Systematic review with meta-analysis of relative risk of prolonged times to tracheal extubation with desflurane versus sevoflurane or isoflurane

Dexter, Franklin; Hindman, Bradley J.

doi:10.1016/j.jclinane.2023.111210

Cited by 4 publications

(1 citation statement)

References 77 publications

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“…Details of this process and the outcomes of the review will be published in due course. Without giving away any spoilers, we can refer to the existing published literature which compares clinical outcomes and other endpoints (such as time to tracheal extubation) between desflurane and other anaesthetic agents [18–23]. These studies do not show evidence of improvements in patient‐centred outcomes with desflurane, but only that emergence or recovery time after general anaesthesia is quicker after a desflurane anaesthetic [22, 24].…”

Section: Patient Firstmentioning

confidence: 99%

Desflurane decommissioning: more than meets the eye

Moonesinghe

2024

Anaesthesia

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Section: Patient Firstmentioning

confidence: 99%

Desflurane decommissioning: more than meets the eye

Moonesinghe

2024

Anaesthesia

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Generalized Confidence Intervals for Ratios of Standard Deviations Based on Log-Normal Distribution when Times Follow Weibull Distributions

Chen,

Dexter

2024

J Med Syst

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Doping Strategy of Monolayer MoS₂ to Realize the Monitoring of Environmental Concentration of Desflurane: A First-Principles Study

Wang,

Fan,

Liu

et al. 2024

ACS Omega

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Desflurane is a new volatile inhalation anesthetic that is widely used in medical operation. However, various diseases can be caused by chronic exposure to desflurane, which is also a greenhouse gas. Therefore, it is urgent to find a suitable method for monitoring desflurane. In this paper, the process of doping of Pd, Pt, and Ni on the MoS2 surface is simulated to determine the stability of the doping structure based on first-principles. The adsorption properties and sensing properties of Pd-MoS2, Pt-MoS2, and Ni-MoS2 on desflurane are explored by parameters including independent gradient model based on Hirshfeld partition (IGMH), electron localization function (ELF), and density of states (DOS), sensibility, and recovery time, subsequently. The doping results show that the three doping systems (Pd-MoS2, Pt-MoS2, and Ni-MoS2) are structurally stable, and the chemical bonds are formed with MoS2. The adsorption results show the best chemisorption between Pt-MoS2 and desflurane with the chemical bonds between them. The results of IGMH, ELF, and DOS also confirm it. The sensing characterization results show that the recovery time of Pt-MoS2 ranges between 85.27 and 0.027 s, and the sensitivity ranges from 99.26 to 25.69%, all of which can meet the requirements of the sensor. Considering the adsorption effect and sensing characteristics, Pt-MoS2 can be used as a gas-sensitive material for detecting the concentration of desflurane.

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Systematic review with meta-analysis of relative risk of prolonged times to tracheal extubation with desflurane versus sevoflurane or isoflurane

Cited by 4 publications

References 77 publications

Desflurane decommissioning: more than meets the eye

Desflurane decommissioning: more than meets the eye

Generalized Confidence Intervals for Ratios of Standard Deviations Based on Log-Normal Distribution when Times Follow Weibull Distributions

Doping Strategy of Monolayer MoS₂ to Realize the Monitoring of Environmental Concentration of Desflurane: A First-Principles Study

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Systematic review with meta-analysis of relative risk of prolonged times to tracheal extubation with desflurane versus sevoflurane or isoflurane

Cited by 4 publications

References 77 publications

Desflurane decommissioning: more than meets the eye

Desflurane decommissioning: more than meets the eye

Generalized Confidence Intervals for Ratios of Standard Deviations Based on Log-Normal Distribution when Times Follow Weibull Distributions

Doping Strategy of Monolayer MoS2 to Realize the Monitoring of Environmental Concentration of Desflurane: A First-Principles Study

Contact Info

Product

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About

Doping Strategy of Monolayer MoS₂ to Realize the Monitoring of Environmental Concentration of Desflurane: A First-Principles Study