Neuro Transmission Cognitive Theory
Features
Neuro Transmission Cognitive Theory
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A sudden shock to the brain—such as oxygen deprivation—may cause central paralysis, but this does not necessarily equate to brain death.
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When brain cells receive reduced blood supply, they may remain alive but function less effectively. This disruption can interfere with normal signal transmission (K-Na pump activity) and, over time, may lead to atrophic changes (cell weakening or shrinkage).
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Damage to neighboring neurons, such as place cells and mirror neurons, can create faulty cognitive maps in a child’s brain. This disrupts how the brain processes and organizes information, which may impact a child’s ability to learn, respond, or communicate effectively.
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Faulty cognitive maps or disrupted neural linkages can interfere with language development. This may show up as dyslexia, dysgraphia, or unclear speech in children. In more complex cases, particularly with cerebral palsy, language disorders such as Broca’s aphasia and Wernicke’s aphasia may also be observed.
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At the early stages of recovery—before or during the brain’s neuroplasticity window—natural pathways can be reactivated using alternative stimulation, such as vibrational wave devices.
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Mechanical vibrational waves serve as a reliable source of stimulation that remains unaffected by the inhibitory mechanisms of neural activity within the central nervous system.
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Artificial or alternative cognitive development can establish new pathways for processing and decoding information received through the five senses—hearing, vision, touch, taste, and smell. Much like rehabilitation exercises that strengthen weakened muscles, these pathways provide the necessary foundation for the brain to function more effectively.
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Artificial neuro-transmission stimulates activity in affected brain regions, enhancing blood flow and helping to restore function. This process reduces cerebral atrophy and activates the K-Na pump, which is crucial for encoding, processing, and decoding information. While this provides a foundation for recovery, the extent of functional improvement depends on the severity of the initial brain damage.
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Our brains use specific pathways, or cognitive maps, to convert sensory input into motor responses. This process is crucial for shaping how we perceive the world. The healthy coordination between the mind’s thought processes and the brain’s physical functions ensures balanced cognition and a holistic interaction between the two.
Where EKKO comes in
Unlike many traditional therapies that only manage symptoms, EKKO goes further. Our non-invasive vibrational-wave technology is designed to stimulate neural pathways, helping the brain and body work together toward lasting recovery. Portable yet powerful, EKKO delivers therapy that’s effective both at home and in clinical settings.