We review theoretical and numerical models of the glymphatic system, which circulates
cerebrospinal fluid and interstitial fluid around the brain, facilitating solute transport. Models …

This minireview discusses vasomotion, which is the oscillation in tone of blood vessels
leading to flowmotion. We will briefly discuss the prevalence of vasomotion and its potential …

The interactions between mathematics and physiology have a long and illustrious history, of
which the study of calcium signalling is but a small chapter. Nevertheless, for those involved …

Regular aerobic exercise (RAEX) elicits several positive adaptations in all organs and
tissues of the body, culminating in improved health and well-being. Indeed, in over half a …

A mathematical model of calcium dynamics in vascular smooth muscle cell (SMC) was
developed based on data mostly from rat mesenteric arterioles. The model focuses on (a) …

Vasomotion refers to spontaneous oscillation of small vessels observed in many
microvascular beds. It is an intrinsic phenomenon unrelated to cardiac rhythm or neural and …

The human brain is possibly the most complex organ in existence. This complexity means
that it is capable of great feats, yet has ensured that it remains surprisingly poorly …

1. PREFACE This thesis is based on the work carried in the Vascular Smooth Muscle group
at the Institute of Physiology and Biophysics, Aarhus University. This thesis is focused on a …

This study presents a multicellular computational model of a rat mesenteric arteriole to
investigate the signal transduction mechanisms involved in the generation of conducted …

Smooth muscle cells play a major role in numerous vascular diseases that contribute to
remodeling, repair after injury, and arteriogenesis, and the source of these cells is thought to …