The Experts below are selected from a list of 303 Experts worldwide ranked by ideXlab platform
Xiaobo Yang - One of the best experts on this subject based on the ideXlab platform.
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improving cardiopulmonary resuscitation in the emergency department by real time Video Recording and regular feedback learning
Resuscitation, 2010Co-Authors: Cheng Jiang, Yan Zhao, Zhiqiao Chen, Sheng Chen, Xiaobo YangAbstract:Abstract Aim of the study Improvement in the quality of cardiopulmonary resuscitation (CPR) may improve the survival rate following cardiac arrest. The aims of our study were to describe how Recording of CPR maneuvers performed in our emergency department with real-time Video and regular feedback learning may improve CPR. Methods A digital Video-Recording system enabled us to record and analyze CPR procedures for adult patients from March 2007 to July 2008. Our resuscitation teams received Video-Recording feedback learning every week. Results and conclusions We analyzed 45 cases, divided into three groups of 15 consecutive patients. Instantaneous rates of chest compression showed variation with 75% exceeding 110cpm. There was a significant difference in instantaneous rates among groups (135 [112–150] in group 1, 123 [110–136] in group 2 and 124 [111–137]cpm in group 3, P P =0.04). There were significant differences in hands-off time per minute among the groups (11 [3–28], 6 [2–21] and 7 [2–19]smin −1 , P P =0.01), but not in time delay to first ventilation (91 [31–190], 65 [17–121] and 24 [9–64]s, P =0.08). Data are median [25–75% interquartile]. Regular feedback learning from real-time Video Recording may improve the quality of major CPR variables.
Shivanand Sheth - One of the best experts on this subject based on the ideXlab platform.
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Video Recording in ophthalmic surgery
Survey of ophthalmology, 2019Co-Authors: Brandon C. Thia, Nathan J. Wong, Shivanand ShethAbstract:Abstract Video Recording in ophthalmic surgery has immense potential to drive quality improvement in patient care, ophthalmology training, and research. Not only do surgical Videos permit introspective and critical analyses of surgical technique, they also allow for objective assessment, allow for more informative audits, and are an invaluable medium for surgical education. Unfortunately, medical-grade Video Recording equipment is often costly. Various novel methods of Video Recording that utilize commercially available products offer adequate alternatives. Certain ethical and legal issues also need to be considered before the commencement of Video Recording in the operating room to protect both the patient and surgeon. We review the current applications and methods of Video Recording in ophthalmic surgery described in the literature, as well as the potential ethical and legal issues surrounding Video Recording.
Cheng Jiang - One of the best experts on this subject based on the ideXlab platform.
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improving cardiopulmonary resuscitation in the emergency department by real time Video Recording and regular feedback learning
Resuscitation, 2010Co-Authors: Cheng Jiang, Yan Zhao, Zhiqiao Chen, Sheng Chen, Xiaobo YangAbstract:Abstract Aim of the study Improvement in the quality of cardiopulmonary resuscitation (CPR) may improve the survival rate following cardiac arrest. The aims of our study were to describe how Recording of CPR maneuvers performed in our emergency department with real-time Video and regular feedback learning may improve CPR. Methods A digital Video-Recording system enabled us to record and analyze CPR procedures for adult patients from March 2007 to July 2008. Our resuscitation teams received Video-Recording feedback learning every week. Results and conclusions We analyzed 45 cases, divided into three groups of 15 consecutive patients. Instantaneous rates of chest compression showed variation with 75% exceeding 110cpm. There was a significant difference in instantaneous rates among groups (135 [112–150] in group 1, 123 [110–136] in group 2 and 124 [111–137]cpm in group 3, P P =0.04). There were significant differences in hands-off time per minute among the groups (11 [3–28], 6 [2–21] and 7 [2–19]smin −1 , P P =0.01), but not in time delay to first ventilation (91 [31–190], 65 [17–121] and 24 [9–64]s, P =0.08). Data are median [25–75% interquartile]. Regular feedback learning from real-time Video Recording may improve the quality of major CPR variables.
Brandon C. Thia - One of the best experts on this subject based on the ideXlab platform.
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Video Recording in ophthalmic surgery
Survey of ophthalmology, 2019Co-Authors: Brandon C. Thia, Nathan J. Wong, Shivanand ShethAbstract:Abstract Video Recording in ophthalmic surgery has immense potential to drive quality improvement in patient care, ophthalmology training, and research. Not only do surgical Videos permit introspective and critical analyses of surgical technique, they also allow for objective assessment, allow for more informative audits, and are an invaluable medium for surgical education. Unfortunately, medical-grade Video Recording equipment is often costly. Various novel methods of Video Recording that utilize commercially available products offer adequate alternatives. Certain ethical and legal issues also need to be considered before the commencement of Video Recording in the operating room to protect both the patient and surgeon. We review the current applications and methods of Video Recording in ophthalmic surgery described in the literature, as well as the potential ethical and legal issues surrounding Video Recording.
Dave Murray - One of the best experts on this subject based on the ideXlab platform.
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audio and Video Recording system for routine documentation of fluoroscopic procedures
Journal of Vascular and Interventional Radiology, 2010Co-Authors: Benjamin J Jacobs, James R Duncan, Mandie Street, Dave MurrayAbstract:Because aviation and other reliable systems routinely record and analyze performance, the authors investigated the feasibility and utility of installing a system capable of Recording image–guided procedures. An audio/Video Recording system adapted from those used in simulation laboratories was installed in a new pediatric interventional radiology suite. In this report, the authors describe the Recording system as well as how it can be used to study radiation use during individual procedures. These results illustrate how routinely Recording more than 300 procedures during the past 14 months and the detailed analysis of selected Recordings can provide insights that lead to continual improvements in performance.
