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Contents

Core Research

Core 1: Multinuclear MRI

Main Article: Multinuclear MRI

The group aims to develop and further multinuclear magnetic resonance technology for studying structure, dynamics, biochemistry and patho-physiology of biological tissues.

Core 2: Functional Imaging

Main Article: Functional Imaging

We are establishing the use of multimodal imaging to assess brain physiology during functional activation and in pathological states, with a focus on cerebrovascular disorders.

Core 3: Hyperpolarized Gas MRI

Main Article: Hyperpolarized Gas MRI

The primary focus of the group, functional and metabolic imaging, is on ‘hyperpolarized’ agents, in which specific nuclei are aligned to a degree 104-105 times greater than is possible in ordinary MRI.

Core 4: Optical Imaging

Main Article: Optical Imaging

Our objective is to develop innovative optical imaging technologies, optimal strategies for integrated optical and MRI methods, and theoretical algorithms required for high-resolution optical image reconstruction.

NIH Presentations

MMRRCC Services

Media:RR_service_031208.pdf

Resource Structure and Core 1 Information

Media:RR_CORE1_031208.pdf

Core 2 Information

Media:RR_CORE2_031208.pdf

Core 4 Information

Media:RR_CORE4_031208.pdf


Collaborative Research

Members of the Metabolic Magnetic Resonance Research and Computing Center engage extensively in collaborative and service projects with investigators from other organizations. Below is a list of some current projects being pursued with collaborative investigators.

Please Visit the Collaborative Research page for more information.

Last modified April 7, 2008 8:31 pm / Skin by Kevin Hughes
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