NEURO

This study assesses the reliability of subspecialty-trained clinical neurophysiologists in detecting interictal epileptiform discharges in routine electroencephalograms (EEGs) recorded from 2012 to 2016. from journals https://ift.tt/2qt4vKh

Please join us in congratulating our neurology faculty member Addie Patterson!  Dr. Patterson is a winner of 2020 College of Medicine Exemplary Teacher awards! Dr. Patterson has shown a commitment to the education of medical students, residents, and fellows, both informally during teaching rounds and also in her individuals accomplishments! Dr. Patterson is our residency Associate Program Director – in this role, she has revamped our outpatient resident continuity clinics, developed a comprehensive wellness curriculum for the residency, and oversees the daily Morning Report. She also had the highest aggregate teaching evaluation score among all faculty in the department! On behalf of the department, congratulations and thank you for your excellent commitment to education! from Department of Neurology » College of Medicine » University of Florida https://ift.tt/31FiWYT

from Neurology : nature.com subject feeds https://ift.tt/2Jgvy2d

from Neurology : nature.com subject feeds https://ift.tt/2BB4CWD

from Neurology : nature.com subject feeds https://ift.tt/2PhQ8TL

The existence of affected subjects with both abnormal prion protein (PrPSc) types has been reported, and their clinical features were somewhat similar to the dominant PrPSc type but varied in sporadic Creutzfeldt-Jakob disease (sCJD). Presently, the antemortem identification of both PrPSc types in sCJD is not possible. In this study, we attempted to clinically predict the concurrence of MM-type sCJD with another PrPSc type in the same individual. We retrospectively identified seven MM-type sCJD cases with both fine vacuole-type spongiform (FV) and large confluent vacuole-type spongiform change (LCV) among 49 sCJD cases. from Journal of the Neurological Sciences https://ift.tt/2BAasYd

1.Slipped connector to the retromastoid area where the skin is thin and prone to erode caused the visible erosion without visible signs of contaminant infection. The connector is clearly visible thought the eroded skin. 2. The erosion over the right implantable pulse generator in the subclavicular area. 3. The infected slipped connector to the retromastoid region with visible hardware (connector and proximal part of connection wire). 4. Large infected erosion of the implantable pulse generator in the left subclavicular area with sings of infection (redness of the skin without purulent leakage). from Journal of the Neurological Sciences https://ift.tt/2N7tnPB