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Current Research Topics:
To develop innovative magnetic resonance (MR) and optical technologies for biomedical research. Many of these technologies are driven by both basic and clinical research collaborators in the biomedical field to address specific clinical problems and to further fundamental understanding of biophysical, physiological, structural, and functional properties of biological systems in vivo.
To investigate the use of multinuclear MR techniques to study the structural and metabolic properties of cartilage, brain, and muscle, with direct application to osteoarthritis, cognitive funtion, and muscular dystrophy.
To investigate the use of multinuclear MR to monitor, the efficacy of gene therapy and gene expression in general.
To develop and improve quantitative perfusion and diffusion imaging, in comparison to PET.
To develop innovative techniques for quantitative structural imaging of multiple organ systems. These techniques include MR of hyperpolarized gases, novel contrast generation using zero-quantum coherences, and imaging of tissue microstructure.
To focus on combining optical and MR imaging techniques for the study of neurophysiology, peripheral vascular disease, and breast cancer.
To develop innovative magnetic resonance (MR) and optical technologies for biomedical research. Many of these technologies are driven by both basic and clinical research collaborators in the biomedical field to address specific clinical problems and to further fundamental understanding of biophysical, physiological, structural, and functional properties of biological systems in vivo.
To investigate the use of multinuclear MR techniques to study the structural and metabolic properties of cartilage, brain, and muscle, with direct application to osteoarthritis, cognitive funtion, and muscular dystrophy.
To investigate the use of multinuclear MR to monitor, the efficacy of gene therapy and gene expression in general.
To develop and improve quantitative perfusion and diffusion imaging, in comparison to PET.
To develop innovative techniques for quantitative structural imaging of multiple organ systems. These techniques include MR of hyperpolarized gases, novel contrast generation using zero-quantum coherences, and imaging of tissue microstructure.
To focus on combining optical and MR imaging techniques for the study of neurophysiology, peripheral vascular disease, and breast cancer.
Research Interests
Papers共 708 篇Author StatisticsCo-AuthorSimilar Experts
By YearBy Citation主题筛选期刊级别筛选合作者筛选合作机构筛选
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Rucker Janet C., New York University Tandon School of Engineering,Hudson Todd E.,Horn Anja K. E.,Buettner-Ennever Jean A.,Leigh R. John,Optican Lance M.
Contemporary Clinical Neuroscience Advances in Translational Neuroscience of Eye Movement Disorderspp.1-18, (2019)
Progress in brain researchpp.19-26, (2019)
openalex(2016)
Cited0Views0Bibtex
0
0
The Neurology of Eye Movementspp.289-359, (2015)
The Neurology of Eye Movementspp.520-568, (2015)
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Author Statistics
#Papers: 711
#Citation: 32156
H-Index: 92
G-Index: 146
Sociability: 8
Diversity: 4
Activity: 0
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