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Claudia Spies - One of the best experts on this subject based on the ideXlab platform.
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Emergence Delirium in children is not related to intraoperative Burst Suppression – prospective, observational Electrography study
2019Co-Authors: Susanne Koch, Annamaria Stegherr, Leopold Rupp, Jochen Kruppa, Christine Prager, Sylvia Kramer, Astrid V Fahlenkamp, Claudia SpiesAbstract:Abstract Background: Emergence-delirium is the most frequent brain dysfunction in children recovering from general anaesthesia, though the pathophysiological background remains unclear. The presented study analysed an association between emergence delirium and intraoperative Burst Suppression activity in the electroencephalogram, a period of very deep hypnosis during general anaesthesia. Methods: In this prospective, observational cohort study at the Charité - university hospital in Berlin / Germany children aged 0.5 to 8 years, undergoing planned surgery, were included between September 2015 and February 2017. Intraoperative bi-frontal electroencephalograms were recorded. Occurrence and duration of Burst Suppression periods were visually analysed. Emergence delirium was assessed using the Pediatric Assessment of Emergence Delirium Score. Results: From 97 children being analysed within this study, 40 children developed emergence delirium, and 57 children did not. Overall 52% of the children displayed intraoperative Burst Suppression periods; however, occurrence and duration of Burst Suppression (Emergence delirium group 55% / 261+462sec vs. Non-emergence delirium group 49% / 318+531sec) did not differ significantly between both groups. Conclusions: Our data reveal no correlation between the occurrence and duration of intraoperative Burst Suppression activity and the incidence of emergence delirium. Burst Suppression occurrence is frequent; however, it does not seem to have an unfavourable impact on cerebral function at emergence from general anaesthesia in children. Trail registration: NCT02481999, June 25, 2015
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emergence delirium in children is not related to intraoperative burst suppression prospective observational Electrography study
BMC Anesthesiology, 2019Co-Authors: Susanne Koch, Annamaria Stegherr, Leopold Rupp, Jochen Kruppa, Christine Prager, Sylvia Kramer, Astrid V Fahlenkamp, Claudia SpiesAbstract:Background Emergence-delirium is the most frequent brain dysfunction in children recovering from general anaesthesia, though the pathophysiological background remains unclear. The presented study analysed an association between emergence delirium and intraoperative Burst Suppression activity in the electroencephalogram, a period of very deep hypnosis during general anaesthesia.
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Emergence delirium in children is not related to intraoperative burst suppression – prospective, observational Electrography study
BMC Anesthesiology, 2019Co-Authors: Susanne Koch, Annamaria Stegherr, Leopold Rupp, Jochen Kruppa, Christine Prager, Sylvia Kramer, Astrid V Fahlenkamp, Claudia SpiesAbstract:Background Emergence-delirium is the most frequent brain dysfunction in children recovering from general anaesthesia, though the pathophysiological background remains unclear. The presented study analysed an association between emergence delirium and intraoperative Burst Suppression activity in the electroencephalogram, a period of very deep hypnosis during general anaesthesia.
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Emergence Delirium in children is not related to intraoperative Burst Suppression – prospective, observational Electrography study
2019Co-Authors: Susanne Koch, Annamaria Stegherr, Leopold Rupp, Jochen Kruppa, Christine Prager, Sylvia Kramer, Astrid V Fahlenkamp, Claudia SpiesAbstract:Abstract Background: Emergence-delirium is the most frequent brain dysfunction in children recovering from general anaesthesia, though the pathophysiological background remains unclear. The presented study analysed an association between emergence delirium and intraoperative burst suppression activity in the electroencephalogram, a period of very deep hypnosis during general anaesthesia. Methods: In this prospective, observational cohort study at the Charité - university hospital in Berlin / Germany children aged 0.5 to 8 years, undergoing planned surgery, were included between September 2015 and February 2017. Intraoperative bi-frontal electroencephalogram were recorded. Occurrence and duration of burst suppression periods were visually analysed. Emergence delirium was assessed with the Pediatric Assessment of Emergence Delirium Score. Results: From 97 children being analysed within this study, 40 children developed emergence delirium, and 57 children did not. Overall 52% of the children displayed intraoperative burst suppression periods; however, occurrence and duration of burst suppression (Emergence delirium group 55% / 261+462sec vs. Non-emergence delirium group 49% / 318+531sec) did not differ between both groups. Conclusions: Our data reveal no correlation between the occurrence and duration of intraoperative burst suppression activity and the incidence of emergence delirium. Burst suppression occurrence is frequent; however, it does not seem to have an unfavourable impact on cerebral function at emergence from general anaesthesia in children.
