Skin blood flow increases in response to local heat due to sensorineural and nitric oxide
(NO)-mediated dilation. It has been previously demonstrated that arteriolar dilation is …

Investigators report that local heat causes an increase in skin blood flow consisting of two
phases. The first is solely sensory neural, and the second is nitric oxide mediated. We …

Although behavior of lymphatic vessels is analogous to that of ventricles, which completely
relax between contractions, and blood vessels, which maintain a tonic constriction, the …

Objective: Although it is well established that the application of local heat causes a biphasic
increase in skin blood flow, the responsible microvessels have not been identified. Methods …

We are leveraging Web‐based technology to create an online community for Life Science
research. Our prototype community for cardiovascular research with live bats, called eBat …

Although lymphatic vessel behavior is analogous to hearts (eg systole and diastole) and
blood vessels (eg basal tone), hearts and blood vessels have fundamentally different …

Skin blood flow increases in response to local heat due to sensorineural and nitric oxide
(NO)-mediated dilation. It has been previously demonstrated that arteriolar dilation is …

The heart and microvasculature have characteristics of a complex adaptive system. Extreme
challenges faced by these organ systems cause structural changes which lead to global …