A randomized trial of one versus three hyperbaric oxygen sessions for acute carbon monoxide poisoning
CONCLUSIONS: There was no difference in the rate of neuropsychological sequelae in those who received three HBO₂ sessions and those who received one HBO₂ sessions and two sham sessions. The higher rate of neuropsychological sequelae compared to an earlier study may be due to neuropsychological test-retest effects or previously identified risk factors for cognitive sequelae (age, duration of poisoning, cerebellar dysfunction). This study's rates of cognitive difficulties, affective complaints, and other symptoms suggest brain injury after CO poisoning is common.PMID:37708067 (Source: Undersea and Hyperbaric Medicine)
Source: Undersea and Hyperbaric Medicine - September 14, 2023 Category: Sports Medicine Authors: Lindell K Weaver Kayla Deru Susan Churchill Antonietta Russo Source Type: research
From UPTD to ESOT: Monitoring hyperoxic exposure in surface-oriented diving
Undersea Hyperb Med. 2023 Third Quarter;50(3):301-306.ABSTRACTA recent review suggested that the measure K = t² x pO₂ [4.57] (t is exposure time in h, pO in atm) should replace unit pulmonary toxic dose (UPTD) as an exposure index for pulmonary oxygen toxicity (POT) in surface-oriented diving. K would better predict reduction in vital capacity (VC) during exposure and allow prediction of recovery. Although K is more accurate estimating VC changes than UPTD, the calculation of K is more extensive, particularly when estimating hyperoxic exposure for dives with multiple pO₂ segments. Furthermore, and in contrast with UPT...
Source: Undersea and Hyperbaric Medicine - September 14, 2023 Category: Sports Medicine Authors: Jan Risberg Pieter-Jan van Ooij Lyubisa Matity Source Type: research
A randomized trial of one versus three hyperbaric oxygen sessions for acute carbon monoxide poisoning
CONCLUSIONS: There was no difference in the rate of neuropsychological sequelae in those who received three HBO₂ sessions and those who received one HBO₂ sessions and two sham sessions. The higher rate of neuropsychological sequelae compared to an earlier study may be due to neuropsychological test-retest effects or previously identified risk factors for cognitive sequelae (age, duration of poisoning, cerebellar dysfunction). This study's rates of cognitive difficulties, affective complaints, and other symptoms suggest brain injury after CO poisoning is common.PMID:37708067 (Source: Undersea and Hyperbaric Medicine)
Source: Undersea and Hyperbaric Medicine - September 14, 2023 Category: Sports Medicine Authors: Lindell K Weaver Kayla Deru Susan Churchill Antonietta Russo Source Type: research
From UPTD to ESOT: Monitoring hyperoxic exposure in surface-oriented diving
Undersea Hyperb Med. 2023 Third Quarter;50(3):301-306.ABSTRACTA recent review suggested that the measure K = t² x pO₂ [4.57] (t is exposure time in h, pO in atm) should replace unit pulmonary toxic dose (UPTD) as an exposure index for pulmonary oxygen toxicity (POT) in surface-oriented diving. K would better predict reduction in vital capacity (VC) during exposure and allow prediction of recovery. Although K is more accurate estimating VC changes than UPTD, the calculation of K is more extensive, particularly when estimating hyperoxic exposure for dives with multiple pO₂ segments. Furthermore, and in contrast with UPT...
Source: Undersea and Hyperbaric Medicine - September 14, 2023 Category: Sports Medicine Authors: Jan Risberg Pieter-Jan van Ooij Lyubisa Matity Source Type: research
A randomized trial of one versus three hyperbaric oxygen sessions for acute carbon monoxide poisoning
CONCLUSIONS: There was no difference in the rate of neuropsychological sequelae in those who received three HBO₂ sessions and those who received one HBO₂ sessions and two sham sessions. The higher rate of neuropsychological sequelae compared to an earlier study may be due to neuropsychological test-retest effects or previously identified risk factors for cognitive sequelae (age, duration of poisoning, cerebellar dysfunction). This study's rates of cognitive difficulties, affective complaints, and other symptoms suggest brain injury after CO poisoning is common.PMID:37708067 (Source: Undersea and Hyperbaric Medicine)
Source: Undersea and Hyperbaric Medicine - September 14, 2023 Category: Sports Medicine Authors: Lindell K Weaver Kayla Deru Susan Churchill Antonietta Russo Source Type: research
From UPTD to ESOT: Monitoring hyperoxic exposure in surface-oriented diving
Undersea Hyperb Med. 2023 Third Quarter;50(3):301-306.ABSTRACTA recent review suggested that the measure K = t² x pO₂ [4.57] (t is exposure time in h, pO in atm) should replace unit pulmonary toxic dose (UPTD) as an exposure index for pulmonary oxygen toxicity (POT) in surface-oriented diving. K would better predict reduction in vital capacity (VC) during exposure and allow prediction of recovery. Although K is more accurate estimating VC changes than UPTD, the calculation of K is more extensive, particularly when estimating hyperoxic exposure for dives with multiple pO₂ segments. Furthermore, and in contrast with UPT...
