Background and objective: We aimed to analyze the alterations in sensorimotor gating at brainstem after peripheral facial palsy (PFP). To examine sensorimotor gating, we used prepulse modulation (PPM) of blink reflex (BR). We also recorded BR recovery to identify excitability changes in the facial nucleus
AbstractPurposeProgressive myoclonic epilepsies (PME) include a heterogeneous group of disorders. Th...
Reflex blinking is a relatively simple and stereotyped motor act.Despite this, a complex neuroanatom...
The aim of this study was to investigate trigeminal nerve involvement in patients with peripheral fa...
Objective: To study the electrophysiologic effects of unilateral facial weakness on the excitability...
We hypothesized the filtering of sensory input from face and hand at brainstem may reorganize in hem...
Alterations in blink reflex excitability may occur in the contralateral side (CLS) and in the sympto...
Objective: Synkinesis after peripheral facial palsy is seen during spontaneous movements or reflex a...
Background: Neuronal plasticity is expected to be different at different ages and adaptive changes...
Purpose: The somatosensory-evoked blink reflex (SBR) is one of the release phenomena of blink reflex...
Purpose: Progressive myoclonic epilepsies (PME) include a heterogeneous group of disorders. The brai...
Objective: Posterior auricular muscle response (PAMR) is a myogenic potential recorded over PAM afte...
Prepulse modulation (PPM) is an electrophysiological method which enables to assess sensory processi...
To evaluate the possible blink reflex responses in facial muscles reinnervated by the accessory nerv...
AbstractCerebral plasticity includes the adaptation of anatomical and functional connections between...
Cerebral plasticity includes the adaptation of anatomical and functional connections between parts o...
AbstractPurposeProgressive myoclonic epilepsies (PME) include a heterogeneous group of disorders. Th...
Reflex blinking is a relatively simple and stereotyped motor act.Despite this, a complex neuroanatom...
The aim of this study was to investigate trigeminal nerve involvement in patients with peripheral fa...
Objective: To study the electrophysiologic effects of unilateral facial weakness on the excitability...
We hypothesized the filtering of sensory input from face and hand at brainstem may reorganize in hem...
Alterations in blink reflex excitability may occur in the contralateral side (CLS) and in the sympto...
Objective: Synkinesis after peripheral facial palsy is seen during spontaneous movements or reflex a...
Background: Neuronal plasticity is expected to be different at different ages and adaptive changes...
Purpose: The somatosensory-evoked blink reflex (SBR) is one of the release phenomena of blink reflex...
Purpose: Progressive myoclonic epilepsies (PME) include a heterogeneous group of disorders. The brai...
Objective: Posterior auricular muscle response (PAMR) is a myogenic potential recorded over PAM afte...
Prepulse modulation (PPM) is an electrophysiological method which enables to assess sensory processi...
To evaluate the possible blink reflex responses in facial muscles reinnervated by the accessory nerv...
AbstractCerebral plasticity includes the adaptation of anatomical and functional connections between...
Cerebral plasticity includes the adaptation of anatomical and functional connections between parts o...
AbstractPurposeProgressive myoclonic epilepsies (PME) include a heterogeneous group of disorders. Th...
Reflex blinking is a relatively simple and stereotyped motor act.Despite this, a complex neuroanatom...
The aim of this study was to investigate trigeminal nerve involvement in patients with peripheral fa...