Please cite this paper as: de Boer, Meijer, Wijnstok, Jonk, Houben, Stehouwer, Smulders,
Eringa and Serné (2012). Microvascular Dysfunction: A Potential Mechanism in the …

The functional properties of microcirculation crucially depend on its angioarchitecture,(ie,
vessel arrangement and morphology). The microcirculation is subject to continuous dynamic …

Vascular functions, including tissue perfusion and peripheral resistance, reflect continuous
structural adaptation (remodeling) of blood vessels in response to several stimuli. Here, a …

Publisher Summary This chapter focuses on the flow of blood through microvascular
networks, with emphasis on biophysical aspects. The need for adequate exchange of …

Blood vessels are capable of continuous structural adaptation in response to changing local
conditions and functional requirements. Theoretical modeling approaches have stimulated …

Background: Obesity is largely responsible for the growing incidence and prevalence of
diabetes, cardiovascular and renal diseases. Current strategies to prevent and treat obesity …

Background Hypertension is a complex condition and a common cardiovascular risk factor.
Dietary docosahexaenoic acid (DHA) modulates atherosclerosis and hypertension, possibly …

Structural adaptation in arterioles is part of normal vascular physiology but is also seen in
disease states such as hypertension. Smooth muscle cell (SMC) activation has been shown …

Quinoa (Chenopodium quinoa Willd.), is an emerging crop in the world with great potential
to contribute to Africa's food and nutritional security. The increased popularity of quinoa in …

Transport networks are crucial to the functioning of natural and technological systems.
Nature features transport networks that are adaptive over a vast range of parameters, thus …