The incidence of food allergy and sensitivity is rapidly increasing in today’s society. Conditions often associated with food allergy, such as asthma, eczema, Arthritis, digestive disorders, ADD/ADHD, etc., are on the rise. Many North American elementary schools have placed a complete ban on nut and nut products in the last decade due to the increasing number of children suffering from serious and debilitating allergic reactions to these foods. It is estimated that 60-80% of the population suffers from food allergies and sensitivities, yet because most people associate allergic reactions only with sudden, severe symptoms such as diarrhea, stomach pain and anaphylaxis, these allergies and sensitivities go mostly unnoticed. Any symptom can be the result of an allergic response. Chronic inflammation, obesity, ulcers, hypertension, chronic fatigue, hypoglycemia, joint pain, headache, depression, etc., often have at their root, a reaction to certain foods or food groups. Food allergies are not always inherited. Allergies can be the result of cumulative exposure to certain foods. Repeated exposure to the same foods can overwhelm the body’s ability to digest and detoxify by-products of digestion. Continued consumption of these particular foods can result in an immune response.
Genetic modification of foods and the use of pesticides, food additives and synthetic fertilizers have made our food almost unrecognizable to the body. In sensitive individuals, the body responds to these foods as if they were “foreign invaders”, eliciting an immune response known as an allergic reaction. Age, nutritional deficiencies, weakened digestion, impaired immunity and stress all increase the chances of developing food allergies and sensitivities. Aller-Tox I is an all-inclusive homaccord detoxifier designed specifically to address multiple food allergy detoxification. Multiple homaccords of the most common allergenic foods and food additives are contained in this formula, addressing a wide variety of food allergies and sensitivities at a deep cellular level.