3D model-based super-resolution motion-corrected cardiac T1 mapping

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Location: Deutsche Nationalbibliothek Frankfurt am Main

Extent: Online-Ressource

Language: Englisch

Bibliographic citation: In: Physics in Medicine & Biology (67:24) - Bristol : IOP - Art.-Id. 245008

Event: Veröffentlichung

(where): Berlin

(who): Technische Universität Berlin

(when): 2022

Creator: Hufnagel, Simone
Metzner, Selma
Kerkering, Kirsten Miriam
Aigner, Christoph Stefan
Kofler, Andreas
Schulz-Menger, Jeanette
Schäffter, Tobias
Kolbitsch, Christoph

DOI: 10.14279/depositonce-16600

Handle: 11303/17811

URN: urn:nbn:de:101:1-2022122101023632438753

Rights: Der Zugriff auf das Objekt ist unbeschränkt möglich.

Last update: 25.03.2025, 1:47 PM CET

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Hufnagel, Simone
Metzner, Selma
Kerkering, Kirsten Miriam
Aigner, Christoph Stefan
Kofler, Andreas
Schulz-Menger, Jeanette
Schäffter, Tobias
Kolbitsch, Christoph
Technische Universität Berlin

Time of origin

2022

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Cardiac T1 mapping enables risk prediction of LV dysfunction after surgery for aortic regurgitation

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Motion‐corrected model‐based reconstruction for 2D myocardial T1 mapping

3D super-resolution cardiac parametric mapping

Model-Based Acceleration of Look-Locker T1 Mapping

Optical superresolution

Application of image registration in cardiac T1 mapping and strain analysis

Implementierung von Superresolution-Verfahren

Super-resolution Ultrasound Imaging

Band

[T.1]: Opere scelte. [T.1]

Cardiac T1 mapping enables risk prediction of LV dysfunction after surgery for aortic regurgitation

Konferenzschrift | Kongress

Flux corrected transport

Grafik

Revised - and corrected

Riders dictionarie corrected

Motion‐corrected model‐based reconstruction for 2D myocardial T1 mapping

3D super-resolution cardiac parametric mapping

Model-Based Acceleration of Look-Locker T1 Mapping

Optical superresolution

Application of image registration in cardiac T1 mapping and strain analysis

Implementierung von Superresolution-Verfahren

Super-resolution Ultrasound Imaging

Band

[T.1]: Opere scelte. [T.1]

Cardiac T1 mapping enables risk prediction of LV dysfunction after surgery for aortic regurgitation

Konferenzschrift | Kongress

Flux corrected transport

Grafik

Revised - and corrected

Riders dictionarie corrected

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3D model-based super-resolution motion-corrected cardiac T1 mapping

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Other Objects (12)

Motion‐corrected model‐based reconstruction for 2D myocardial T1 mapping

3D super-resolution cardiac parametric mapping

Model-Based Acceleration of Look-Locker T1 Mapping

Optical superresolution

Application of image registration in cardiac T1 mapping and strain analysis

Implementierung von Superresolution-Verfahren

Super-resolution Ultrasound Imaging

[T.1]: Opere scelte. [T.1]

Cardiac T1 mapping enables risk prediction of LV dysfunction after surgery for aortic regurgitation

Flux corrected transport

Revised - and corrected

Riders dictionarie corrected

Motion‐corrected model‐based reconstruction for 2D myocardial T1 mapping

3D super-resolution cardiac parametric mapping

Model-Based Acceleration of Look-Locker T1 Mapping

Optical superresolution

Application of image registration in cardiac T1 mapping and strain analysis

Implementierung von Superresolution-Verfahren

Super-resolution Ultrasound Imaging

[T.1]: Opere scelte. [T.1]

Cardiac T1 mapping enables risk prediction of LV dysfunction after surgery for aortic regurgitation

Flux corrected transport

Revised - and corrected

Riders dictionarie corrected

Motion‐corrected model‐based reconstruction for 2D myocardial T1 mapping

3D super-resolution cardiac parametric mapping

Model-Based Acceleration of Look-Locker T1 Mapping

Optical superresolution

Application of image registration in cardiac T1 mapping and strain analysis

Implementierung von Superresolution-Verfahren

Super-resolution Ultrasound Imaging

[T.1]: Opere scelte. [T.1]

Cardiac T1 mapping enables risk prediction of LV dysfunction after surgery for aortic regurgitation

Flux corrected transport

Revised - and corrected

Riders dictionarie corrected

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