content:bilateral_synchrony

Differences

This shows you the differences between two versions of the page.

Link to this comparison view

Both sides previous revision Previous revision
content:bilateral_synchrony [2020/02/24 18:50] bijuhameedcontent:bilateral_synchrony [2022/04/30 11:32] (current) – changed pubmed syntax administrator@icnapedia.org
Line 4: Line 4:
 bifrontal synchronous discharges”. The mechanisms by which seizures that become secondarily generalised are not yet known fully. bifrontal synchronous discharges”. The mechanisms by which seizures that become secondarily generalised are not yet known fully.
  
-The wave and spike of petit mal is a primary bilateral synchronous discharge . . . ; it appears not to be related to a unilateral cortical focus, but may be of subcortical origin …. On the other hand, a bilateral synchronous discharge which can be shown to arise from a unilateral cortical focus we shall call secondary bilateral synchrony - //Tükel and Jasper//[(:cite:12998596>{{pubmed>12998596}})]+The wave and spike of petit mal is a primary bilateral synchronous discharge . . . ; it appears not to be related to a unilateral cortical focus, but may be of subcortical origin …. On the other hand, a bilateral synchronous discharge which can be shown to arise from a unilateral cortical focus we shall call secondary bilateral synchrony - //Tükel and Jasper//[(:cite:12998596>{{pmid>12998596}})]
    
   * it is important to differentiate between primary and secondary bilateral synchrony when bilaterally synchronous spike and wave discharges are seen on EEG   * it is important to differentiate between primary and secondary bilateral synchrony when bilaterally synchronous spike and wave discharges are seen on EEG
-  * Estimation of interhemispheric small time differences (TDs) during spike-wave bursts in the EEG by coherence and phase analysis is useful for differentiation between primary bilateral synchrony (PBS) and secondary bilateral synchrony (SBS) in epilepsy[(:cite:1378385>{{pubmed>1378385}})].+  * Estimation of interhemispheric small time differences (TDs) during spike-wave bursts in the EEG by coherence and phase analysis is useful for differentiation between primary bilateral synchrony (PBS) and secondary bilateral synchrony (SBS) in epilepsy[(:cite:1378385>{{pmid>1378385}})].
  
 http://www.neurology-asia.org/articles/20071_029.pdf http://www.neurology-asia.org/articles/20071_029.pdf
  • content/bilateral_synchrony.1582570230.txt.gz
  • Last modified: 2020/02/24 18:50
  • by bijuhameed