The facial and abducens paralysis known as Millard-Gubler syndrome is caused by obstruction of blood vessels in and surrounding this structure. Acetylcholine released here induces REM sleep, and this structure sends signals to the thalamus to cause paralysis during dream states.  Consisting of the upper pneumotaxic and lower apneustic centers, it plays an important role in regulating breathing, and it serves as a relay between the cerebrum and the cerebellum, the functio
The facial and abducens paralysis known as Millard-Gubler syndrome is caused by obstruction of blood vessels in and surrounding this structure. Acetylcholine released here induces REM sleep, and this structure sends signals to the thalamus to cause paralysis during dream states.  Consisting of the upper pneumotaxic and lower apneustic centers, it plays an important role in regulating breathing, and it serves as a relay between the cerebrum and the cerebellum, the function that gives it its name.  The location of the lesion in locked-in syndrome, FTP, name this structure in the brain stem located between the medulla oblongata and the midbrain, which takes its name from the Latin for "bridge."
The facial and abducens paralysis known as Millard-Gubler syndrome is caused by obstruction of blood vessels in and surrounding this structure.
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