Towards Robust Breath-held 3D Abdominal DCE Imaging

N Gdaniec; A J Wiethoff; Q Yuan; P Börnert; H Eggers; D Pinho; I Pedrosa; A Mertins

Towards Robust Breath-held 3D Abdominal DCE Imaging

N Gdaniec, A J Wiethoff, Q Yuan, P Börnert, H Eggers, D Pinho, I Pedrosa, A Mertins

Institute of Signal Processing

Abstract

Purpose: Image quality in clinical dynamic contrast enhanced (DCE) MRIof the abdomen is often challenged by respiratory motion artifacts. DCEstudies are commonly acquired at the end of the MRI examination, after the patient has gone through several breath-holds and the average breath-holdcapability is known. However, patients may have trouble holding their breath after contrast injection and this is often unpredictable as many of themmay have been able to do so earlier in the exam. To overcome this problem, DCE imaging with flexible scan termination1is proposed in this work, toautomatically adapt to the breath-hold capabilities of the patient.Shorter breath-holds are compromised with lower but adaptedspatial resolution.

Original language	English
Pages	329 - 329
Number of pages	1
Publication status	Published - 01.05.2014
Event	Proceedings of the 22nd Annual meeting of the ISMRM - Milano Congressi- Piazzale Carlo Magno, Milan, Italy Duration: 10.05.2014 → 16.05.2014

Conference

Conference	Proceedings of the 22nd Annual meeting of the ISMRM
Country/Territory	Italy
City	Milan
Period	10.05.14 → 16.05.14

UN SDGs

This output contributes to the following UN Sustainable Development Goals (SDGs)

SDG 9 Industry, Innovation, and Infrastructure

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https://www.isip.uni-luebeck.de/fileadmin/files/publications/Gdaniec_CS_DCE.pdf

Cite this

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title = "Towards Robust Breath-held 3D Abdominal DCE Imaging",

abstract = "Purpose: Image quality in clinical dynamic contrast enhanced (DCE) MRIof the abdomen is often challenged by respiratory motion artifacts. DCEstudies are commonly acquired at the end of the MRI examination, after the patient has gone through several breath-holds and the average breath-holdcapability is known. However, patients may have trouble holding their breath after contrast injection and this is often unpredictable as many of themmay have been able to do so earlier in the exam. To overcome this problem, DCE imaging with flexible scan termination1is proposed in this work, toautomatically adapt to the breath-hold capabilities of the patient.Shorter breath-holds are compromised with lower but adaptedspatial resolution. ",

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T1 - Towards Robust Breath-held 3D Abdominal DCE Imaging

AU - Gdaniec, N

AU - Wiethoff, A J

AU - Yuan, Q

AU - Börnert, P

AU - Eggers, H

AU - Pinho, D

AU - Pedrosa, I

AU - Mertins, A

PY - 2014/5/1

Y1 - 2014/5/1

N2 - Purpose: Image quality in clinical dynamic contrast enhanced (DCE) MRIof the abdomen is often challenged by respiratory motion artifacts. DCEstudies are commonly acquired at the end of the MRI examination, after the patient has gone through several breath-holds and the average breath-holdcapability is known. However, patients may have trouble holding their breath after contrast injection and this is often unpredictable as many of themmay have been able to do so earlier in the exam. To overcome this problem, DCE imaging with flexible scan termination1is proposed in this work, toautomatically adapt to the breath-hold capabilities of the patient.Shorter breath-holds are compromised with lower but adaptedspatial resolution.

AB - Purpose: Image quality in clinical dynamic contrast enhanced (DCE) MRIof the abdomen is often challenged by respiratory motion artifacts. DCEstudies are commonly acquired at the end of the MRI examination, after the patient has gone through several breath-holds and the average breath-holdcapability is known. However, patients may have trouble holding their breath after contrast injection and this is often unpredictable as many of themmay have been able to do so earlier in the exam. To overcome this problem, DCE imaging with flexible scan termination1is proposed in this work, toautomatically adapt to the breath-hold capabilities of the patient.Shorter breath-holds are compromised with lower but adaptedspatial resolution.

M3 - Conference Papers

SP - 329

EP - 329

T2 - Proceedings of the 22nd Annual meeting of the ISMRM

Y2 - 10 May 2014 through 16 May 2014

ER -

Towards Robust Breath-held 3D Abdominal DCE Imaging

Abstract

Conference

UN SDGs

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