HIRREM (Cereset Legacy Research Technology – Brain State Company) was used by Wake Forest School of Medicine to study traumatic stress symptoms in military personnel before and after the use of Cereset (legacy) intervention.
Whole-brain, rest-state (MRI) magnetic resonance imaging was performed before and after Cereset intervention. Significant effects on brain network connections have been previously reported.
For the present study, lateralization of brain connection was examined. Lateralization here refers to the circulation of brain connections within the right, and left, or to the other side.
This is important because common lobes in the right and left hemispheres of the brain perform different functions. Crucially for these results, the parasympathetic region of the autonomic nervous system is predominantly left-sided, and the esophageal region is mainly directed to the right.
Thus, the largest left hand is the “freeze or fly” response signal, and by contrast, the main right hand is the “fight or flight” response signal.
Inconsistency was noted at baseline, along with changes in lateral patterns after Cereset. A significant correlation was observed between whole brain lateralization and posttraumatic stress symptoms. These decisions help to understand the consequences and how best to deal with traumatic stress.
The brain is the primary controlling organ that activates and regulates autonomic responses to trauma and stress. The results of this study support the model of bihemispheric autonomic management of traumatic stress (BHAM), proposed by Brain State and Wake Forest 6 years ago.
Regulated connections of the brain appear to be a guide up health and well-being. When connections between hemispheres are fairer, individuals are healthier.
In particular there is a basis for this movement of the brain towards a healthier pattern. Cereset simply displays the electrical patterns of the brain itself using engineered tones to represent maximum brain frequencies.
The client receiving Cereset sits comfortably in a spawn chair to listen to the brain tones or BrainEcho. This supports the brain to relax, adjust, and reposition itself to improve balance and equilibrium, which is associated with less traumatic stress symptoms.
Many prior clinical studies have shown benefits associated with using Cereset for symptoms of insomnia, depression, stress, anxiety, convulsions, hot flashes, postural orthostatic tachycardia, and migraine.
The routine and previous clinical trials also included objective implementation measures such as heart rate variability to show a significant improvement in autonomic function.
Symbolic gains were stable for up to 6 months in the current study, and autonomic improvement was stable during the last 4 months follow-up in a placebo-controlled trial for insomnia.
Addition of the MRI lateralization findings reported in this study and their association with symptoms not only support the BHAM model but also indicate an effect mechanism for the clinical benefits previously reported by Cereset.
The symptoms associated with trauma, stress, and allostatic loads now affect a majority of the population. Cereset noninvasively supports the brain to balance and regulate itself with resulting benefits for the psychological symptoms of traumatic stress and improved autonomic function.
This story was published from a wire group group with no text changes.
