Velocity quantification in magnetic resonance imaging

E. Mark Haacke; Alison S. Smith; Weili Lin; Jonathan S. Lewin; Daniel A. Finelli; Jeffrey L. Duerk

Velocity quantification in magnetic resonance imaging

E. Mark Haacke, Alison S. Smith, Weili Lin, Jonathan S. Lewin, Daniel A. Finelli, Jeffrey L. Duerk

Research output: Contribution to journal › Article › peer-review

Abstract

A variety of methods has been developed for quantitating flow in vivo. These are usually based on the principles of velocity-phase or TOF information. The former allows a point-by-point 2D image of velocity, but also has other manifestations involving real-time ID projections or ID projections with ID velocity information (flow/eugmatography). The TOF methods use the inflow of unsaturated spins into a saturated region (for example) to estimate flow. The concepts, features, and clinical applications of these and other techniques are reviewed in this article.

Original language	English (US)
Pages (from-to)	34-49
Number of pages	16
Journal	Topics in Magnetic Resonance Imaging
Volume	3
Issue number	3
State	Published - Jun 1991
Externally published	Yes

ASJC Scopus subject areas

Radiology Nuclear Medicine and imaging

Cite this

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title = "Velocity quantification in magnetic resonance imaging",

abstract = "A variety of methods has been developed for quantitating flow in vivo. These are usually based on the principles of velocity-phase or TOF information. The former allows a point-by-point 2D image of velocity, but also has other manifestations involving real-time ID projections or ID projections with ID velocity information (flow/eugmatography). The TOF methods use the inflow of unsaturated spins into a saturated region (for example) to estimate flow. The concepts, features, and clinical applications of these and other techniques are reviewed in this article.",

author = "Haacke, {E. Mark} and Smith, {Alison S.} and Weili Lin and Lewin, {Jonathan S.} and Finelli, {Daniel A.} and Duerk, {Jeffrey L.}",

year = "1991",

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language = "English (US)",

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journal = "Topics in Magnetic Resonance Imaging",

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T1 - Velocity quantification in magnetic resonance imaging

AU - Haacke, E. Mark

AU - Smith, Alison S.

AU - Lin, Weili

AU - Lewin, Jonathan S.

AU - Finelli, Daniel A.

AU - Duerk, Jeffrey L.

PY - 1991/6

Y1 - 1991/6

N2 - A variety of methods has been developed for quantitating flow in vivo. These are usually based on the principles of velocity-phase or TOF information. The former allows a point-by-point 2D image of velocity, but also has other manifestations involving real-time ID projections or ID projections with ID velocity information (flow/eugmatography). The TOF methods use the inflow of unsaturated spins into a saturated region (for example) to estimate flow. The concepts, features, and clinical applications of these and other techniques are reviewed in this article.

AB - A variety of methods has been developed for quantitating flow in vivo. These are usually based on the principles of velocity-phase or TOF information. The former allows a point-by-point 2D image of velocity, but also has other manifestations involving real-time ID projections or ID projections with ID velocity information (flow/eugmatography). The TOF methods use the inflow of unsaturated spins into a saturated region (for example) to estimate flow. The concepts, features, and clinical applications of these and other techniques are reviewed in this article.

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IS - 3

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Velocity quantification in magnetic resonance imaging

Abstract

ASJC Scopus subject areas

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