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Hyper Smash

Saturday, April 10, 2021

Intraoperative NeuroMonitoring, some recent articles of interest!?.

Intraoperative subcortico-cortical evoked potentials of the visual pathway under general anesthesia

Cognitive Evoked Potential (P300)

Post-Concussion Syndrome after a Mine Blast Injury: Neuropsychological Consequences and Changes of the Cognitive Evoked Potentials (P 300)


Nasopharyngeal electrodes in temporal lobe epilepsy: A reappraisal of their diagnostic utility

Evoked Potentials

Improving intraoperative evoked potentials at short latency by a novel neuro-stimulation technology with delayed return discharge


Ambulatory EEG Monitoring, Reviewing, and Interpreting

"Sensory Processes": Smell, Vision, Taste, Hearing and Touch Receptors and information processing

Brief Reviews on all the sensory processes, a good read!. It is not extensive but for college students and graduate level neuroscience and neurophysiology studies, a good reading material.

Sensory Processes | Boundless Psychology (lumenlearning.com)

The Nose and Nasal Cavity

Olfactory sensitivity is directly proportional to spatial area in the nose—specifically the olfactory epithelium, which is where odorant reception occurs. The area in the nasal cavity near the septum is reserved for the olfactory mucous membrane, where olfactory receptor cells are located. This area is a dime-sized region called the olfactory mucosa. In humans, there are about 10 million olfactory cells, each of which has 350 different receptor types composing the mucous membrane. Each of the 350 receptor types is characteristic of only one odorant type. Each functions using cilia, small hair-like projections that contain olfactory receptor proteins. These proteins carry out the transduction of odorants into electrical signals for neural processing.