Source: Undersea and Hyperbaric Medicine - September 14, 2023 Category: Sports Medicine Authors: Jan Risberg Pieter-Jan van Ooij Lyubisa Matity Source Type: research
A randomized trial of one versus three hyperbaric oxygen sessions for acute carbon monoxide poisoning
CONCLUSIONS: There was no difference in the rate of neuropsychological sequelae in those who received three HBO₂ sessions and those who received one HBO₂ sessions and two sham sessions. The higher rate of neuropsychological sequelae compared to an earlier study may be due to neuropsychological test-retest effects or previously identified risk factors for cognitive sequelae (age, duration of poisoning, cerebellar dysfunction). This study's rates of cognitive difficulties, affective complaints, and other symptoms suggest brain injury after CO poisoning is common.PMID:37708067 (Source: Undersea and Hyperbaric Medicine)
Source: Undersea and Hyperbaric Medicine - September 14, 2023 Category: Sports Medicine Authors: Lindell K Weaver Kayla Deru Susan Churchill Antonietta Russo Source Type: research
From UPTD to ESOT: Monitoring hyperoxic exposure in surface-oriented diving
Undersea Hyperb Med. 2023 Third Quarter;50(3):301-306.ABSTRACTA recent review suggested that the measure K = t² x pO₂ [4.57] (t is exposure time in h, pO in atm) should replace unit pulmonary toxic dose (UPTD) as an exposure index for pulmonary oxygen toxicity (POT) in surface-oriented diving. K would better predict reduction in vital capacity (VC) during exposure and allow prediction of recovery. Although K is more accurate estimating VC changes than UPTD, the calculation of K is more extensive, particularly when estimating hyperoxic exposure for dives with multiple pO₂ segments. Furthermore, and in contrast with UPT...
Source: Undersea and Hyperbaric Medicine - September 14, 2023 Category: Sports Medicine Authors: Jan Risberg Pieter-Jan van Ooij Lyubisa Matity Source Type: research
A randomized trial of one versus three hyperbaric oxygen sessions for acute carbon monoxide poisoning
CONCLUSIONS: There was no difference in the rate of neuropsychological sequelae in those who received three HBO₂ sessions and those who received one HBO₂ sessions and two sham sessions. The higher rate of neuropsychological sequelae compared to an earlier study may be due to neuropsychological test-retest effects or previously identified risk factors for cognitive sequelae (age, duration of poisoning, cerebellar dysfunction). This study's rates of cognitive difficulties, affective complaints, and other symptoms suggest brain injury after CO poisoning is common.PMID:37708067 (Source: Undersea and Hyperbaric Medicine)
Source: Undersea and Hyperbaric Medicine - September 14, 2023 Category: Sports Medicine Authors: Lindell K Weaver Kayla Deru Susan Churchill Antonietta Russo Source Type: research
From UPTD to ESOT: Monitoring hyperoxic exposure in surface-oriented diving
Undersea Hyperb Med. 2023 Third Quarter;50(3):301-306.ABSTRACTA recent review suggested that the measure K = t² x pO₂ [4.57] (t is exposure time in h, pO in atm) should replace unit pulmonary toxic dose (UPTD) as an exposure index for pulmonary oxygen toxicity (POT) in surface-oriented diving. K would better predict reduction in vital capacity (VC) during exposure and allow prediction of recovery. Although K is more accurate estimating VC changes than UPTD, the calculation of K is more extensive, particularly when estimating hyperoxic exposure for dives with multiple pO₂ segments. Furthermore, and in contrast with UPT...
