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13篇 您的检索式:作者名="Romil"
    题名 作者 年代 出处 被引量
1Oxidative Stress in Chronic Liver Disease: Relationship Between Peripheral and Hepatic Measurements显示文摘Raj Vuppalanchi Ravi Juluri Lauren N. Bell Marwan Ghabril Lisa Kamendulis James E. Klaunig Romil Saxena David Agarwal Matthew S. Johnson Naga Chalasani 2011The American Journal of the Medical Sciences2011,,4:1
2Finite Element Implementation of a New Sandwich Homogenization Procedure显示文摘Romil Tanov Ala Tabiei 2000Composite Structure2000,50,:1
3A nonlinear higher order shear deformation shell element for dynamic explicit analysis: Part I, Formulation and finite element equations 显示文摘Ala Tabiei Romil Tanov 2000Finite Elements in Analysis and Design2000,36,1:1
4Utility of pre‐procurement bedside liver biopsy in the deceased extended‐criteria liver donor显示文摘Richard S. Mangus Tim C. Borup Sam Popa Romil Saxena Oscar Cummings A. Joseph Tector 2014Clin Transplant2014,,12:1
5Complete Reversal of Glycogen Hepatopathy With Pancreas Transplantation: Two Cases显示文摘Jonathan A. Fridell Romil Saxena Naga P. Chalasani William C. Goggins John A. Powelson Oscar W. Cummings 2007Transplantation2007,,1:1
6Clonal origin of multifocal hepatocellular carcinoma显示文摘Kurt B H Oscar W C Romil S 2010Cancer2010,116,17:1
7Nutritional model of steatohepatitis and metabolic syndrome in the ossabaw miniature swine显示文摘Lydia L Mouhamad A Romil S 2009Hepatology2009,50,1:1
8Tales from the Liao Chai Chil Yi 显示文摘Clement Francis Romill Allen China Review or Notes and Queries on the Far East0,1874,:1
9A nonlinear higher order sheardeformation shell element for dynamic explicit analysis:Part, formulation and finite element equations 显示文摘Ala Tabiei Romil Tanov 2000FiniteElements in Analysis and Design2000,36,1:1
10Finite element implementation of a new sandwich homogenization procedure 显示文摘ROMIL T ALA T 2000Composite Structure2000,,50:1
11Finite element implementation of a new sandwich homogenization procedure显示文摘Romil Tanov Ala Tabiei 2000Composite Structure2000,50,:1
12胡志明市守添新区规划显示文摘守添新区位于胡志明市老城区西贡河旁的半岛上,区域总面积约为647hm2。Sasaki设计团队为守添新区制定了一个历时九年的总体规划——从2003年Sasaki获得守添新区国际设计竞赛第一名到2012年与守添新区投资和建设局进行合作。Sasaki设计团队的总体规划重点是将守添新区发展成一个可持续的、充满活力的混合功能中心商业区。规划建立在交通、用地和公共空间框架基础上,整合了现有西贡河下游的生态状况,并呼应了越南南部的气候条件。守添新区的规划增强了城市与河流的特殊联系,成为胡志明市可持续发展的模范。Dennis Pieprz Mitch Glass Romil Sheth Vee Petchthevee Hsing-Chin Lee Haley Heard Ken Goulding Andy McClurg Victor Eskinazi 2017城市建筑2017,0,12:0
13Association of latitude and altitude with adverse outcomes in patients with COVID-19: The VIRUS registry显示文摘BACKGROUND The coronavirus disease 2019(COVID-19)course may be affected by environmental factors.Ecological studies previously suggested a link between climatological factors and COVID-19 fatality rates.However,individual-level impact of these factors has not been thoroughly evaluated yet.AIM To study the association of climatological factors related to patient location with unfavorable outcomes in patients.METHODS In this observational analysis of the Society of Critical Care Medicine Discovery Viral Infection and Respiratory Illness Universal Study:COVID-19 Registry cohort,the latitudes and altitudes of hospitals were examined as a covariate for mortality within 28 d of admission and the length of hospital stay.Adjusting for baseline parameters and admission date,multivariable regression modeling was utilized.Generalized estimating equations were used to fit the models.RESULTS Twenty-two thousand one hundred eight patients from over 20 countries were evaluated.The median age was 62(interquartile range:49-74)years,and 54%of the included patients were males.The median age increased with increasing latitude as well as the frequency of comorbidities.Contrarily,the percentage of comorbidities was lower in elevated altitudes.Mortality within 28 d of hospital admission was found to be 25%.The median hospital-free days among all included patients was 20 d.Despite the significant linear relationship between mortality and hospital-free days(adjusted odds ratio(aOR)=1.39(1.04,1.86),P=0.025 for mortality within 28 d of admission;aOR=-1.47(-2.60,-0.33),P=0.011 for hospital-free days),suggesting that adverse patient outcomes were more common in locations further away from the Equator;the results were no longer significant when adjusted for baseline differences(aOR=1.32(1.00,1.74),P=0.051 for 28-day mortality;aOR=-1.07(-2.13,-0.01),P=0.050 for hospital-free days).When we looked at the altitude’s effect,we discovered that it demonstrated a non-linear association with mortality within 28 d of hospital admission(aOR=0.96(0.62,1.47),1.04(0.92,1.19),0.49(0.22,0.90),and 0.51(0.27,0.98),for the altitude points of 75 MASL,125 MASL,400 MASL,and 600 MASL,in comparison to the reference altitude of 148 m.a.s.l,respectively.P=0.001).We detected an association between latitude and 28-day mortality as well as hospital-free days in this worldwide study.When the baseline features were taken into account,however,this did not stay significant.CONCLUSION Our findings suggest that differences observed in previous epidemiological studies may be due to ecological fallacy rather than implying a causal relationship at the patient level.Aysun Tekin Shahraz Qamar Romil Singh Vikas Bansal Mayank Sharma Allison M LeMahieu Andrew C Hanson Phillip J Schulte Marija Bogojevic Neha Deo Simon Zec Diana J Valencia Morales Katherine A Belden Smith F Heavner Margit Kaufman Sreekanth Cheruku Valerie C Danesh Valerie M Banner-Goodspeed Catherine A St Hill Amy B Christie Syed A Khan Lynn Retford Karen Boman Vishakha KKumar John C O'Horo Juan Pablo Domecq Allan J Walkey Ognjen Gajic Rahul Kashyap Salim Surani TheSociety of Critical Care Medicine(SCCM)Discovery Viral Infection and Respiratory Illness Universal Study(VIRUS):COVID-Registry Investigator Group 2022World Journal of Critical Care Medicine2022,11,2:0
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