Purpose: Arousal plays an important protective role against life-threatening events by terminating the apneic events.
2
The proposed computational FSI model was then employed for planning surgical treatment for the apneic subject.
3
Reduced arterial Po(2) caused a leftward shift in the apneic threshold at both ages.
4
For the DCC-only group, infants were dried and stimulated by gently rubbing the back if apneic.
5
The maximum arterial blood pressure during the apneic period was compared with that at the end of apnea.
6
Naloxone was able to quickly resolve the respiratory depression, significantly reducing the frequency of apneic periods in carfentanil-exposed ferrets.
7
Brief obstructive apneic episodes were more common during the onset of GER episodes than the onset of control segments.
8
Hypothesis: Herein the authors suggest to consider the diagnosis of autonomic seizures in those neonates with apneic events associated with EEG suppression.
9
Thus, our hypothesis was that the proportion of apneic events with or without arousal affects daytime systemic blood pressure and nocturnal sympathetic activity.
10
We observed profound respiratory depression in exposed animals, which led to apneic periods constituting 24-31 % of the exposure period.
11
Conclusion: Apneic events were more closely related to BHL than to body temperatures.