Low Evonne, Dempsey Eugene M, Ryan C Anthony, Rennie Janet M, Boylan Geraldine B
Neonatal Brain Research Group, Neonatal Intensive Care Unit, Cork University Maternity Hospital, Cork, Ireland.
Case Rep Neurol Med. 2012;2012:250801. doi: 10.1155/2012/250801. Epub 2012 Mar 19.
We describe the EEG findings from an ex-preterm neonate at term equivalent age who presented with intermittent but prolonged apneic episodes which were presumed to be seizures. A total of 8 apneic episodes were captured (duration 23-376 seconds) during EEG monitoring. The baseline EEG activity was appropriate for corrected gestational age and no electrographic seizure activity was recorded. The average baseline heart rate was 168 beats per minute (bpm) and the baseline oxygen saturation level was in the mid-nineties. Periods of complete EEG suppression lasting 68 and 179 seconds, respectively, were recorded during 2 of these 8 apneic episodes. Both episodes were accompanied by bradycardia less than 70 bpm and oxygen saturation levels of less than 20%. Short but severe episodes of apnea can cause complete EEG suppression in the neonate.
我们描述了一名足月相当于年龄的早产新生儿的脑电图(EEG)检查结果,该新生儿出现间歇性但持续时间较长的呼吸暂停发作,推测为癫痫发作。在EEG监测期间共捕捉到8次呼吸暂停发作(持续时间23 - 376秒)。基线EEG活动与矫正胎龄相符,未记录到脑电图癫痫活动。平均基线心率为每分钟168次(bpm),基线血氧饱和度水平处于九十年代中期。在这8次呼吸暂停发作中的2次期间,分别记录到持续68秒和179秒的完全EEG抑制期。这两次发作均伴有心率低于70次/分钟的心动过缓和血氧饱和度水平低于20%。短暂但严重的呼吸暂停发作可导致新生儿完全EEG抑制。