Autoimmune Protocol (AIP) 101

22nd May 2019

Most people diagnosed with an autoimmune condition, such as rheumatoid arthritis, Crohn’s disease, or psoriasis, are familiar with flare-ups – episodes where symptoms of their condition suddenly become more severe and/or resurface after a period of remission.

 

These flare-ups are often frustrating and uncomfortable for those living with these conditions.

 

Many autoimmune diseases have been linked to leaky gut syndrome – a compromised environment in the small intestine due to increased intestinal permeability and/or an imbalance in gut bacteria.

 

“Holes” in the gut are thought to let food particles pass through into the rest of your body, where they trigger inflammation and activate an immune response.

 

Autoimmune Diseases: rooted in inflammation

 

The basis of autoimmune diseases is inflammation – in the gut and throughout the body. One of the most common ways to manage symptoms, flare-ups, and inflammation related to autoimmune disease is through DIET.

 

Following an anti-inflammatory diet can help decrease fatigue, pain, and brain fog associated with inflammation, promote longer periods of remission, and help decrease inflammation and “leaks” in the gut.

 

Decreasing inflammation and repairing a leaky gut are thought to help calm the immune system and decrease flare-ups in the long run.

 

An anti-inflammatory type diet (like the Autoimmune Protocol) is key to managing Autoimmune Diseases

 

The Autoimmune Protocol – or AIP is similar to the meat & veggie-focused Paleo Diet, but it’s more strict in the foods that are allowed vs. avoided.

 

The following foods are thought to be anti-inflammatory and make up the bulk of the AIP diet:

 

 

FYI – The difference between AIP and Paleo is the latter allows eggs, nuts, seeds, and nightshade veggies. Both focus on increasing intake of Omega-3 fats and nutrient-dense vegetables.

 

[Suggestion: expand on the differences between the wildly popular Paleo Diet and the AIP]

 

Sugar tolerance is individual on the AIP diet. Some people find they even have to completely even fruit and natural sweeteners, like honey and maple syrup, while small quantities may be tolerated by some.

 

The following foods tend to increase inflammation in the body and should be avoided on the AIP diet:

 

How long do you need to be on the Autoimmune Protocol?

 

The AIP diet can be used short-term to promote gut healing as well as to learn which foods you may be reactive to. The diet can also be followed long-term as part of an overall anti- inflammatory lifestyle.

 

Some people are able to have a little wiggle room with the AIP diet as their body heals. Some eliminated foods may be reintroduced and better tolerated once the gut heals.

 

Let’s preface all of that with this…the AIP diet is not for everyone.

 

It’s best for people who suspect certain foods trigger their particular autoimmune condition. Some people find reducing inflammation through other lifestyle factors, like getting adequate quality sleep, stress relief, and avoiding alcohol & NSAIDs (i.e. ibuprofen), are enough to manage their autoimmune condition without eliminating foods – but I think it’s certainly worth a try!

 

Speaking of…how about trying a new recipe that’s also AIP-approved? These Turkey-Kale Meatballs are so tasty, you won’t be missing out on any of those inflammation-causing ingredients!

 

RECIPE

 

Turkey & Kale Meatballs

 

Ingredients

 

450g ground turkey

100g of kale, stems removed, chopped small

2 garlic cloves, minced

1 Tbsp avocado oil

1 Tbsp apple cider vinegar, raw & unfiltered

pinch of sea salt

 

Preparation

 

Preheat oven to 180C.

 

With clean hands, combine all ingredients in a mixing bowl. Shape mixture into 2-inch meatballs and place on a parchment lined baking sheet.

 

Bake meatballs 20-25 minutes or until internal temperature reaches 165 degrees.

 

 

REFERENCES

 

Healthline: What Is the Autoimmune Protocol (AIP) Diet?

 

Dr. Axe: AIP Diet: Benefits of the Autoimmune Protocol

 

Journal of Allergy and Clinical Immunology, 2014: Intestinal Barrier Function: Molecular Regulation and Disease Pathogenesis



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