Table of Contents
ToggleProbiotics, Gut Microbiota, and Thyroid Functioning
The word biotic is used for a living creature. Hence probiotics are certain types of live yeasts and bacteria that inhabit the human gut. Usually, germs are considered harmful, but probiotics are always good for the digestive system and overall health.
- Probiotics have a positive effect on trace minerals like zinc, copper, and selenium. These minerals are necessary for the proper functioning of the thyroid as they are involved in the synthesis and metabolism of thyroid hormones.
- Gut microbes act as a reservoir for T3. They also prevent fluctuations in thyroid hormones and reduce the need for the supplementation of T4.
- Any change in the microbiota composition increases the chances of Graves’ disease and Hashimoto’s thyroiditis.
- Probiotics also regulate the uptake and degradation of iodine that is the most vital mineral for the thyroid.
- Gut microbiota also affects the uptake of L-thyroxine and influences the activities of propylthiouracil in the thyroid.
- Several research studies emphasize the link between microbiota composition and thyroid disorders. Probiotics are a good adjuvant therapy option for thyroid problems. However, more research is needed to explore the advantages of probiotics in the realm of thyroid issues.
What are Prebiotics?
While probiotics have become increasingly popular in recent years, prebiotics are less well-known yet just as crucial. Prebiotics are nutrients that good gut bacteria require to grow and thrive (and can be found in certain meals). Prebiotics are similar to “pet food” for beneficial bacteria. Here are some examples of Foods with Probiotic Properties:
Prebiotic Supplements and Foods
My Experience with Food Alergies and Hair Loss
- specific food additives
- certain chemicals in food
- food poisoning due to toxins
- salicylates in some food
- histamine in some foods
Food Allergies and Weight Gain
It has seen food allergies also have a possible association with weight gain. People with food allergies/sensitivities are at a higher risk of putting extra pounds as compared to people no with food allergies or sensitivities. Some possible reasons for weight gain are:
- Eating something that stimulates cravings raises the serotonin levels, but these levels drop quickly due to the presence of the inflammatory proteins in the allergic persons. These serotonin levels regulate cravings and cycle repeats leading to eating extra calories.
- Food allergies result in inflammation, and the body produces the anti-inflammatory hormone cortisol. This hormone increases blood sugar levels and stimulates the secretion of insulin. Insulin is responsible for fat deposition in the abdominal region.
- Food allergies can result in the deficiency of certain nutrients essential to control weight and the body’s metabolism.
Tests for Food Allergies
- Skin test: In the skin test, a small amount of food being tested is kept on the skin of the forearm. Then a health professional pricks the skin with a needle that allows food beneath the skin. In case of allergy to that food, a reaction occurs or a bump develops on the skin.
- Elimination Test: It is not a safe method. In the elimination method, one eliminates all suspected foods for a week or more and then adds those items back into the diet but one at a time. The drawback is that it is not foolproof and can be dangerous for a person with already allergic experiences in the past.
- Blood Test: In the blood test, the levels of allergy-specific antibodies (IgE) are measured to assess the immune response of the body.
- Oral Food Challenge: In the OFC, you eat specific doses of suspected food items, and then health professionals monitor your condition in the clinic in real-time. If it results in a reaction, it confirms a type of food allergy. It is considered the most accurate test for confirmation of food allergy. If you suspect of having any type of food allergy then you must get yourself tested for common food allergens described by the FDA.
Although food allergies are common and people who experience, take extra care of what they are eating. But some medications can also trigger allergic reactions because they contain many allergens in their composition as inactive ingredients. Most oral forms of medicines have inactive ingredients that add to the physical properties of medications. These ingredients improve shelf-life, absorption, taste, other characteristics.
Researchers from the Massachusetts Institute of Technology reported that about 90% of all oral medications contain inactive ingredients that can cause an adverse reaction. Some commonly used ingredients are chemical dyes, gluten, lactose, and peanut oil. Medications containing these ingredients can trigger food allergy or sensitivity in allergic or sensitive patients.