Susanne Koch - One of the best experts on this subject based on the ideXlab platform.
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Emergence Delirium in children is not related to intraoperative Burst Suppression – prospective, observational Electrography study
2019Co-Authors: Susanne Koch, Annamaria Stegherr, Leopold Rupp, Jochen Kruppa, Christine Prager, Sylvia Kramer, Astrid V Fahlenkamp, Claudia SpiesAbstract:Abstract Background: Emergence-delirium is the most frequent brain dysfunction in children recovering from general anaesthesia, though the pathophysiological background remains unclear. The presented study analysed an association between emergence delirium and intraoperative Burst Suppression activity in the electroencephalogram, a period of very deep hypnosis during general anaesthesia. Methods: In this prospective, observational cohort study at the Charité - university hospital in Berlin / Germany children aged 0.5 to 8 years, undergoing planned surgery, were included between September 2015 and February 2017. Intraoperative bi-frontal electroencephalograms were recorded. Occurrence and duration of Burst Suppression periods were visually analysed. Emergence delirium was assessed using the Pediatric Assessment of Emergence Delirium Score. Results: From 97 children being analysed within this study, 40 children developed emergence delirium, and 57 children did not. Overall 52% of the children displayed intraoperative Burst Suppression periods; however, occurrence and duration of Burst Suppression (Emergence delirium group 55% / 261+462sec vs. Non-emergence delirium group 49% / 318+531sec) did not differ significantly between both groups. Conclusions: Our data reveal no correlation between the occurrence and duration of intraoperative Burst Suppression activity and the incidence of emergence delirium. Burst Suppression occurrence is frequent; however, it does not seem to have an unfavourable impact on cerebral function at emergence from general anaesthesia in children. Trail registration: NCT02481999, June 25, 2015
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emergence delirium in children is not related to intraoperative burst suppression prospective observational Electrography study
BMC Anesthesiology, 2019Co-Authors: Susanne Koch, Annamaria Stegherr, Leopold Rupp, Jochen Kruppa, Christine Prager, Sylvia Kramer, Astrid V Fahlenkamp, Claudia SpiesAbstract:Background Emergence-delirium is the most frequent brain dysfunction in children recovering from general anaesthesia, though the pathophysiological background remains unclear. The presented study analysed an association between emergence delirium and intraoperative Burst Suppression activity in the electroencephalogram, a period of very deep hypnosis during general anaesthesia.
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Emergence delirium in children is not related to intraoperative burst suppression – prospective, observational Electrography study
BMC Anesthesiology, 2019Co-Authors: Susanne Koch, Annamaria Stegherr, Leopold Rupp, Jochen Kruppa, Christine Prager, Sylvia Kramer, Astrid V Fahlenkamp, Claudia SpiesAbstract:Background Emergence-delirium is the most frequent brain dysfunction in children recovering from general anaesthesia, though the pathophysiological background remains unclear. The presented study analysed an association between emergence delirium and intraoperative Burst Suppression activity in the electroencephalogram, a period of very deep hypnosis during general anaesthesia.
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Emergence Delirium in children is not related to intraoperative Burst Suppression – prospective, observational Electrography study
2019Co-Authors: Susanne Koch, Annamaria Stegherr, Leopold Rupp, Jochen Kruppa, Christine Prager, Sylvia Kramer, Astrid V Fahlenkamp, Claudia SpiesAbstract:Abstract Background: Emergence-delirium is the most frequent brain dysfunction in children recovering from general anaesthesia, though the pathophysiological background remains unclear. The presented study analysed an association between emergence delirium and intraoperative burst suppression activity in the electroencephalogram, a period of very deep hypnosis during general anaesthesia. Methods: In this prospective, observational cohort study at the Charité - university hospital in Berlin / Germany children aged 0.5 to 8 years, undergoing planned surgery, were included between September 2015 and February 2017. Intraoperative bi-frontal electroencephalogram were recorded. Occurrence and duration of burst suppression periods were visually analysed. Emergence delirium was assessed with the Pediatric Assessment of Emergence Delirium Score. Results: From 97 children being analysed within this study, 40 children developed emergence delirium, and 57 children did not. Overall 52% of the children displayed intraoperative burst suppression periods; however, occurrence and duration of burst suppression (Emergence delirium group 55% / 261+462sec vs. Non-emergence delirium group 49% / 318+531sec) did not differ between both groups. Conclusions: Our data reveal no correlation between the occurrence and duration of intraoperative burst suppression activity and the incidence of emergence delirium. Burst suppression occurrence is frequent; however, it does not seem to have an unfavourable impact on cerebral function at emergence from general anaesthesia in children.
