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1. Full Text Myocardial T1rho mapping of patients with end‐stage renal disease and its comparison with T1 mapping and T2 mapping: A feasibility and reproducibility study
by Wang, Lin and Yuan, Jing and Zhang, Shi‐Jun and Gao, Min and Wang, Yuan‐Cheng and Wang, Yi‐Xiang and Ju, Shenghong
Journal of magnetic resonance imaging, ISSN 1053-1807, 09/2016, Volume 44, Issue 3, pp. 723 - 731
cardiac function | myocardial injury | T1rho | T2 mapping | endstage renal disease | T1 mapping | rho | mapping | Heart | Medicine, Experimental | Medical research | Chronic kidney failure | Cardiac patients
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2. Full Text T1 and T2 Mapping in Cardiology: "mapping the Obscure Object of Desire"
by Mavrogeni, Sophie and Apostolou, Dimitris and Argyriou, Panayiotis and Velitsista, Stella and Papa, Lilika and Efentakis, Stelios and Vernardos, Evangelos and Kanoupaki, Mikela and Kanoupakis, George and Manginas, Athanassios
Cardiology, ISSN 0008-6312, 08/2017, Volume 138, Issue 4, pp. 207 - 217
Cardiovascular magnetic resonance | T2 mapping | Heart diseases | T1 mapping | Cardiac & Cardiovascular Systems | Life Sciences & Biomedicine | Cardiovascular System & Cardiology | Science & Technology | Heart - physiopathology | Magnetic Resonance Imaging | Image Processing, Computer-Assisted | Humans | Fibrosis | Myocardium - pathology | Heart Diseases - diagnostic imaging | Heart - diagnostic imaging | Index Medicus
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3. Full Text T2-based fiber orientation mapping
by Lee, Jongho and van Gelderen, Peter and Kuo, Li-Wei and Merkle, Hellmut and Silva, Afonso C and Duyn, Jeff H
NeuroImage (Orlando, Fla.), ISSN 1053-8119, 07/2011, Volume 57, Issue 1, pp. 225 - 234
R2 | Fiber tracking | Magnetic susceptibility anisotropy in white matter | Susceptibility tensor imaging (STI) | Diffusion tensor imaging (DTI) | T2⁎ relaxation | T2 relaxation | Magnetic Resonance Imaging | Adult | Brain Mapping - methods | Image Processing, Computer-Assisted - methods | Anisotropy | Humans | Index Medicus | magnetic susceptibility anisotropy in white matter | susceptibility tensor imaging (STI) | diffusion tensor imaging (DTI) | fiber tracking
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4. Full Text Rapid and accurate T2 mapping from multi–spin‐echo data using Bloch‐simulation‐based reconstruction
by Ben‐Eliezer, Noam and Sodickson, Daniel K and Block, Kai Tobias
Magnetic resonance in medicine, ISSN 0740-3194, 02/2015, Volume 73, Issue 2, pp. 809 - 817
T2 mapping | quantitative MRI | Quantitative MRI | mapping | Reproducibility of Results | Algorithms | Information Storage and Retrieval - methods | Brain - anatomy & histology | Humans | Image Interpretation, Computer-Assisted - methods | Sensitivity and Specificity | Echo-Planar Imaging - methods | Image Enhancement - methods | Spin Labels | Index Medicus
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5. Full Text Accelerated MR parameter mapping with low‐rank and sparsity constraints
by Zhao, Bo and Lu, Wenmiao and Hitchens, T. Kevin and Lam, Fan and Ho, Chien and Liang, Zhi‐Pei
Magnetic resonance in medicine, ISSN 0740-3194, 08/2015, Volume 74, Issue 2, pp. 489 - 498
joint sparsity constraint | T2 mapping | constrained reconstruction | parameter mapping | low‐rank constraint | T1 mapping | Joint sparsity constraint | Low-rank constraint | Parameter mapping | mapping | Constrained reconstruction | low-rank constraint | Life Sciences & Biomedicine | Radiology, Nuclear Medicine & Medical Imaging | Science & Technology | Data Compression - methods | Reproducibility of Results | Algorithms | Brain - anatomy & histology | Humans | Image Interpretation, Computer-Assisted - methods | Sensitivity and Specificity | Magnetic Resonance Imaging - methods | Signal Processing, Computer-Assisted | Female | Male | Image Enhancement - methods | Index Medicus
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6. Full Text Quantitative multi-parameter mapping of R1, PD, MT, and R2 at 3T: A multi-center validation
by Weiskopf, Nikolaus and Suckling, John and Williams, Guy and Correia M, Marta and Inkster, Becky and Tait, Roger and Ooi, Cinly and Bullmore T, Edward and Lutti, Antoine
Frontiers in neuroscience, ISSN 1662-4548, 2013, Volume 7, Issue 7, pp. 95 - 95
Multi-center | qMRI | MPM | Studies | Neuroimaging | Medical imaging | Nuclear magnetic resonance--NMR | Magnetic resonance imaging | Bias | Morphometry | Substantia grisea | Movement disorders | magnetization transfer | PD | quantitative | T2 | MT
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7. Full Text Black blood myocardial T2 mapping
by Wang, Chengyan and Jang, Jihye and Neisius, Ulf and Nezafat, Maryam and Fahmy, Ahmed and Kang, Jinkyu and Rodriguez, Jennifer and Goddu, Beth and Pierce, Patrick and Berg, Sophie and Zhang, Jue and Wang, Xiaoying and Nezafat, Reza
Magnetic resonance in medicine, ISSN 0740-3194, 01/2019, Volume 81, Issue 1, pp. 153 - 166
myocardial edema | black blood | partial volume effect | myocardial T2 mapping | double inversion recovery | myocardial T | mapping | Medicine, Experimental | Medical research | Heart beat | Numerical analysis | Analysis | Cardiac patients | Myocardial infarction | Computer simulation | Mapping | Patients | Blood | Blood flow | Image acquisition | Heart rate | Artifacts | Maps | Subjective assessment | Magnetic resonance imaging | Swine | Myocardium | Infarction | In vivo methods and tests | Livestock | Diagnostic systems | Index Medicus
