Comparison of Diffusion Tensor Imaging Metrics in Normal-Appearing White Matter to Cerebrovascular Lesions and Correlation with Cerebrovascular Disease Risk Factors and Severity.
Seyyed M. H. HaddadChristopher J. M. ScottMiracle OzzoudeCourtney BerezukMelissa HolmesSabrina AdamoJoel RamirezStephen R. ArnottNuwan D. NanayakkaraMalcolm A. BinnsDerek BeatonWendy LouKelly SunderlandSujeevini SujanthanJane LawrenceDonna KwanBrian TanLeanne CasaubonJennifer MandziaDemetrios SahlasGustavo SaposnikAyman HassanBrian LevinePaul McLaughlinJ. B. OrangeAngela RobertsAngela TroyerSandra E. BlackDar DowlatshahiStephen C. StrotherRichard H. SwartzSean SymonsManuel Montero-OdassoONDRI InvestigatorsRobert BarthaPublished in: Int. J. Biomed. Imaging (2022)
Keyphrases
- white matter
- multiple sclerosis
- diffusion tensor imaging
- risk factors
- magnetic resonance images
- human brain
- mri data
- diffusion tensor images
- healthy subjects
- diffusion tensor
- corpus callosum
- brain images
- gray matter
- statistical methods
- fiber bundles
- fiber tracts
- brain tissue
- diffusion mri
- diffusion weighted imaging
- dt mri
- brain tumors
- brain regions
- machine learning
- computer aided
- mr images
- information processing
- statistical analysis
- medical images
- brain white matter
- high resolution