. Bad - Who's Winning in YOUR Gut?
Good Bacteria vs. Bad - Who's Winning in YOUR Gut?
These bad organisms thereby fight
against the good ones. The good bacteria in the gut (called the microbiome)
literally have a population that exceeds the number of cells in the human body
by 10 times. The genes associated with this population, exceeds that of the
human body by 100 times. We are talking about a part of the human body, long
underappreciated, that is being considered influential enough to be considered
an ‘organ’ in its own right.
Emerging research reveals that when
this organ is overwhelmed with toxins in the gut, its composition changes as
far as the balance of certain organisms (probiotics), as does its ability to
absorb nutrients and expend energy (burn calories). The result is not only
weight gain but increased cholesterol, triglycerides, and insulin resistance –
the latter leads towards diabetes, heart disease and obesity.
Intestinal permeability is also thought
to be influenced by a high fat and high fructose diet, plus certain nutritional
deficiencies such as zinc.
Another study from the Journal of Parenteral and Enteral
Nutrition titled “Gut Microbiota, Intestinal Permeability,
Obesity-Induced Inflammation and Liver Injury” found much the same data.
They found that eating a poor diet (high
fat, high fructose) could affect the microbiome in as little as one to two days
– the result being obesity, heart disease and obesity.
How We Create a Happy Gut
How We Create a Happy Gut
Let's look at how we can keep our microbiome
happy:
1. Discover if you have
a gluten or dairy intolerance and avoid those foods.
2. Avoid excess, bad
fats including fast food, trans fats, preprocessed, prepackaged foods, etc.
3. Avoid ALL fructose.
I’m not talking about the natural fructose in fruit, of course, but all added
fructose, especially high fructose corn sweeteners.
4.
If you can, get your
gut tested for the presence of any inhospitable organisms that have gotten a
foothold in your system. This same test will evaluate the health of your
microbiome. 5. Another test that’s good, as a verifier that you’re on the right track, is one for a leaky gut. We tend to recommend this one once you’ve been on a reparative program for a while, to confirm that we are accomplishing our goal.
6. Do ingest 9 servings of organic vegetables and fruits each day. These are naturally healing and prebiotic, meaning that they give strength and nourishment to your probiotic population.
7. Ensure that you are
not deficient in any major vitamins and minerals such as Bs, D, zinc,
magnesium, calcium, etc.
8. While it seems like a
‘no brainer’ to take probiotics, here’s a couple of things to keep in mind.
a.
Use a human strain
b.
Get a combination of
organisms such as acidophilus, bifidus, etc.
c.
Due to dairy products
being such a commonly sensitive food, get probiotics that are free of all
dairy.
d.
Sometimes if you have
an infection in the gut, you may feel worse on probiotics. If this occurs, stop
them, of course, but realize that you should look into step 4 above. I’m happy
to help you!
9.
Don’t cheat. I’m
sorry, but being ‘good’ Monday through Friday and going crazy on the weekends
just isn’t going to cut it if you want to be healthy. And if your health is
already compromised somewhat, cheating just isn’t worth the dangerous
repercussions. That microbiome can change in a matter of a day or two when you’ve been eating a poor diet, remember that. It's apparently not very tolerant of poor choices, unfortunately!
Let Me Know How I Can Help You
I hope you found this helpful. It is interesting how much we are discovering that the health of the gut dictates so much about our health or tendency towards disease. And it’s also quite revealing how much of a culprit gluten can be when trying to optimize the function of the small intestine and its immune system.
Please send me your questions or
comments. I am here to help!
Visit us at www.RootCauseMedicalClinic.com. If you have questions or need any help, I’m here for you! Call 408-733-0400.
I look forward to hearing from you.
To your good health,
Dr Vikki Petersen, DC, CCN, CFMP
IFM Certified Practitioner
Founder of Root Cause Medical Clinic
Co-author of “The Gluten Effect”
Author of the eBook: “Gluten Intolerance – What You Don’t Know May Be Killing You!”
Founder of Root Cause Medical Clinic
Co-author of “The Gluten Effect”
Author of the eBook: “Gluten Intolerance – What You Don’t Know May Be Killing You!”
Reference:
Nutrition Research. 2012
Sep;32(9):637-47. Potential mechanisms
for the emerging link between obesity and increased intestinal permeability.Teixeira TF,
Collado MC,
Ferreira CL,
Bressan J,
Peluzio Mdo C.
Journal of Parenteral and ENteral
Nutrition 2011. Gut Microbiota, Intestinal Permeability, Obesity-Induced Inflammation
and Liver Injury. Thomas H. Frazier, MD1; John K.
DiBaise, MD, and Craig J. McClain, MD
Volume XX Number X
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