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59篇 您的检索式:作者名="Akrami"
    题名 作者 年代 出处 被引量
1Evaluation of RPE65,CRALBP,VEGF,CD68,and tyrosinase gene expression in human retinal pigment epithelial cells cultured on amniotic membrane显示文摘Akrami H Soheili ZS Sadeghizadeh M 0,,5:1
2Saccular damage in patients with high-frequency sensorineural hearing loss显示文摘A. A. Sazgar V. Dortaj K. Akrami S. Akrami A. R. Karimi Yazdi 2006European Archives of Oto-Rhino-Laryngology2006,,7:1
3Gold-deferrioxamine nanometric interface for selective recognition of Fe(Ⅲ)using square wave voltammetry and electrochemical impedance spectroscopy methods显示文摘Shervedani R K Akrami Z 2013Biosensors and Bioelectronics2013,39,1:1
4Engineered Infilled Frame: Behavior and Calibration显示文摘Mohammadi M Akrami V 2010Journal of Constructional Steel Reseach2010,66,6:1
5Evaluation of intrapleural contrast-enhanced abdominal pelvic CT-scan in detecting diaphragm injury in stable patients with thoraco-abdominal stab wound: A preliminary study显示文摘Hamid Reza Abbasy Farzad Panahi Sepideh Sefidbakht Majid Akrami Shahram Paydar Sedighe Mirhashemi Shahram Bolandparvaz Kambiz Asaadi Roohollah Salahi 2011Injury2011,,9:1
6Methods to Improve Infilled Frame Ductility 显示文摘Mohammadi M Akrami V Mohammadi-Ghazi R 2011Journal of Structural Engineering2011,137,6:1
7Effect of dietary mannan oligosaccharide on growth perform- ance, survival, body composition and some hematolog- ical parameters of carp juvenile (Cyprinus carpio) 显示文摘Akrami R Ghelichi A Karampour B A 2012Scientific-Research Journal of Animal Environ- ment2012,4,2:1
8Necrotizing Pancreatitis as an Unusual Cause of Severe Abdominal Pain during Pregnancy显示文摘SV Hosseini SR Baezzat M Akrami 2010Iranian Red Crescent Medical Journal2010,12,2:1
9An engineered infilled frame: behavior and calibration 显示文摘Mohammadi M Akrami V 2010Journal of Constructional Steel Research2010,,66:1
10Antioxidant and antimicrobial active paper based on zataria (zataria multiflora) and two cumin cultivars (Cuminum cyminum)显示文摘Akrami F Rodriguez-Lafuente A Bentayed K 2015LWT-Food Science and Technology2015,60,2:1
11Effects of anethum graveolens and garlic on lipid profile in hyperlipidemic patients 显示文摘Kojuri J Vosoughi AR Akrami M 2007Lipids Health Dis2007,6,:1
12Dynamic proper- ties of substation support structures 显示文摘KARAMI M R AKRAMI V NIKFAR F 2012Journal of Con- structional Steel Research2012,,78:1
13Effects of anethum grave- olens and garlic on lipid profile in hyperlipidemie patients 显示文摘Kojuri J Vosoughi AR Akrami M 2007Lipids Health Dis2007,6,:1
14Dynamics and bifurcations of a host-parasite model显示文摘Ali Atabaigi Mohammad Hossein Akrami 2017International Journal of Biomathematics2017,10,6:1
15Electrocatalytic characteristics of uric acid oxidation at graphite- zeolite- modified electrode doped with iron (III) 显示文摘MAZLOUM M ARDAKANI Z AKRAMI 2006Journal of Electroanalytical Chemistry2006,586,:1
16Chlamydia pneurnoniae in the atherosclerotic plaques of coronary artery disease patients显示文摘Izadi M Faze Akrami M 2013Acta Medica Iranica2013,51,12:1
17The association between im-plicit and explicit prejudice: The moderating role ofmotivation to control prejudiced reactions 显示文摘Akrami N Ekehammar B 2005Scandi-navian Journal of Psychology2005,46,4:1
18Structural reliability of offshore platforms considering fatigue damage and different failure scenarios显示文摘GHOLIZAD A GOLAFSHANI A A AKRAMI V 2012Ocean Engineering2012,46,:1
19FT-IR characterization of pitches derived from Avgamasya asphaltite and Raman-Dincerheavy crude显示文摘AKRAMI H A YARDIM M F AKAR A 1997Fuel1997,76,:1
20Subject-specific Finite Element Modelling of the Human Shoulder Complex Part 1:Model Construction and Quasi-static Abduction Simulation显示文摘Human shoulder joints exhibit stable but highly active characteristics due to a large amount of soft tissues.Finite Element(FE)modelling plays an important role in enhancing our understanding of the mechanism of shoulder disorders.However,the previous FE shoulder models largely neglected the Three-Dimensional(3D)volume of soft tissues and their sophisticated interactions with the skeletons.This study develops a 3D model of the rotator cuff and deltoid muscles and tendons.It also includes cartilage and,for the first time,main ligaments around the joint to provide a better computational representation of the delicate interaction of the soft tissues.This model has potential value for studying the force transfer mechanism and overall joint stability variation caused by 3D pathological changes of rotator cuff tendons.Motion analysis systems and Magnetic Resonance(MR)scans were used to collect shoulder movement and geometric data from a young healthy subject,respectively.Based on MR images,a FE model with detailed representations of the musculoskeletal components was constructed.A multi-body model and the measured motion data were utilised to estimate the loading and boundary conditions.Quasi-static FE analyses simulated four instants of the measured scapular abduction.Simultaneously determined glenohumeral motion,stress/strain distribution in soft tissues,contact area,and mean/peak contact pressure were found to increase monotonically from 0°to 30°of abduction.The results of muscle forces,bone-on-bone contact force,and superior-inferior movement of the humeral centre during motion were consistent with previous experimental and numerical results.It is concluded that the constructed FE shoulder model can accurately estimate the biomechanics in the investigated range of motion and may be further used for the comprehensive study of shoulder musculoskeletal disorders.Manxu Zheng Zhihui Qian Zhenmin Zou Chris Peach Mohammad Akrami Lei Ren 2020Journal of Bionic Engineering2020,17,6:1
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