Leopold Rupp - One of the best experts on this subject based on the ideXlab platform.
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Emergence Delirium in children is not related to intraoperative Burst Suppression – prospective, observational Electrography study
2019Co-Authors: Susanne Koch, Annamaria Stegherr, Leopold Rupp, Jochen Kruppa, Christine Prager, Sylvia Kramer, Astrid V Fahlenkamp, Claudia SpiesAbstract:Abstract Background: Emergence-delirium is the most frequent brain dysfunction in children recovering from general anaesthesia, though the pathophysiological background remains unclear. The presented study analysed an association between emergence delirium and intraoperative Burst Suppression activity in the electroencephalogram, a period of very deep hypnosis during general anaesthesia. Methods: In this prospective, observational cohort study at the Charité - university hospital in Berlin / Germany children aged 0.5 to 8 years, undergoing planned surgery, were included between September 2015 and February 2017. Intraoperative bi-frontal electroencephalograms were recorded. Occurrence and duration of Burst Suppression periods were visually analysed. Emergence delirium was assessed using the Pediatric Assessment of Emergence Delirium Score. Results: From 97 children being analysed within this study, 40 children developed emergence delirium, and 57 children did not. Overall 52% of the children displayed intraoperative Burst Suppression periods; however, occurrence and duration of Burst Suppression (Emergence delirium group 55% / 261+462sec vs. Non-emergence delirium group 49% / 318+531sec) did not differ significantly between both groups. Conclusions: Our data reveal no correlation between the occurrence and duration of intraoperative Burst Suppression activity and the incidence of emergence delirium. Burst Suppression occurrence is frequent; however, it does not seem to have an unfavourable impact on cerebral function at emergence from general anaesthesia in children. Trail registration: NCT02481999, June 25, 2015
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emergence delirium in children is not related to intraoperative burst suppression prospective observational Electrography study
BMC Anesthesiology, 2019Co-Authors: Susanne Koch, Annamaria Stegherr, Leopold Rupp, Jochen Kruppa, Christine Prager, Sylvia Kramer, Astrid V Fahlenkamp, Claudia SpiesAbstract:Background Emergence-delirium is the most frequent brain dysfunction in children recovering from general anaesthesia, though the pathophysiological background remains unclear. The presented study analysed an association between emergence delirium and intraoperative Burst Suppression activity in the electroencephalogram, a period of very deep hypnosis during general anaesthesia.
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Emergence delirium in children is not related to intraoperative burst suppression – prospective, observational Electrography study
BMC Anesthesiology, 2019Co-Authors: Susanne Koch, Annamaria Stegherr, Leopold Rupp, Jochen Kruppa, Christine Prager, Sylvia Kramer, Astrid V Fahlenkamp, Claudia SpiesAbstract:Background Emergence-delirium is the most frequent brain dysfunction in children recovering from general anaesthesia, though the pathophysiological background remains unclear. The presented study analysed an association between emergence delirium and intraoperative Burst Suppression activity in the electroencephalogram, a period of very deep hypnosis during general anaesthesia.
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Emergence Delirium in children is not related to intraoperative Burst Suppression – prospective, observational Electrography study
2019Co-Authors: Susanne Koch, Annamaria Stegherr, Leopold Rupp, Jochen Kruppa, Christine Prager, Sylvia Kramer, Astrid V Fahlenkamp, Claudia SpiesAbstract:Abstract Background: Emergence-delirium is the most frequent brain dysfunction in children recovering from general anaesthesia, though the pathophysiological background remains unclear. The presented study analysed an association between emergence delirium and intraoperative burst suppression activity in the electroencephalogram, a period of very deep hypnosis during general anaesthesia. Methods: In this prospective, observational cohort study at the Charité - university hospital in Berlin / Germany children aged 0.5 to 8 years, undergoing planned surgery, were included between September 2015 and February 2017. Intraoperative bi-frontal electroencephalogram were recorded. Occurrence and duration of burst suppression periods were visually analysed. Emergence delirium was assessed with the Pediatric Assessment of Emergence Delirium Score. Results: From 97 children being analysed within this study, 40 children developed emergence delirium, and 57 children did not. Overall 52% of the children displayed intraoperative burst suppression periods; however, occurrence and duration of burst suppression (Emergence delirium group 55% / 261+462sec vs. Non-emergence delirium group 49% / 318+531sec) did not differ between both groups. Conclusions: Our data reveal no correlation between the occurrence and duration of intraoperative burst suppression activity and the incidence of emergence delirium. Burst suppression occurrence is frequent; however, it does not seem to have an unfavourable impact on cerebral function at emergence from general anaesthesia in children.
