Structural connectivity mapping in human hippocampal-subfields using super-resolution hybrid diffusion imaging: a feasibility study

Purpose The goal of the current study was to introduce a new methodology that holds a promise to be used in hippocampus-aging studies using sub-millimeter super-resolution hybrid diffusion imaging (HYDI) MRI. Methods HYDI diffusion data were acquired in two groups of older and younger healthy partic...

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Published in	Neuroradiology Vol. 64; no. 10; pp. 1989 - 2000
Main Authors	Elsaid, Nahla M. H., Coupé, Pierrick, Saykin, Andrew J., Wu, Yu-Chien
Format	Journal Article
Language	English
Published	Berlin/Heidelberg Springer Berlin Heidelberg 01.10.2022 Springer Nature B.V Springer Verlag
Subjects	Adult Aged Aging Alzheimer Disease - diagnostic imaging Alzheimer's disease Brain research Cerebral cortex Computer Science Data acquisition Dementia disorders Diagnostic Neuroradiology Diffusion Feasibility Studies Hippocampus Hippocampus - diagnostic imaging Human subjects Humans Image resolution Imaging Life Sciences Magnetic resonance imaging Magnetic Resonance Imaging - methods Medical Imaging Medicine Medicine & Public Health Neurodegenerative diseases Neuroimaging Neurology Neurons and Cognition Neuroradiology Neurosciences Neurosurgery Radiology Research centers Research facilities Structural integrity Diffusion imaging Hippocampal subfields Super-resolution Normal aging Structural connectivity normal aging structural connectivity hippocampal subfields diffusion imaging super-resolution
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ISSN	0028-3940 1432-1920 1432-1920
DOI	10.1007/s00234-022-02968-z

