According to Dr. Carter, the findings suggest that future approaches using clinical assessments to identify the specific type of
brain dysfunction contributing to a patient's symptoms may allow a more targeted approach to treatment.
Not exact matches
She seeks to identify any underlying imbalances that
contribute to chronic illnesses, including the gut -
brain connection, nutritional insufficiencies, immune system
dysfunction, and chronic infections.
The latter substance, phosphorylated tau, is responsible for neurofibrillary tangles, which are suspected of
contributing to the nerve cell
dysfunction in the
brain that is responsible for Alzheimer's memory symptoms.
For example, how genetic programs affect the function of specific cell types, how they vary early or later in life and how
dysfunction in these programs might
contribute to disease, all of which could help scientists learn more about the fundamental workings of the
brain.
«We investigate how the influx of blood proteins into the
brain contributes to disease progression and neurological
dysfunction,» Akassoglou said.
They may have cellular insulin resistance,
brain - adrenal axis
dysfunctions causing high cortisol and a chronic gut infection, all
contributing to their high blood sugar!
This
contributes to such conditions as chronic pain, inflammation, autoimmunity, and
brain dysfunctions.
While infections (tuberculosis, pneumonia),
brain injury, cancer, and prescription medications (anti-depressants, anti-epileptic drugs, diuretics, certain anti-histamines) can significantly
contribute to
dysfunction of the HPA axis, many causes are unknown.
This back pressure also
contributes to immune / nervous system
dysfunction and leaky gut / leaky
brain syndromes.
But defects of the DNA repair system in
brain cells could
contribute to the accumulation of potentially disruptive and toxic metabolites of cellular insult, and lead to neurological
dysfunction.»
This test is recommended for patients who: • Have balance problems (Cerebellar Ataxia), numbness and tingling (Peripheral Neuropathy) • Show decline in
brain function (memory) with accompanying fatigue or muscle aches and pains • Have Gluten - Reactivity and / or Dairy - Sensitivity
contributing to neurological
dysfunction
Large amounts of free radicals can cause damage in older dogs»
brain tissue, which can
contribute to cognitive
dysfunction and
brain lesions.
Any number of medical problems can
contribute to inappropriate elimination, including sensory decline, neuromuscular conditions that affect mobility,
brain tumors, kidney
dysfunction and endocrine system disorders.