Normal Pain Perception and Response
$395.00Explains the process of normal pain perception from an initial stimulus or injury to the brain’s response and modulation with the release of endorphins and other neurotransmitters.
Showing 49–64 of 67 results
Explains the process of normal pain perception from an initial stimulus or injury to the brain’s response and modulation with the release of endorphins and other neurotransmitters.
Explains the progression of CRPS from initial trauma and chronic sensitization to malfunction and treatment. (Recommended that “Normal Pain Perception” be used in conjunction with this exhibit for comparative purposes).
Views of Traction via Gardner-Wells tongs and emphasizing the screws penetrating through the scalp and into the skull with only a thin portion of bone separating the screws from the fragile brain.
Demonstrates how the brain impacts on the inside of the skull during an impact on the right side of the head. Arrows indicate the forces that travel through the brain to result in shear injury or traumatic axonal injury.
Axial view of brain impacting inside of the skull as the head impacts an airbag. Arrows indicate the forces involved in the collision that travel throughout the brain and result in shear and traumatic axonal injury (TAI) or diffuse axonal injury (DAI).
Demonstrates how the brain impacts on the inside of the skull during a right frontal (forehead) impact to result in shear injury or traumatic axonal injury even without a significant blow to the head.
Right lateral views of normal brain|emphasizing the deeper structures including the amygdala|hippocampus|nucleus accumbens|and ventricles.
Demonstrates how the brain impacts on the inside of the skull during an impact with a headrest to result in shear injury or traumatic axonal injury.
Demonstrates how the brain impacts on the inside of the skull during a left side (parietal) impact to result in shear injury or traumatic axonal injury even without a significant blow to the head.
Series of illustrations demonstrating the advancement of a drainage tube through the skull and brain tissue into the ventricles in order to help control intracranial pressure.
Medivisuals Inc.
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