The human brain requests the neuronal recovery of emotions, thinking and mind when the fall in severe brain damage by stroke, trauma, and cardiac arrest. However, the mechanism of production of emotion, thinking, and mind and also the management care method of these neuronal dysfunctions were not demonstrated, precisely. We have been focused on, for long time, the recovery of outer stimulation responding consciousness; outer consciousness as shown as Glasgow Coma Scale by control of brain edema, ICP (intracranial pressure) elevation, and CBF (cerebral blood flow) disturbances. However, human consciousness response to not only for outer stimulation and also for inner consciousness (not always necessary outer stimulation) such as emotion, thinking, and mind. This maybe because there are specific pitfalls associated with the clinical management of previous neuro-protection management and also induced brain hypothermia treatment, in severe TBI (traumatic brain injury) & CPA (cardiopulmonary arrest) patients. The previous brain hypothermia management method is not enough for specific consideration about preventing of damage of thinking, memory, and emotions from acute stage. In this paper, the mechanism of production of emotion, thinking, memory and mind in the human brain have been discussed and presented new concept of Dynamic Center Core (DCC) function that works with union of frontal lobe, striatum-basal ganglia, A10-nerve system, thalamus, hippocampus, and limbic system for producing inner consciousness. Therefore, the successful brain hypothermia treatment for neuronal recovery of emotion, thinking, and mind should be also focused on much more inner consciousness neuronal function such as one definite neuronal concept formation from multi-neuronal firing and also emotional translation from human brain to another human brain by synfire (synchronization of neural firing) in DCC. The management point for these neuronal functions is summarized as follow;
1) Early induction of mild brain hypothermia (∼34°C) with serious control of stress induced hyperglycemia under the anesthesia with analgesia.
2) The prevention of masking neuronal hypoxia by hemoglobin dysfunction with reducing 2,3diphosphoglycerate (DPG) that produces even with normal control of oxygen delivery.
3) Cold saline infusion followed 7% acetic ringer solution drip at initial induction stage of brain hypothermia. This fluid resuscitation method is successful for prevention of selective dopamine nerve excitation, with maintaining other neuronal energy source under mild hypothermia throughout Keton body metabolic substrate.
4) Replacement of albumin for radical scavenging, maintaining of microcirculation, and preventing micro-embolus formation at initial stage of hypothermia were especially important for recovery of inner consciousness. As a new field of brain hypothermia, combination therapy of neuro-hormonal replacement and activation of hypoxia inducible factor with intermittent brain tissue temperature using external systemic circulation were discussed.
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