Source: Undersea and Hyperbaric Medicine - September 14, 2023 Category: Sports Medicine Authors: Jan Risberg Pieter-Jan van Ooij Lyubisa Matity Source Type: research
A randomized trial of one versus three hyperbaric oxygen sessions for acute carbon monoxide poisoning
CONCLUSIONS: There was no difference in the rate of neuropsychological sequelae in those who received three HBO₂ sessions and those who received one HBO₂ sessions and two sham sessions. The higher rate of neuropsychological sequelae compared to an earlier study may be due to neuropsychological test-retest effects or previously identified risk factors for cognitive sequelae (age, duration of poisoning, cerebellar dysfunction). This study's rates of cognitive difficulties, affective complaints, and other symptoms suggest brain injury after CO poisoning is common.PMID:37708067 (Source: Undersea and Hyperbaric Medicine)
Source: Undersea and Hyperbaric Medicine - September 14, 2023 Category: Sports Medicine Authors: Lindell K Weaver Kayla Deru Susan Churchill Antonietta Russo Source Type: research
From UPTD to ESOT: Monitoring hyperoxic exposure in surface-oriented diving
Undersea Hyperb Med. 2023 Third Quarter;50(3):301-306.ABSTRACTA recent review suggested that the measure K = t² x pO₂ [4.57] (t is exposure time in h, pO in atm) should replace unit pulmonary toxic dose (UPTD) as an exposure index for pulmonary oxygen toxicity (POT) in surface-oriented diving. K would better predict reduction in vital capacity (VC) during exposure and allow prediction of recovery. Although K is more accurate estimating VC changes than UPTD, the calculation of K is more extensive, particularly when estimating hyperoxic exposure for dives with multiple pO₂ segments. Furthermore, and in contrast with UPT...
Source: Undersea and Hyperbaric Medicine - September 14, 2023 Category: Sports Medicine Authors: Jan Risberg Pieter-Jan van Ooij Lyubisa Matity Source Type: research
A randomized trial of one versus three hyperbaric oxygen sessions for acute carbon monoxide poisoning
CONCLUSIONS: There was no difference in the rate of neuropsychological sequelae in those who received three HBO₂ sessions and those who received one HBO₂ sessions and two sham sessions. The higher rate of neuropsychological sequelae compared to an earlier study may be due to neuropsychological test-retest effects or previously identified risk factors for cognitive sequelae (age, duration of poisoning, cerebellar dysfunction). This study's rates of cognitive difficulties, affective complaints, and other symptoms suggest brain injury after CO poisoning is common.PMID:37708067 (Source: Undersea and Hyperbaric Medicine)
Source: Undersea and Hyperbaric Medicine - September 14, 2023 Category: Sports Medicine Authors: Lindell K Weaver Kayla Deru Susan Churchill Antonietta Russo Source Type: research
From UPTD to ESOT: Monitoring hyperoxic exposure in surface-oriented diving
Undersea Hyperb Med. 2023 Third Quarter;50(3):301-306.ABSTRACTA recent review suggested that the measure K = t² x pO₂ [4.57] (t is exposure time in h, pO in atm) should replace unit pulmonary toxic dose (UPTD) as an exposure index for pulmonary oxygen toxicity (POT) in surface-oriented diving. K would better predict reduction in vital capacity (VC) during exposure and allow prediction of recovery. Although K is more accurate estimating VC changes than UPTD, the calculation of K is more extensive, particularly when estimating hyperoxic exposure for dives with multiple pO₂ segments. Furthermore, and in contrast with UPT...
Source: Undersea and Hyperbaric Medicine - September 14, 2023 Category: Sports Medicine Authors: Jan Risberg Pieter-Jan van Ooij Lyubisa Matity Source Type: research
A randomized trial of one versus three hyperbaric oxygen sessions for acute carbon monoxide poisoning
CONCLUSIONS: There was no difference in the rate of neuropsychological sequelae in those who received three HBO₂ sessions and those who received one HBO₂ sessions and two sham sessions. The higher rate of neuropsychological sequelae compared to an earlier study may be due to neuropsychological test-retest effects or previously identified risk factors for cognitive sequelae (age, duration of poisoning, cerebellar dysfunction). This study's rates of cognitive difficulties, affective complaints, and other symptoms suggest brain injury after CO poisoning is common.PMID:37708067 (Source: Undersea and Hyperbaric Medicine)
Source: Undersea and Hyperbaric Medicine - September 14, 2023 Category: Sports Medicine Authors: Lindell K Weaver Kayla Deru Susan Churchill Antonietta Russo Source Type: research
