Characterizing precisely the microstructure of axons, their density, size and myelination is of
interest for the neuroscientific community, for example to help maximize the outcome of …

Due to the technical challenges of large-scale microscopy and analysis, to date only limited
knowledge has been made available about axon morphometry (diameter, shape, myelin …

Atlases of the central nervous system are essential for understanding the pathophysiology
of neurological diseases, which remains one of the greatest challenges in neuroscience …

Gap junctions exhibit nonlinear electrical properties that have been hypothesized to be
relevant to arrhythmogenicity in a structurally remodeled tissue. Large-scale implementation of …

Aims The aim of this study is to design a computer model of the left atrium for investigating
fibre-orientation-dependent microstructure such as stringy fibrosis. Methods and results We …

Background Mathematical models of electrical propagation in the atria necessitate the
specification of fiber orientation, often visualized over the epicardial and endocardial surfaces. …

Interconnected cable models of cardiac tissue are known for their numerical stability and
performance at high resolution, their handling of strong anisotropy and their interpretation as …

The autonomic nervous system modulates atrial activity, notably through acetylcholine (ACh)release.
This time-dependent action may alter the dynamics of atrial arrhythmia, and in …

With qMRI becoming the norm in obtaining quantitative values for most MRI studies, there is
still a need for its validation as new techniques are constantly being implemented. With this …

… Ariane Saliani, Sandie Cabon, Francesco Renna, James Brundage, Aikaterini Vraka,
and Alvaro Huerta Herraiz. …