Abstract Extreme sleep spindles have fast activity and high amplitude, unlike normal spindles. We report a case series of six children with autism related disorders who had extreme as noted on the electroencephalogram recording at our center. examine types spindles, describe clinical profiles 6 children, discuss similar neurophysiological conditions.

The increasing demand on the wood market makes it necessary to use all secondary resources, including branches and spindles. properties of deciduous softwood spindles were evaluated in order create panels, highlighting transverse texture with high value added. research analyzed from (beech, maple) conifer (spruce, fir) methodology obtaining panels transversal structure was also presented. produ...

In the context of holography, we analyse aspects supersymmetric geometries based on two-dimensional orbifolds known as spindles. By analysing spin$^c$ spinors a spindle with an azimuthal rotation symmetry show that under rather general conditions there are just two possibilities, called `twist' and `anti-twist', which determined by quantized magnetic flux through spindle. A special case twist i...

Introduction EEG oscillations known as sleep spindles have been linked with various aspects of cognition, but the specific functions they signal remain controversial. Two types of EEG sleep spindles have been distinguished: slow spindles at 11-13.5 Hz and fast spindles at 13.5-16 Hz. Slow spindles exhibit a frontal scalp topography, whereas fast spindles exhibit a posterior scalp topography and...

air spindles are one of the main elements of precise machine tools. vibration of these spindles is one of the vital issues necessary for investigation. among parameters which influence air spindle vibrations are rotational speed, compression air method, input nozzle diameter, air gap pressure. in this study using ansys, the effects of air gap thickness on air spindle vibrations have been invest...