Electrostatic properties of the side portals and positions of the T1 domain and β subunit are consistent
with electrophysiological studies of inactivation gating and with the possibility of K + channel regulation by the β subunit.
Not exact matches
«We observed no serious side effects in patients treated
with dTMS, and it is therefore worth stressing the tolerability of this noninvasive
electrophysiological technique,» says Prof. Paul, the
study's principal investigator.
Nerve conduction
studies in motor and sensory nerves of the macaques showed that the Bb infection resulted in specific
electrophysiological abnormalities (increased F wave latencies and chronodispersion) that could be prevented
with dexamethasone.
We also conduct
electrophysiological, biochemical, imaging, antd behavioral
studies with various knockout and transgenic mice to determine how precise genetic manipulations that either activate or abolish specific translational control mechanisms alter synaptic function and behavior.
Based on evidence from
electrophysiological studies showing that both synaptic plasticity and strength of inputs to hippocampal region CA1 vary systematically
with ongoing theta oscillations (Hyman et al., 2003; Brankack et al., 1993), it has been suggested that the theta rhythm functions to separate periods of encoding of current sensory stimuli and retrieval of episodic memory cued by current stimuli so as to avoid interference that would occur if encoding and retrieval were simultaneous.
The Gottfried Laboratory in the Departments of Neurology and Psychology at the University of Pennsylvania is looking to hire a post-doctoral researcher to
study the olfactory system using intracranial
electrophysiological methods in patients
with medically resistant epilepsy.
These developmental perspectives from animal models and
electrophysiological studies should be integrated into the fMRI community, which has struggled to reconcile inconsistent findings
with regards to functional brain connectivity in ASD over the past several years.
In a series of
electrophysiological studies, Zoghbi's team further found that neurons from animals
with depleted MECP2 levels have reduced electrical activity due to a smaller number of excitatory synapses, whereas cells from animals carrying an extra copy of the gene have increased electrical activity because of an increase in synapse number.