The mammalian nervous system consists of a complicated network of biological structures,
with functional subsystems constrained by a structural architecture that operates at scales …

This special issue summarizes an impressive body of work concerned with in vivo imaging
of brain microstructure. Collectively, papers included here demonstrate the power of multi …

The study of neuroanatomy using imaging enables key insights into how our brains function,
are shaped by genes and environment, and change with development, aging and disease …

Mammalian neurons operate at length scales spanning many orders of magnitude; micron-
scale-diameter myelinated axons project millimeters across brain regions, forming …

Mammalian neurons operate at length scales spanning six orders of magnitude; they project
millimeters to centimeters across brain regions, are composed of micrometer-scale-diameter …

Quantitative MRI methods provide means to characterize tissue structure and function, non-
invasively, from microscopic features reflecting tissue architecture to brain wide functional …

We present the first three-dimensional (3D) concordance maps of cyto-and fiber architecture
of the human brain, combining histology, immunohistochemistry, and 7-T quantitative …

Multimodal microstructural MRI has shown increased sensitivity and specificity to changes in
various brain disease and injury models in the preclinical setting. Here, we present an in …

Abstract Integrating Magnetic Resonance Histology (MRH) with Light Sheet Microscopy
(LSM) bridges mesoscale and microscale analyses, enhancing our understanding of brain …

The study of brain change in neuroscience studies is commonly conducted using
macroscopic morphological measures of the brain such as regional volume or cortical …