Differences

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

--- content:sleep_spindles [2020/03/04 13:17] – created icna
+++ content:sleep_spindles [2024/04/03 07:33] (current) – biju.hameed@gmail.com
@@ Line 1: / Line 1: @@
 ====== Sleep spindles ======
-Sleep spindles represent an oscillating electrical potential in the brain. They have a characteristic frequency of 11–16 Hz (usually 12–14 Hz in healthy adults) and last from one to several seconds in duration[(:cite:17557422>{{pubmed>17557422}})]. On scalp electroencephalography (EEG), spindles are seen as sinusoidal waves that often have a fusiform or “crescendo-decrescendo” morphology[(:cite:14573378>{{pubmed>14573378}})].
+Sleep spindles represent an oscillating electrical potential in the brain. They have a characteristic frequency of 11–16 Hz (usually 12–14 Hz in healthy adults) and last from one to several seconds in duration[(:cite:17557422>{{pmid>long:17557422}})]. On scalp electroencephalography (EEG), spindles are seen as sinusoidal waves that often have a fusiform or “crescendo-decrescendo” morphology[(:cite:14573378>{{pmid>long:14573378}})]. See {{ref>sleepspindles}}.
+<figure center blank|sleepspindles>
+{{sleepspindles.png}}
+<figcaption>.Sleep spindles in a 3-month-old infant.Note well-developed sleep spindles in this 30-sec epoch from a PSG recorded on a 3-month-old infant. Sleep spindles between 3-4 months of age often last
+-8 sec and are maximal over Cz. Sensitivity 500 µV peak-to-peak, LFF 0.3 Hz, HFF 35 Hz.[(:cite:pmid22701392>{{pmid>long:22701392}})]</figcaption>
+</figure>
 ===== References =====
 ~~REFNOTES~~