《2010年度论文集》求取 ⇩

CME Information1

Predicting and Monitoring Cancer Treatment Response with Diffusion-Weighted MRI1

Review2

CMEPredicting and Monitoring Cancer Treatment Response with Diffusion-Weighted MRIHarriet C.Thoeny and Brian D.Ross2

Original Research Neuroimaging17

Intracranial Tumor Response to Respiratory Challenges at 3.0T:Impact of Different Methods to Quantify Changes in the MR Relaxation Rate R2*Andreas Müller,Stefanie Remmele,Ingobert Wenningmann,Hans Clusmann,Frank Tr？ber,Sebastian Flacke,Roy K？nig,Jürgen Gieseke,Winfried A.Willinek,Hans H.Schild,and Petra Mürtz17

Quantitative Analysis in Clinical Applications of Brain MRI Using Independent Component Analysis Coupled With Support Vector MachineJyh-Wen Chai,Clayton Chi-Chang Chen,Chih-Ming Chiang,Yung-Jen Ho,Hsian-Min Chen,Yen-Chieh Ouyang,Ching-Wen Yang,San-Kan Lee,and Chein-I Chang24

Two-Dimensional MR Spectroscopy of Minimal Hepatic Encephalopathy and Neuropsychological Correlates In VivoAparna Singhal,Rajakumar Nagarajan,Charles H.Hinkin,Rajesh Kumar,James Sayre,Virginia Elderkin-Thompson,Amir Huda,Rakesh K.Gupta,Steven-Huy Han,and M.Albert Thomas35

MR Elastography of the Ex Vivo Bovine GlobeDaniel V.Litwiller,Sung J.Lee,Arunark Kolipaka,Yogesh K.Mariappan,Kevin J.Glaser,Jose S.Pulido,and Richard L.Ehman44

Visualization of Cerebral Microbleeds with Dual-Echo T2*-Weighted Magnetic Resonance Imaging at 7.0 TMandy M.A.Conijn,Mirjam I.Geerlings,Peter R.Luijten,Jaco J.M.Zwanenburg,Fredy Visser,Geert Jan Biessels,and Jeroen Hendrikse52

Reproducibility of In Vivo Magnetic Resonance Imaging-Based Measurement of Myelin WaterIves R.Levesque,Charmaine L.L.Chia,and G.Bruce Pike60

Microstructural Changes in Patients with Progressive Supranuclear Palsy:A Diffusion Tensor Imaging StudyJiunJie Wang,YauYau Wai,Wey-Yil Lin,ShuHang Ng,Chi-Hong Wang,RenHsiang Hsieh,ChungHuang Hsieh,Rou-Shayn Chen,and Chin-Song Lu69

Diffusion Tensor Imaging of the Pediatric Optic Nerve:Intrinsic and Extrinsic Pathology Compared to Normal ControlsJoshua P.Nickerson,Michael B.Salmela,Chris J.Koski,Trevor Andrews,and Christopher G.Filippi76

Vital Signs and Cognitive Function Are Not Affected by 23-Sodium and 17-Oxygen Magnetic Resonance Imaging of the Human Brain at 9.4 TIan C.Atkinson,Rachel Sonstegaard,Neil H.Pliskin,and Keith R.Thulborn82

Cardiovascular Imaging88

Comparison of Dual to Single Contrast Bolus Magnetic Resonance Myocardial Perfusion Imaging for Detection of Significant Coronary Artery DiseaseJan G.J.Groothuis,Frans P.P.J.Kremers,Aernout M.Beek,Stijn L.Brinckman,Alvin C.Tuinenburg,Michael Jerosch-Herold,Albert C.van Rossum,and Mark B.M.Hofman88

Thoracic Imaging94

Morphological Features and Clinical Feasibility of Thoracic Duct:Detection With Nonenhanced Magnetic Resonance Imaging at 3.0 TYu De-xin,Ma Xiang-xing,Zhang Xiao-ming,Wang Qing,and Li Chuan-fu94

