-
Your Results
-
The Science Behind Our Test
-
Foods & Drinks Section
-
Toxins Section
-
Heavy Metals Section
-
Vitamins, Minerals, & Fatty Acids Section
-
Yeast & Fungi Section (Candida)
-
Gut Biome Section
-
Digestive Process Section
-
Weight Loss
-
Elimination Diet Steps
-
Gluten
-
Targeted Test
-
Supplements
-
Food Color
-
Preservatives
-
Antioxidants & Acidity Regulators
-
Thickeners, Stabilizer & Emulsifiers
-
Fatty Acids & Compounds
-
Essential Oils
-
Skin Care Ingredient
-
Other Nutrients
-
Non-Essential Amino Acids
-
Essential Amino Acids
-
Carotenoid Terpenoids
-
Additives
-
Glazing Agents, Gases, Sweeteners
-
Antibiotics
-
Preservatives-Others
-
Acidity Regulators & Anti-caking Agents
Vitamin E
Why Does a Vitamin E Deficiency Occur?
Vitamin E deficiency is relatively rare but can occur due to several factors. Malabsorption disorders such as cystic fibrosis, Crohn's disease, and celiac disease can impair the absorption of fat-soluble vitamins, including Vitamin E. Certain genetic conditions, like abetalipoproteinemia, also hinder the transport and absorption of Vitamin E.
Additionally, conditions affecting the liver or bile ducts, which are essential for the digestion and absorption of fats, can lead to deficiency. People on very low-fat diets or those with fat malabsorption issues are also at risk.
What to Do About Vitamin E Deficiency?
It is crucial to identify and treat the underlying cause of Vitamin E deficiency. For individuals with malabsorption issues, dietary adjustments and supplementation with Vitamin E, typically in the form of tocopherols or tocotrienols, may be necessary.
Including Vitamin E-rich foods in the diet, such as nuts, seeds, spinach, and avocado, can help maintain adequate levels. Regular monitoring of Vitamin E levels, especially in at-risk populations, and addressing any digestive health issues can also prevent and manage deficiency effectively.