Secretor Status Testing for Blood Type Diet



  • Secretor Status Testing for Blood Type Diet
  • Secretor Status Testing for Blood Type Diet

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What is secretor status? You are probably familiar with the concept that your ABO blood type is controlled by your genetics, just as are your hair or eye colour. The gene coding for your blood type lies on chromosome 9q34. However, other separate genes on chromosome 11 and 19 actually interact with your blood type gene, determining your ability to secrete your ABO blood type antigens into your body fluids and secretions.

This is called the secretor gene, and by testing for this gene we can determine whether you are a secretor or non-secretor.

In the genetics of the secretor system two options exist. A person can be either a secretor (Se) or a non-secretor (se). This is completely independent of whether you are a blood type A, B, AB, or O. Thus a person could be an A secretor or an A non-secretor, a B secretor or a B non-secretor, etc.

Secretors: In a simplified sense, a secretor is defined as a person who secretes their blood type antigens into body fluids and secretions like the saliva in your mouth, the mucus in your digestive tract and respiratory cavities, etc.

Non-Secretors: A non-secretor on the other hand puts little to none of their blood type into these same fluids.

Your secretor status drastically alters the carbohydrates present in your body fluids and secretions in addition to several important aspects of your metabolism and resistance. These factors include the activity of an enzyme called intestinal alkaline phosphatase, the overall composition of bacteria in your intestinal ecosystem, your propensities toward blood clotting, your level of carbohydrate tolerance, and your resistance to certain parasites and yeast. In addition to allowing important diet refinements, knowing your secretor status can help you use nutritional supplements more effectively and intelligently and add to your awareness of illness and metabolic dysfunction you may be prone to because of your secretor genetics.