Breast Imaging101

Freehand MRI-Guided Preoperative Needle Localization of Breast Lesions After MRI-Guided Vacuum-Assisted Core Needle Biopsy Without Marker PlacementStephanie M.W.Y.van de Ven,Margaret C.Lin,Bruce L.Daniel,Priya Sareen,Jafi A.Lipson,Sunita Pal,Frederick M.Dirbas,and Debra M.Ikeda101

Robust Segmentation of Mass-lesions in Contrast-Enhanced Dynamic Breast MR ImagesLina A.Meinel,Thomas Buelow,Dezheng Huo,Akiko Shimauchi,Ursula Kose,Johannes Buurman,and Gillian Newstead110

Detecting Blood Oxygen Level-Dependent(BOLD)Contrast in the BreastRebecca Rakow-Penner,Bruce Daniel,and Gary H.Glover120

Gastrointestinal Imaging130

Value of Diffusion-Weighted Magnetic Resonance Images for Discrimination of Focal Benign and Malignant Hepatic Lesions:A Meta-AnalysisDong Xia,Jiyong Jing,Haiping Shen,and Jianjun Wu130

Utility of Diffusion-Weighted MRI in Distinguishing Benign and Malignant Hepatic LesionsFrank H.Miller,Nancy Hammond,Aheed J.Siddiqi,Sagar Shroff,Gaurav Khatri,Yi Wang,Laura B.Merrick,and Paul Nikolaidis138

Noninvasive Quantification of Hepatic Steatosis in Rats Using 3.0 T 1H-Magnetic Resonance SpectroscopyH.A.Marsman,J.R.van Werven,A.J.Nederveen,F.J.ten Kate,M.Heger,J.Stoker,and T.M.van Gulik148

Genitourinary Imaging155

Reproducibility and Correlation Between Quantitative and Semiquantitative Dynamic and Intrinsic Susceptibility-Weighted MRI Parameters in the Benign and Malignant Human ProstateRoberto Alonzi,N,Jane Taylor,J.James Stirling,James A.d'Arcy,David J.Collins,Michele I.Saunders,Peter J.Hoskin,and Anwar R.Padhani155

Musculoskeletal Imaging165

Magnetic Resonance Histologic Correlation in Rotator Cuff TendonsFlorian M.Buck,Holger Grehn,Monika Hilbe,Christian W.A.Pfirrmann,Silvana Manzanell,and Juerg Hodler165

Cartilage Morphology at 3.0T:Assessment of Three-Dimensional Magnetic Resonance Imaging TechniquesChristina A.Chen,Richard Kijowski,Lauren M.Shapiro,Michael J.Tuite,Kirkland W.Davis,Jessica L.Klaers,Walter F.Block,Scott B.Reeder,and Garry E.Gold173

Vascular Imaging184

In Vivo Vascular Hallmarks of Diffuse LeukoaraiosisJinsoo Uh,Uma Yezhuvath,Yamei Cheng,and Hanzhang Lu184

Reproducibility of Black Blood Dynamic Contrast-Enhanced Magnetic Resonance Imaging in Aortic Plaques of Atherosclerotic RabbitsClaudia Calcagno,Esad Vucic,Venkatesh Mani,Gregg Goldschlager,and Zahi A.Fayad191

Body Imaging199

Pretreatment and Early Intratreatment Prediction of Clinicopathologic Response of Head and Neck Cancer to Chemoradiotherapy Using 1H-MRSAnn D.King,David K.W.Yeung,Kwok-hung Yu,Frankie K.F.Mo,Kunwar S.Bhatia,Gary M.K.Tse,Alexander C.Vlantis,Jeffrey K.T.Wong,Chen-wen Hu,and Anil T.Ahuja199

Adipose Tissue Distribution in Children:Automated Quantification Using Water and Fat MRIJoel Kullberg,Ann-Katrine Karlsson,Eira Stokland,P？r-Arne Svensson,and Jouanna Dahlgren204

Technical Developments211

Iterative Image Reconstruction for PROPELLER-MRI Using the Nonuniform Fast Fourier TransformAshish A.Tamhane,Mark A.Anastasio,Minzhi Gui,and Konstantinos Arfanakis211