Peter Silburn
Neuroendocrinal immunology is the functional interactions between immune, neural, and endocrine cells and their possible relevance to physiological and certain pathological processes. These interactions occur at so many levels that it is necessary to establish some priorities and restrictions for the following dune cell products on behaviour, thermoregulation, and sleep, and endocrine diseases caused by the immune system. Hormones in the immune response have generally involved either the parenteral administration of hormones, antagonists and blockers and endocrine glands. Hormone administration can lead to depressed or stimulated immune responses, depending on the kind and dose of hormones and the timing of their administration. Females develop stronger immune responses, have higher immunoglobulin concentrations, and are more resistant to the induction of immunological tolerance than males. The incidence of certain autoimmune diseases is higher in female’s Opioid peptides and Met-enkephalin. It appears that multidirectional communication networks exist within the body that permit the transmittal of signals between these various systems during times of stress, injury, disease, infection, metabolic alterations and complications of progressive aging and physical decline discussion.
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