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Abstract	Purpose The goal of the current study was to introduce a new methodology that holds a promise to be used in hippocampus-aging studies using sub-millimeter super-resolution hybrid diffusion imaging (HYDI) MRI. Methods HYDI diffusion data were acquired in two groups of older and younger healthy participants recruited from the Indiana Alzheimer’s Disease Research Center and community. These data were then transformed into super-resolution diffusion images before the hippocampal subfield analyses. We studied the correlation between the subjects’ age and the structural connectivity involving the hippocampal subfields and the connectivity between the whole hippocampus and the cerebral cortex. Results Structural integrity derived from the tractography streamlines between the hippocampal subfields was reduced in older than younger adults. Conclusion The findings offered a new promising framework, and they opened avenues for future studies to explore the relationship between the structural connectivity in the hippocampal area and different types of dementia.
AbstractList	Purpose The goal of the current study was to introduce a new methodology that holds a promise to be used in hippocampus-aging studies using sub-millimeter super-resolution hybrid diffusion imaging (HYDI) MRI. Methods HYDI diffusion data were acquired in two groups of older and younger healthy participants recruited from the Indiana Alzheimer’s Disease Research Center and community. These data were then transformed into super-resolution diffusion images before the hippocampal subfield analyses. We studied the correlation between the subjects’ age and the structural connectivity involving the hippocampal subfields and the connectivity between the whole hippocampus and the cerebral cortex. Results Structural integrity derived from the tractography streamlines between the hippocampal subfields was reduced in older than younger adults. Conclusion The findings offered a new promising framework, and they opened avenues for future studies to explore the relationship between the structural connectivity in the hippocampal area and different types of dementia. The goal of the current study was to introduce a new methodology that holds a promise to be used in hippocampus-aging studies using sub-millimeter super-resolution hybrid diffusion imaging (HYDI) MRI.PURPOSEThe goal of the current study was to introduce a new methodology that holds a promise to be used in hippocampus-aging studies using sub-millimeter super-resolution hybrid diffusion imaging (HYDI) MRI.HYDI diffusion data were acquired in two groups of older and younger healthy participants recruited from the Indiana Alzheimer's Disease Research Center and community. These data were then transformed into super-resolution diffusion images before the hippocampal subfield analyses. We studied the correlation between the subjects' age and the structural connectivity involving the hippocampal subfields and the connectivity between the whole hippocampus and the cerebral cortex.METHODSHYDI diffusion data were acquired in two groups of older and younger healthy participants recruited from the Indiana Alzheimer's Disease Research Center and community. These data were then transformed into super-resolution diffusion images before the hippocampal subfield analyses. We studied the correlation between the subjects' age and the structural connectivity involving the hippocampal subfields and the connectivity between the whole hippocampus and the cerebral cortex.Structural integrity derived from the tractography streamlines between the hippocampal subfields was reduced in older than younger adults.RESULTSStructural integrity derived from the tractography streamlines between the hippocampal subfields was reduced in older than younger adults.The findings offered a new promising framework, and they opened avenues for future studies to explore the relationship between the structural connectivity in the hippocampal area and different types of dementia.CONCLUSIONThe findings offered a new promising framework, and they opened avenues for future studies to explore the relationship between the structural connectivity in the hippocampal area and different types of dementia. PurposeThe goal of the current study was to introduce a new methodology that holds a promise to be used in hippocampus-aging studies using sub-millimeter super-resolution hybrid diffusion imaging (HYDI) MRI.MethodsHYDI diffusion data were acquired in two groups of older and younger healthy participants recruited from the Indiana Alzheimer’s Disease Research Center and community. These data were then transformed into super-resolution diffusion images before the hippocampal subfield analyses. We studied the correlation between the subjects’ age and the structural connectivity involving the hippocampal subfields and the connectivity between the whole hippocampus and the cerebral cortex.ResultsStructural integrity derived from the tractography streamlines between the hippocampal subfields was reduced in older than younger adults.ConclusionThe findings offered a new promising framework, and they opened avenues for future studies to explore the relationship between the structural connectivity in the hippocampal area and different types of dementia. The goal of the current study was to introduce a new methodology that holds a promise to be used in hippocampus-aging studies using sub-millimeter super-resolution hybrid diffusion imaging (HYDI) MRI. HYDI diffusion data were acquired in two groups of older and younger healthy participants recruited from the Indiana Alzheimer's Disease Research Center and community. These data were then transformed into super-resolution diffusion images before the hippocampal subfield analyses. We studied the correlation between the subjects' age and the structural connectivity involving the hippocampal subfields and the connectivity between the whole hippocampus and the cerebral cortex. Structural integrity derived from the tractography streamlines between the hippocampal subfields was reduced in older than younger adults. The findings offered a new promising framework, and they opened avenues for future studies to explore the relationship between the structural connectivity in the hippocampal area and different types of dementia. Purpose: The goal of the current study was to introduce a new methodology that holds a promise to be used in hippocampus-aging studies using sub-millimeter super-resolution hybrid diffusion imaging (HYDI) MRI.Methods: HYDI diffusion data were acquired in two groups of older and younger healthy participants recruited from the Indiana Alzheimer’s Disease Research Center and community. These data were then transformed into super-resolution diffusion images before the hippocampal subfield analyses. We studied the correlation between the subjects’ age and the structural connectivity involving the hippocampal subfields and the connectivity between the whole hippocampus and the cerebral cortex.Results: Structural integrity derived from the tractography streamlines between the hippocampal subfields was reduced in older than younger adults.Conclusion: The findings offered a new promising framework, and they opened avenues for future studies to explore the relationship between the structural connectivity in the hippocampal area and different types of dementia.
Author	Wu, Yu-Chien Saykin, Andrew J. Elsaid, Nahla M. H. Coupé, Pierrick
AuthorAffiliation	1 Department of Radiology and Biomedical Imaging. Yale School of Medicine, New Haven, CT, USA 3 Indiana Alzheimer's Disease Research Center, Indiana University School of Medicine, Indianapolis, IN, USA 5 LaBRI, UMR 5800, PICTURA, F-33400, CNRS, Talence, France 4 LaBRI, UMR 5800, University of Bordeaux, Talence, France 2 Department of Radiology and Imaging Sciences, Indiana University School of Medicine, Indianapolis, IN, USA
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Keywords	Diffusion imaging Hippocampal subfields Super-resolution Normal aging Structural connectivity normal aging structural connectivity hippocampal subfields diffusion imaging super-resolution
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Snippet	Purpose The goal of the current study was to introduce a new methodology that holds a promise to be used in hippocampus-aging studies using sub-millimeter... The goal of the current study was to introduce a new methodology that holds a promise to be used in hippocampus-aging studies using sub-millimeter... PurposeThe goal of the current study was to introduce a new methodology that holds a promise to be used in hippocampus-aging studies using sub-millimeter... Purpose: The goal of the current study was to introduce a new methodology that holds a promise to be used in hippocampus-aging studies using sub-millimeter...
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SubjectTerms	Adult Aged Aging Alzheimer Disease - diagnostic imaging Alzheimer's disease Brain research Cerebral cortex Computer Science Data acquisition Dementia disorders Diagnostic Neuroradiology Diffusion Feasibility Studies Hippocampus Hippocampus - diagnostic imaging Human subjects Humans Image resolution Imaging Life Sciences Magnetic resonance imaging Magnetic Resonance Imaging - methods Medical Imaging Medicine Medicine & Public Health Neurodegenerative diseases Neuroimaging Neurology Neurons and Cognition Neuroradiology Neurosciences Neurosurgery Radiology Research centers Research facilities Structural integrity
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Title	Structural connectivity mapping in human hippocampal-subfields using super-resolution hybrid diffusion imaging: a feasibility study
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