Christine Prager - One of the best experts on this subject based on the ideXlab platform.
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Emergence Delirium in children is not related to intraoperative Burst Suppression – prospective, observational Electrography study
2019Co-Authors: Susanne Koch, Annamaria Stegherr, Leopold Rupp, Jochen Kruppa, Christine Prager, Sylvia Kramer, Astrid V Fahlenkamp, Claudia SpiesAbstract:Abstract Background: Emergence-delirium is the most frequent brain dysfunction in children recovering from general anaesthesia, though the pathophysiological background remains unclear. The presented study analysed an association between emergence delirium and intraoperative Burst Suppression activity in the electroencephalogram, a period of very deep hypnosis during general anaesthesia. Methods: In this prospective, observational cohort study at the Charité - university hospital in Berlin / Germany children aged 0.5 to 8 years, undergoing planned surgery, were included between September 2015 and February 2017. Intraoperative bi-frontal electroencephalograms were recorded. Occurrence and duration of Burst Suppression periods were visually analysed. Emergence delirium was assessed using the Pediatric Assessment of Emergence Delirium Score. Results: From 97 children being analysed within this study, 40 children developed emergence delirium, and 57 children did not. Overall 52% of the children displayed intraoperative Burst Suppression periods; however, occurrence and duration of Burst Suppression (Emergence delirium group 55% / 261+462sec vs. Non-emergence delirium group 49% / 318+531sec) did not differ significantly between both groups. Conclusions: Our data reveal no correlation between the occurrence and duration of intraoperative Burst Suppression activity and the incidence of emergence delirium. Burst Suppression occurrence is frequent; however, it does not seem to have an unfavourable impact on cerebral function at emergence from general anaesthesia in children. Trail registration: NCT02481999, June 25, 2015
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emergence delirium in children is not related to intraoperative burst suppression prospective observational Electrography study
BMC Anesthesiology, 2019Co-Authors: Susanne Koch, Annamaria Stegherr, Leopold Rupp, Jochen Kruppa, Christine Prager, Sylvia Kramer, Astrid V Fahlenkamp, Claudia SpiesAbstract:Background Emergence-delirium is the most frequent brain dysfunction in children recovering from general anaesthesia, though the pathophysiological background remains unclear. The presented study analysed an association between emergence delirium and intraoperative Burst Suppression activity in the electroencephalogram, a period of very deep hypnosis during general anaesthesia.
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Emergence delirium in children is not related to intraoperative burst suppression – prospective, observational Electrography study
BMC Anesthesiology, 2019Co-Authors: Susanne Koch, Annamaria Stegherr, Leopold Rupp, Jochen Kruppa, Christine Prager, Sylvia Kramer, Astrid V Fahlenkamp, Claudia SpiesAbstract:Background Emergence-delirium is the most frequent brain dysfunction in children recovering from general anaesthesia, though the pathophysiological background remains unclear. The presented study analysed an association between emergence delirium and intraoperative Burst Suppression activity in the electroencephalogram, a period of very deep hypnosis during general anaesthesia.
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Emergence Delirium in children is not related to intraoperative Burst Suppression – prospective, observational Electrography study
2019Co-Authors: Susanne Koch, Annamaria Stegherr, Leopold Rupp, Jochen Kruppa, Christine Prager, Sylvia Kramer, Astrid V Fahlenkamp, Claudia SpiesAbstract:Abstract Background: Emergence-delirium is the most frequent brain dysfunction in children recovering from general anaesthesia, though the pathophysiological background remains unclear. The presented study analysed an association between emergence delirium and intraoperative burst suppression activity in the electroencephalogram, a period of very deep hypnosis during general anaesthesia. Methods: In this prospective, observational cohort study at the Charité - university hospital in Berlin / Germany children aged 0.5 to 8 years, undergoing planned surgery, were included between September 2015 and February 2017. Intraoperative bi-frontal electroencephalogram were recorded. Occurrence and duration of burst suppression periods were visually analysed. Emergence delirium was assessed with the Pediatric Assessment of Emergence Delirium Score. Results: From 97 children being analysed within this study, 40 children developed emergence delirium, and 57 children did not. Overall 52% of the children displayed intraoperative burst suppression periods; however, occurrence and duration of burst suppression (Emergence delirium group 55% / 261+462sec vs. Non-emergence delirium group 49% / 318+531sec) did not differ between both groups. Conclusions: Our data reveal no correlation between the occurrence and duration of intraoperative burst suppression activity and the incidence of emergence delirium. Burst suppression occurrence is frequent; however, it does not seem to have an unfavourable impact on cerebral function at emergence from general anaesthesia in children.
