Zobrazeno 1 - 4
of 4
pro vyhledávání: '"Allen L, Keebler"'
Autor:
Daniel I. Sessler, Jacek B. Cywinski, Sean Drahuschak, Kristina Kaple, Ehab Farag, Mauricio Perilla, Claudene Vlah, Wolf H. Stapelfeldt, Alparslan Turan, Allen L. Keebler, Dongsheng Yang, Tatyana Kopyeva, Andrea Kurz, Edward J. Mascha, Mangakalaraip Ramachandran
Publikováno v:
Anesthesiology. 130:72-82
EDITOR’S PERSPECTIVE What We Already Know about This Topic Intraoperative triple-low events (mean arterial pressure less than 75 mmHg, Bispectral Index less than 45, and minimum alveolar fraction of anesthetic less than 0.8) have been found to be a
Autor:
Eva Rivas, Adriana Martin, Lauretta Mosteller, Alparslan Turan, Kurt Ruetzler, Karen Steckner, Allen L. Keebler, Kamal Maheshwari, Mi Wang, Barak Cohen, Natalya Makarova, Chahar Praveen, Sandeep Khanna, Daniel I. Sessler
Publikováno v:
Anesthesia and analgesia. 131(2)
BACKGROUND Two-thirds of the US population is considered obese and about 8% morbidly obese. Obese patients may present a unique challenge to anesthesia clinicians in airway management. Videolaryngoscopes may provide better airway visualization, which
Autor:
Daniel I, Sessler, Alparslan, Turan, Wolf H, Stapelfeldt, Edward J, Mascha, Dongsheng, Yang, Ehab, Farag, Jacek, Cywinski, Claudene, Vlah, Tatyana, Kopyeva, Allen L, Keebler, Mauricio, Perilla, Mangakalaraip, Ramachandran, Sean, Drahuschak, Kristina, Kaple, Andrea, Kurz
Publikováno v:
Anesthesiology. 130(1)
Triple-low events (mean arterial pressure less than 75 mmHg, Bispectral Index less than 45, and minimum alveolar fraction less than 0.8) are associated with mortality but may not be causal. This study tested the hypothesis that providing triple-low a
Autor:
R. Reigert, Jing You, C. Vlah, Allen L. Keebler, Tatyana Kopyeva, L. Muzie, R. Khatib, Emre Gorgun, Attila Podolyak, M. Seuffert, Daniel I. Sessler, Luca Stocchi, B. Lewis, Andrea Kurz, S. Drahuschak, I. Suliman, Alparslan Turan
Publikováno v:
British journal of anaesthesia. 120(1)
Background The main defence against bacterial infection is oxidative killing by neutrophils, which requires molecular oxygen in wounded tissues. High inspired-oxygen fractions increase tissue oxygenation. But, whether improving tissue oxygenation act