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Bio
My research focuses on the development and optimization of magnetic resonance imaging (MRI) techniques, and draws on a variety of physics and engineering principles with a strong emphasis on theoretical modeling and simulation, and on practical implementation and evaluation.
Currently, major projects include imaging and spectroscopy of the human lung using hyperpolarized helium- and xenon-based methods, and high-resolution 3-D imaging using conventional proton-based methods. Hyperpolarized helium and xenon are new MR-based gaseous contrast agents that are particularly well suited for imaging air spaces such as those of the lung. Hyperpolarized-gas MR provides high-resolution, detailed images of the lung that are far superior in quality to those from any existing clinical imaging method, and offers a variety of approaches for obtaining unique functional information about the lung. Our research on high-resolution 3-D imaging aims to increase spatial resolution, decrease acquisition time, and improve image quality for methods applicable to routine clinical imaging throughout the human body.
Currently, major projects include imaging and spectroscopy of the human lung using hyperpolarized helium- and xenon-based methods, and high-resolution 3-D imaging using conventional proton-based methods. Hyperpolarized helium and xenon are new MR-based gaseous contrast agents that are particularly well suited for imaging air spaces such as those of the lung. Hyperpolarized-gas MR provides high-resolution, detailed images of the lung that are far superior in quality to those from any existing clinical imaging method, and offers a variety of approaches for obtaining unique functional information about the lung. Our research on high-resolution 3-D imaging aims to increase spatial resolution, decrease acquisition time, and improve image quality for methods applicable to routine clinical imaging throughout the human body.
Research Interests
Papers共 302 篇Author StatisticsCo-AuthorSimilar Experts
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J. D. Peiffer, Talissa Altes, Iulian C. Ruset,F. W. Hersman,John P. Mugler,Craig H. Meyer, Jamie Mata,Kun Qing, Robert Thomen
ACADEMIC RADIOLOGYno. 4 (2024): 1666-1675
Kun Qing,Talissa A. Altes,John P. Mugler III,Nicholas J. Tustison, Kai Ruppert, Peter Komlosi, Xue Feng,Ke Nie,Li Zhao,Zhixing Wang,F. William Hersman,Iulian C. Ruset,
MEDICAL PHYSICSno. 4 (2024): 2413-2423
L.C. Bell,D. Mummy,B. Driehuys,Y.-C.T. Huang,J. Mata,J. Mugler, Y. Shim, J. Wild, E.A. Hoffman, W. Harris, Y. Zou,A. Coimbra,
A29 WHAT IS YOUR DAMAGE IMAGING-BASED PHENOTYPES OF COPD (2024)
M.I. Islam, N. Mandrell,R. Nunoo-Asare, C. Bampoe, S. Struchen,N. Tustison,G.W. Miller,J. Mata,J.P. Mugler, Y.M.M. Shim
A29. WHAT IS YOUR DAMAGE? IMAGING-BASED PHENOTYPES OF COPD (2024)
Ragini Verma,James R. Stone,Elisabeth Wilde,Stephen R. McCauley,Robert C. Welsh,John P. Mugler,Nick Tustison,Brian Avants, Seema Bhatt,Lee Lancashire,Magali Haas, Allyson T. Gage
JOURNAL OF NEUROTRAUMAno. 15-16 (2023): A12-A12
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Magnetic resonance in medicineno. 2 (2023): 552-568
Magnetic resonance in medicineno. 4 (2023): 1555-1568
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Author Statistics
#Papers: 296
#Citation: 14060
H-Index: 53
G-Index: 116
Sociability: 7
Diversity: 3
Activity: 24
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