Astrid V Fahlenkamp - One of the best experts on this subject based on the ideXlab platform.
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Emergence Delirium in children is not related to intraoperative Burst Suppression – prospective, observational Electrography study
2019Co-Authors: Susanne Koch, Annamaria Stegherr, Leopold Rupp, Jochen Kruppa, Christine Prager, Sylvia Kramer, Astrid V Fahlenkamp, Claudia SpiesAbstract:Abstract Background: Emergence-delirium is the most frequent brain dysfunction in children recovering from general anaesthesia, though the pathophysiological background remains unclear. The presented study analysed an association between emergence delirium and intraoperative Burst Suppression activity in the electroencephalogram, a period of very deep hypnosis during general anaesthesia. Methods: In this prospective, observational cohort study at the Charité - university hospital in Berlin / Germany children aged 0.5 to 8 years, undergoing planned surgery, were included between September 2015 and February 2017. Intraoperative bi-frontal electroencephalograms were recorded. Occurrence and duration of Burst Suppression periods were visually analysed. Emergence delirium was assessed using the Pediatric Assessment of Emergence Delirium Score. Results: From 97 children being analysed within this study, 40 children developed emergence delirium, and 57 children did not. Overall 52% of the children displayed intraoperative Burst Suppression periods; however, occurrence and duration of Burst Suppression (Emergence delirium group 55% / 261+462sec vs. Non-emergence delirium group 49% / 318+531sec) did not differ significantly between both groups. Conclusions: Our data reveal no correlation between the occurrence and duration of intraoperative Burst Suppression activity and the incidence of emergence delirium. Burst Suppression occurrence is frequent; however, it does not seem to have an unfavourable impact on cerebral function at emergence from general anaesthesia in children. Trail registration: NCT02481999, June 25, 2015
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emergence delirium in children is not related to intraoperative burst suppression prospective observational Electrography study
BMC Anesthesiology, 2019Co-Authors: Susanne Koch, Annamaria Stegherr, Leopold Rupp, Jochen Kruppa, Christine Prager, Sylvia Kramer, Astrid V Fahlenkamp, Claudia SpiesAbstract:Background Emergence-delirium is the most frequent brain dysfunction in children recovering from general anaesthesia, though the pathophysiological background remains unclear. The presented study analysed an association between emergence delirium and intraoperative Burst Suppression activity in the electroencephalogram, a period of very deep hypnosis during general anaesthesia.
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Emergence delirium in children is not related to intraoperative burst suppression – prospective, observational Electrography study
BMC Anesthesiology, 2019Co-Authors: Susanne Koch, Annamaria Stegherr, Leopold Rupp, Jochen Kruppa, Christine Prager, Sylvia Kramer, Astrid V Fahlenkamp, Claudia SpiesAbstract:Background Emergence-delirium is the most frequent brain dysfunction in children recovering from general anaesthesia, though the pathophysiological background remains unclear. The presented study analysed an association between emergence delirium and intraoperative Burst Suppression activity in the electroencephalogram, a period of very deep hypnosis during general anaesthesia.
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Emergence Delirium in children is not related to intraoperative Burst Suppression – prospective, observational Electrography study
2019Co-Authors: Susanne Koch, Annamaria Stegherr, Leopold Rupp, Jochen Kruppa, Christine Prager, Sylvia Kramer, Astrid V Fahlenkamp, Claudia SpiesAbstract:Abstract Background: Emergence-delirium is the most frequent brain dysfunction in children recovering from general anaesthesia, though the pathophysiological background remains unclear. The presented study analysed an association between emergence delirium and intraoperative burst suppression activity in the electroencephalogram, a period of very deep hypnosis during general anaesthesia. Methods: In this prospective, observational cohort study at the Charité - university hospital in Berlin / Germany children aged 0.5 to 8 years, undergoing planned surgery, were included between September 2015 and February 2017. Intraoperative bi-frontal electroencephalogram were recorded. Occurrence and duration of burst suppression periods were visually analysed. Emergence delirium was assessed with the Pediatric Assessment of Emergence Delirium Score. Results: From 97 children being analysed within this study, 40 children developed emergence delirium, and 57 children did not. Overall 52% of the children displayed intraoperative burst suppression periods; however, occurrence and duration of burst suppression (Emergence delirium group 55% / 261+462sec vs. Non-emergence delirium group 49% / 318+531sec) did not differ between both groups. Conclusions: Our data reveal no correlation between the occurrence and duration of intraoperative burst suppression activity and the incidence of emergence delirium. Burst suppression occurrence is frequent; however, it does not seem to have an unfavourable impact on cerebral function at emergence from general anaesthesia in children.