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99篇 您的检索式:作者名="TERENCE G"
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1Sequential organ failure assessment score is superior to other prognostic indices in acute pancreatitis显示文摘BACKGROUND Acute pancreatitis(AP)is a common surgical condition,with severe AP(SAP)potentially lethal.Many prognostic indices,including;acute physiology and chronic health evaluation II score(APACHE II),bedside index of severity in acute pancreatitis(BISAP),Glasgow score,harmless acute pancreatitis score(HAPS),Ranson’s score,and sequential organ failure assessment(SOFA)evaluate AP severity and predict mortality.AIM To evaluate these indices'utility in predicting severity,intensive care unit(ICU)admission,and mortality.METHODS A retrospective analysis of 653 patients with AP from July 2009 to September 2016 was performed.The demographic,clinical profile,and patient outcomes were collected.SAP was defined as per the revised Atlanta classification.Values for APACHE II score,BISAP,HAPS,and SOFA within 24 h of admission were retrospectively obtained based on laboratory results and patient evaluation recorded on a secure hospital-based online electronic platform.Data with<10%missing data was imputed via mean substitution.Other patient information such as demographics,disease etiology,and patient outcomes were also derived from electronic medical records.RESULTS The mean age was 58.7±17.5 years,with 58.7%males.Gallstones(n=404,61.9%),alcohol(n=38,5.8%),and hypertriglyceridemia(n=19,2.9%)were more common aetiologies.81(12.4%)patients developed SAP,20(3.1%)required ICU admission,and 12(1.8%)deaths were attributed to SAP.Ranson’s score and APACHE-II demonstrated the highest sensitivity in predicting SAP(92.6%,80.2%respectively),ICU admission(100%),and mortality(100%).While SOFA and BISAP demonstrated lowest sensitivity in predicting SAP(13.6%,24.7%respectively),ICU admission(40.0%,25.0%respectively)and mortality(50.0%,25.5%respectively).However,SOFA demonstrated the highest specificity in predicting SAP(99.7%),ICU admission(99.2%),and mortality(98.9%).SOFA demonstrated the highest positive predictive value,positive likelihood ratio,diagnostic odds ratio,and overall accuracy in predicting SAP,ICU admission,and mortality.SOFA and Ranson’s score demonstrated the highest area under receiver-operator curves at 48 h in predicting SAP(0.966,0.857 respectively),ICU admission(0.943,0.946 respectively),and mortality(0.968,0.917 respectively).CONCLUSION The SOFA and 48-h Ranson’s scores accurately predict severity,ICU admission,and mortality in AP,with more favorable statistics for the SOFA score.Thomas Zheng Jie Teng Jun Kiat Thaddaeus Tan Samantha Baey Sivaraj K Gunasekaran Sameer P Junnarkar Jee Keem Low Cheong Wei Terence Huey Vishal G Shelat 2021World Journal of Critical Care Medicine2021,10,6:9
2Improving the mechanical properties of magnesium and a magnesium alloy through severe plastic deformation显示文摘Akihiro Yamashita Zenji Horita Terence G Langdon 2001Materials Science and Engineering2001,300,:2
3Creep of ceramics显示文摘W Roger Cannon Terence G Langdon 1983Journalof Materials Science1983,18,1:1
4Improving the mechanical properties of magnesium and a magnesium alloy through severe plastic deformation显示文摘Akihiro Y Zenji H Terence G 2001Materials Science and Engineering A2001,,300:1
5Microstructures and microhardness of an aluminum alloy and pure copper after processing by high-pressure torsion显示文摘Zenji Horita Terence G Langdon 2005Materials Science and Engineering2005,,:1
6The principles of grain refinement in equal-channel angular pressing显示文摘Terence G Langdon 2007Mater Sci Eng A2007,462,12:1
7Using high-pressure torsion for metal processing: Fundamentals and applications 显示文摘ZHILYAEV Alexander P LANGDON Terence G 2008Progress in Materials Science2008,53,:1
8A literature review of cardiopulmonary bypass models for rats显示文摘Philippe K Terence G Chandi P 1999Perfusion1999,14,6:1
9Achieving superplasticity in a Cu-40%Zn alloy through severe plastic deformation显示文摘Koji Neishi Zenji Horita Terence G 2001Scripta Materialla2001,45,:1
10Sarcoplasmic reticulum Ca2 + release and muscle fa- tigue显示文摘Terence G 1999JAppl Physiol1999,87,2:1
11Principles of equal channel angular pressing as a processing tool for grain refine- ment 显示文摘Ruslan Z Valiey Terence G Langdon 2006Progress in Materials Science2006,51,7:1
12Principles of equal-channel angular pressing as a processing tool for grain refinement显示文摘Ruslan Z Terence G 2006Progress in Materials Science2006,,51:1
13Improving the mechanical properties of magnesium and a magnesium alloy though severe plastic deformation 显示文摘Akihiro Y Zenji H Terence G L 2001Materials Science and Engineering2001,300,:1
14Grain boundary sliding revisited: developments in sliding over four decades显示文摘TERENCE LANGDON G 2006Journal of Materials Science2006,41,:1
15The interest-major congruence and collge success relation: a longitudinal study显示文摘Terence J G Tmcey Steven B Robbins 2006Journal of Vocational Behavior Volume 69 Issue l2006,8,10:1
16Improving the mechanical properties of magnesium and a magnesium alloy through severe plastic deformation显示文摘YAMASHITA Akihiro HORITA Zenji LANGDON Terence G 2001Materials Science and Engineering2001,300,:1
17Factors influencing the shearing patterns in equal- channel angular pressing 显示文摘Minoru Furukawa Zenji Horita Terence G Langdon 2002Materials Science and Engineering2002,332,12:1
18Influence of pressing temperature on microstructural development in equal-channel angular pressing显示文摘Akihiro Yamashita Daisuke Yamaguchi Zenji Horita Terence G Langdon 2000Materials Science & Engineering A2000,,1:1
19Principles of equal-channel angular pressing as a processing tool for grain refinement 显示文摘Ruslan Z Valiev Terence G 2006Progress in Materials Science2006,,51:1
20Langdon, Improving the mechanical properties of magnesium and a magnesium alloy through severe plastic deformation显示文摘Akihiro Yamsshit Zenji Horit Terence G 2001Materials Science and Engineering2001,300,:1
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