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8. Full Text Three‐dimensional simultaneous brain T1, T2, and ADC mapping with MR Multitasking
by Ma, Sen and Nguyen, Christopher T and Han, Fei and Wang, Nan and Deng, Zixin and Binesh, Nader and Moser, Franklin G and Christodoulou, Anthony G and Li, Debiao
Magnetic resonance in medicine, ISSN 0740-3194, 07/2020, Volume 84, Issue 1, pp. 72 - 88
MR Multitasking | low‐rank tensor imaging | simultaneous T1/T2/ADC quantification | time‐resolved phase correction | co‐registered and distortion‐free mapping | low-rank tensor imaging | co-registered and distortion-free mapping | time-resolved phase correction | simultaneous T | ADC quantification | Brain | Medical imaging | Therapeutic applications | Brain tumors | Correlation coefficients | Brain mapping | Multitasking | Distortion | Mapping | Patients | Tensors | Weighting | Maps | Surgery | Feasibility | In vivo methods and tests | Diffusion | Shot | Index Medicus
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9. Full Text Fat‐suppressed T2 mapping of femoral cartilage in the porcine knee joint: A comparison with conventional T2 mapping
by Ryu, Young Jin and Hong, Sung Hwan and Kim, Hyeonjin and Choi, Ja‐Young and Yoo, Hye Jin and Kang, Yusuhn and Park, Sang Joon and Kang, Heung Sik
Journal of magnetic resonance imaging, ISSN 1053-1807, 04/2017, Volume 45, Issue 4, pp. 1076 - 1081
articular cartilage | fat suppression | T2 mapping | chemical shift artifact | mapping | Knee | Nuclear magnetic resonance--NMR | Correlation coefficient | Cartilage | Femur | Maps | Magnetic resonance imaging | Reproducibility | Coding | Correlation coefficients | Mapping | Cartilage (articular) | Index Medicus
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10. Full Text Phase‐based T2 mapping with gradient echo imaging
by Wang, Xiaoke and Hernando, Diego and Reeder, Scott B
Magnetic resonance in medicine, ISSN 0740-3194, 08/2020, Volume 84, Issue 2, pp. 609 - 619
gradient echo | phase | RF spoiling | magnetic resonance imaging | relaxometry | T2 mapping | quantitative imaging biomarker | mapping | T | Neuroimaging | Chemical equilibrium | Spectroscopy | Maps | Magnetic resonance imaging | Qualitative analysis | Mapping | Feasibility | In vivo methods and tests | Pelvis | Relaxation time | Index Medicus
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11. Full Text 3D Whole‐heart free‐breathing qBOOST‐T2 mapping
by Milotta, Giorgia and Ginami, Giulia and Bustin, Aurelien and Neji, Radhouene and Prieto, Claudia and Botnar, René M
Magnetic resonance in medicine, ISSN 0740-3194, 05/2020, Volume 83, Issue 5, pp. 1673 - 1687
respiratory motion correction | black‐blood imaging | T2 mapping | 3D whole‐heart | bright‐blood cardiac anatomy | bright-blood cardiac anatomy | 3D whole-heart | black-blood imaging | Life Sciences & Biomedicine | Radiology, Nuclear Medicine & Medical Imaging | Science & Technology | Heart | Medical imaging | Three dimensional motion | Mapping | Navigators | Blood | Image reconstruction | Image acquisition | Image quality | Maps | Precession | Magnetic resonance imaging | Blood volume | Cardiovascular diseases | Cartesian coordinates | Index Medicus | Full Paper | Full Papers—Imaging Methodology
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12. Full Text Compressed sensing reconstruction for magnetic resonance parameter mapping
by Doneva, Mariya and Börnert, Peter and Eggers, Holger and Stehning, Christian and Sénégas, Julien and Mertins, Alfred
Magnetic resonance in medicine, ISSN 0740-3194, 10/2010, Volume 64, Issue 4, pp. 1114 - 1120
compressed sensing | image reconstruction | T2 mapping | MRI | T1 mapping | mapping | T | Compressed sensing | Image reconstruction | Life Sciences & Biomedicine | Radiology, Nuclear Medicine & Medical Imaging | Science & Technology | Data Compression - methods | Reproducibility of Results | Algorithms | Magnetic Resonance Imaging - instrumentation | Brain - anatomy & histology | Humans | Image Interpretation, Computer-Assisted - methods | Sensitivity and Specificity | Magnetic Resonance Imaging - methods | Image Enhancement - methods | Phantoms, Imaging | Index Medicus
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13. Full Text Self‐navigated isotropic three‐dimensional cardiac T2 mapping
by Heeswijk, Ruud B and Piccini, Davide and Feliciano, Hélène and Hullin, Roger and Schwitter, Juerg and Stuber, Matthias
Magnetic resonance in medicine, ISSN 0740-3194, 04/2015, Volume 73, Issue 4, pp. 1549 - 1554
self‐navigation | 3D | myocardium | T2 mapping | isotropic | mapping | self-navigation | Reproducibility of Results | Humans | Image Interpretation, Computer-Assisted - methods | Imaging, Three-Dimensional - methods | Male | Myocardium - pathology | Reference Values | Algorithms | Anisotropy | Sensitivity and Specificity | Aged, 80 and over | Adult | Female | Aged | Image Enhancement - methods | Heart Diseases - pathology | Monte Carlo method | Analysis | Heart beat | Index Medicus
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