A Modified Quadrature Birdcage Coil Incorporated With a Curved Feature for In Ovo MR Imaging

Goal: This study presents a novel MRI coil design approach explicitly tailored for chick embryo measurements, with the primary objective of improving sensitivity and coverage. Methods: The limitations posed by conventional birdcage coils were addressed by introducing a curvature feature into a stand...

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Published inIEEE open journal of engineering in medicine and biology Vol. 5; pp. 534 - 541
Main Authors Choi, Chang-Hoon, Bruch, Maximilian, Hong, Suk-Min, Krause, Sandra, Stegmayr, Carina, Schwan, Stefan, Worthoff, Wieland A., Felder, Jorg, Shah, N. Jon
Format Journal Article
LanguageEnglish
Published United States IEEE 01.01.2024
The Institute of Electrical and Electronics Engineers, Inc. (IEEE)
Subjects
Biomedical measurement
birdcage
Chick embryo
coil
Coils
Comparative analysis
Design standards
Embryo
in ovo
Magnetic resonance imaging
MRI
Performance evaluation
Quadratures
Sensitivity analysis
Signal to noise ratio
Solid modeling
Chick embryo
coil
birdcage
MRI
in ovo
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Abstract Goal: This study presents a novel MRI coil design approach explicitly tailored for chick embryo measurements, with the primary objective of improving sensitivity and coverage. Methods: The limitations posed by conventional birdcage coils were addressed by introducing a curvature feature into a standard coil. The performance of the modified coil was assessed using EM simulations and experimental evaluations, which were subsequently validated using a 7 T MRI scanner. A comparative analysis was conducted against a standard quadrature low-pass birdcage coil to evaluate key factors. Results: The proposed coil demonstrated improved SNR and uniformity, particularly in the proximity of the end-rings. These results were consistent with the findings obtained from the simulations. Conclusions: The use of our innovative birdcage coil design holds promise and offers practical potential for in ovo studies.
AbstractList Goal: This study presents a novel MRI coil design approach explicitly tailored for chick embryo measurements, with the primary objective of improving sensitivity and coverage. Methods: The limitations posed by conventional birdcage coils were addressed by introducing a curvature feature into a standard coil. The performance of the modified coil was assessed using EM simulations and experimental evaluations, which were subsequently validated using a 7 T MRI scanner. A comparative analysis was conducted against a standard quadrature low-pass birdcage coil to evaluate key factors. Results: The proposed coil demonstrated improved SNR and uniformity, particularly in the proximity of the end-rings. These results were consistent with the findings obtained from the simulations. Conclusions: The use of our innovative birdcage coil design holds promise and offers practical potential for in ovo studies.Goal: This study presents a novel MRI coil design approach explicitly tailored for chick embryo measurements, with the primary objective of improving sensitivity and coverage. Methods: The limitations posed by conventional birdcage coils were addressed by introducing a curvature feature into a standard coil. The performance of the modified coil was assessed using EM simulations and experimental evaluations, which were subsequently validated using a 7 T MRI scanner. A comparative analysis was conducted against a standard quadrature low-pass birdcage coil to evaluate key factors. Results: The proposed coil demonstrated improved SNR and uniformity, particularly in the proximity of the end-rings. These results were consistent with the findings obtained from the simulations. Conclusions: The use of our innovative birdcage coil design holds promise and offers practical potential for in ovo studies.
This study presents a novel MRI coil design approach explicitly tailored for chick embryo measurements, with the primary objective of improving sensitivity and coverage. The limitations posed by conventional birdcage coils were addressed by introducing a curvature feature into a standard coil. The performance of the modified coil was assessed using EM simulations and experimental evaluations, which were subsequently validated using a 7 T MRI scanner. A comparative analysis was conducted against a standard quadrature low-pass birdcage coil to evaluate key factors. The proposed coil demonstrated improved SNR and uniformity, particularly in the proximity of the end-rings. These results were consistent with the findings obtained from the simulations. The use of our innovative birdcage coil design holds promise and offers practical potential for studies.
Goal: This study presents a novel MRI coil design approach explicitly tailored for chick embryo measurements, with the primary objective of improving sensitivity and coverage. Methods: The limitations posed by conventional birdcage coils were addressed by introducing a curvature feature into a standard coil. The performance of the modified coil was assessed using EM simulations and experimental evaluations, which were subsequently validated using a 7 T MRI scanner. A comparative analysis was conducted against a standard quadrature low-pass birdcage coil to evaluate key factors. Results: The proposed coil demonstrated improved SNR and uniformity, particularly in the proximity of the end-rings. These results were consistent with the findings obtained from the simulations. Conclusions: The use of our innovative birdcage coil design holds promise and offers practical potential for in ovo studies.
Goal: This study presents a novel MRI coil design approach explicitly tailored for chick embryo measurements, with the primary objective of improving sensitivity and coverage. Methods: The limitations posed by conventional birdcage coils were addressed by introducing a curvature feature into a standard coil. The performance of the modified coil was assessed using EM simulations and experimental evaluations, which were subsequently validated using a 7 T MRI scanner. A comparative analysis was conducted against a standard quadrature low-pass birdcage coil to evaluate key factors. Results: The proposed coil demonstrated improved SNR and uniformity, particularly in the proximity of the end-rings. These results were consistent with the findings obtained from the simulations. Conclusions: The use of our innovative birdcage coil design holds promise and offers practical potential for in ovo studies.
Author Worthoff, Wieland A.
Schwan, Stefan
Shah, N. Jon
Bruch, Maximilian
Krause, Sandra
Choi, Chang-Hoon
Hong, Suk-Min
Stegmayr, Carina
Felder, Jorg
AuthorAffiliation Institute of Neuroscience and Medicine - 4 (INM-4) Forschungszentrum Jülich (FZJ) 28334 52425 Jülich Germany
Aachen University of Applied Sciences 240098 52428 Jülich Germany
INM-4 FZJ 28334 52425 Jülich Germany
Department of Neurology RWTH Aachen University 9165 52062 Aachen Germany
INM-4 and INM-11 FZJ 28334 52425 Jülich Germany
JARA - BRAIN - Translational Medicine Aachen Germany
RWTH University 234344 52062 Aachen Germany
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– name: Aachen University of Applied Sciences 240098 52428 Jülich Germany
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– name: Department of Neurology RWTH Aachen University 9165 52062 Aachen Germany
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Keywords Chick embryo
coil
birdcage
MRI
in ovo
Language English
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Snippet Goal: This study presents a novel MRI coil design approach explicitly tailored for chick embryo measurements, with the primary objective of improving...
This study presents a novel MRI coil design approach explicitly tailored for chick embryo measurements, with the primary objective of improving sensitivity and...
Goal: This study presents a novel MRI coil design approach explicitly tailored for chick embryo measurements, with the primary objective of improving...
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SubjectTerms Biomedical measurement
birdcage
Chick embryo
coil
Coils
Comparative analysis
Design standards
Embryo
in ovo
Magnetic resonance imaging
MRI
Performance evaluation
Quadratures
Sensitivity analysis
Signal to noise ratio
Solid modeling
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Title A Modified Quadrature Birdcage Coil Incorporated With a Curved Feature for In Ovo MR Imaging
URI https://ieeexplore.ieee.org/document/10577130
https://www.ncbi.nlm.nih.gov/pubmed/39050970
https://www.proquest.com/docview/3081888132
https://www.proquest.com/docview/3084772672
https://pubmed.ncbi.nlm.nih.gov/PMC11268938
https://doaj.org/article/7070897976ba4d8f96c49f73f2ea744e
Volume 5
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