Early adverse experiences and our gut

How our gut functions: digestion of food, presence of food sensitivities and/or allergies, and processing of stress may be a sign of earlier difficult life experiences. Recent study reports that people with altered microbiomes have differently shaped brains. The hypothesis is that it is probable that this relationship isn’t unidirectional. The scientists state that the […]

Thyroid T3 hormone and early life trauma

  Early life stress (ELS) can induce changes on behavioural and metabolic responses later in life. Stress early in life may cause persistent programming changes on the hypothalamic–pituitary–adrenal (HPA) axis functioning.  Persistent hyperactivation of HPA axis can cause damage. Study investigating whether changes in thyroid hormone metabolism could explain mechanistic links between early life stress. […]

Educating cells to stop attacking

The Stem Cell Educator is an immune system retraining method, educating the immune cells that had been destroying cells so they stop attacking. It has been developed for treatment of people with people with type 1 or type 2 diabetes. Moreover, it is expected that the treatment could help with other autoimmune diseases such as […]

The truth about body fat

The ultimate problem in obesity isn’t too many calories stored in fat, it’s too few in the blood stream, where it will be accessible to fuel the body’s needs. Dr. David Ludwig ad his research team showed that after just one month of carbohydrate restriction, metabolism improves, allowing for increased carbohydrate intake without adverse effects […]

Dogs can detect hypoglycemia

Hypoglycaemia (low blood sugar level) is common by autoimmune disorders and Hashimoto’s in particular. The reliable detection of low blood sugar has been a longstanding concern. Dogs can detect hypoglycemia. The hypothesis is that they can do that by detecting the scent of hypoglycemia. Besides olfactory cues, dogs may respond to subtle changes in their […]

Low blood sugar levels

Hypoglycemia (low blood sugar levels), so common by autoimmune diseases, can be both a cause of and result of HPA axis dysregulation. Three endocrine glands: the Hypothalamus, the Pituitary gland, and the Adrenal glands and their interactions constitute the HPA axis. HPA axis controls our reactions to stress and body processes (e.g. immune system, energy […]

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