A simple quantitative framework is established linking cerebral oxygen metabolism to gray matter microstructural features in healthy humans using advanced non-invasive MRI methods, providing the first quantitative evidence that cerebral metabolic demand is coupled to microstructure in humans.
Brain white matter (WM) microstructure undergoes extensive changes with age, yet the regional and cellular heterogeneity of age-related WM alterations and their impact on cognition remain unclear. Leveraging Neurite Orientation Dispersion and Density Imaging (NODDI), an advanced microstructural modelling to capture spe...
R. Chin, Xiao-Yang Hu, Jasmine Ranieri et al.· bioRxiv· 0 citations
BACKGROUND AND PURPOSE
Neurodegeneration is a key component of clinical disability in multiple sclerosis (MS). However, the underlying mechanism of localized gray matter (GM) atrophy in MS remains unknown. More recently, a network-based etiology has been postulated, which may be associated with clinical progression. Th...
Florence L. Chiang, Eva A. Krijnen, Diana Hobbs et al.· AJNR. American journal of ne...· 0 citations
Findings suggest that preterm birth-related neurodevelopmental alterations may be associated with differences in the coordination between brain structure and function, which could be related to variations in neurobehavioral outcomes, and indicate that neuroimaging may provide useful insights into early neurodevelopment...
Ying-Xing Zhang, Ya Wang, Yu-Chan Liu et al.· Journal of Integrative Neuro...· 0 citations
BACKGROUND
Cerebral small vessel disease (CSVD) is a heterogeneous disorder; however, interindividual variability in morphometric brain connectivity remains unclear, as does its association with gene expression.
METHODS
We enrolled 65 patients with CSVD and 35 healthy controls. Individual-level morphometric brain net...
Jie Hu, Xin Wang, Si-Yu Fan et al.· Journal of the American Hear...· 0 citations
Accurate knowledge of brain tissue mechanics is essential for understanding the pathologies that cause mechanical changes and for developing reliable computer models for neurosurgical procedures. However, the age-related changes in brain mechanics and their microstructural basis are not fully understood. In this study,...
Mayra Hoppstädter, K. Linka, M. Schmicke et al.· Acta Biomaterialia· 0 citations
Abstract Oxygen extraction fraction (OEF) represents the proportion of oxygen utilized by the brain from the blood and is a sensitive biomarker in understanding the vascular interplay between oxygen supply and demand. Alterations in OEF are increasingly recognized in normal aging and the pathophysiology of many neurolo...
Linh N. N. Le, Gregory J. Wheeler, Nicholas P. Blockley et al.· Imaging neuroscience· 0 citations
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