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Best Practice & Research Clinical Anaesthesiology, 2016
The clinical relevance of microcirculation and its bedside observation started gaining importance in the 1990s since the introduction of hand-held video microscopes. From then, this technology has been continuously developed, and its clinical relevance has been established in more than 400 studies.
Ocak, I (Isik), Kara, Atila, Ince, C
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The clinical relevance of microcirculation and its bedside observation started gaining importance in the 1990s since the introduction of hand-held video microscopes. From then, this technology has been continuously developed, and its clinical relevance has been established in more than 400 studies.
Ocak, I (Isik), Kara, Atila, Ince, C
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Rheology and the Microcirculation
Gastroenterology, 1967The term "rheology" was coined by E. C. Bingham in 1929 to describe the discipline dealing with the study of deformation and flow of solids and fluids. Rheologists have been particularly interested in complex systems in which an application of the mechanics of ideal fluids or of nondissipative elastic systems is inadequate to describe the relationships
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Microcirculation, 2016
AbstractThis special issue includes the abstracts from, and three reviews by invited speakers at, the British Microcirculation Society's Annual Meeting in 2015. The reviews cover topics from the meeting symposium of “Imaging the Microcirculation” and discuss noninvasive methods of visualizing and measuring the microvasculature's structure and function.
Graham Dinsdale, Andrea Murray
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AbstractThis special issue includes the abstracts from, and three reviews by invited speakers at, the British Microcirculation Society's Annual Meeting in 2015. The reviews cover topics from the meeting symposium of “Imaging the Microcirculation” and discuss noninvasive methods of visualizing and measuring the microvasculature's structure and function.
Graham Dinsdale, Andrea Murray
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The microcirculation and hypertension
Journal of Hypertension, 1992To review published evidence on the effects of arteriolar changes in primary and secondary hypertension.Pressure profile analyses have shown that the microcirculation is a major site of vascular resistance. With the recent refinement of intravital microscopy techniques detailed information has become available on mechanisms of the microvascular ...
H A, Struijker Boudier +5 more
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1973
Microcirculation brings about the convective transport of O2 through the capillary network of the tissue. From the capillaries into the tissue O2 is transported mainly by diffusion. Within the tissue O2 reacts with cytochrome oxidase which is part of the respiratory chain. The respiratory chain is situated in the mitochondria.
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Microcirculation brings about the convective transport of O2 through the capillary network of the tissue. From the capillaries into the tissue O2 is transported mainly by diffusion. Within the tissue O2 reacts with cytochrome oxidase which is part of the respiratory chain. The respiratory chain is situated in the mitochondria.
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The peritoneal microcirculation
1981The peritoneal membrane which surrounds the peritoneal cavity covers a maze of complex organs and tissues (e.g., stomach, small intestine, large intestine, liver, abdominal wall muscles, and mesentery). These tissues have independent and often dissimilar blood flow regulatory mechanisms.
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THE AUTOREGULATION OF THE MICROCIRCULATION
Acta Medica Scandinavica, 1975Abstract. The paper reviews August Krogh's contribution to capillary physiology stressing his formulation of useful new concepts such as “tissue cylinder model”, capillary intermittency and the intimate matching of capillary perfusion and cellular metabolism.
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Innervation of the Microcirculation
Journal of Reconstructive Microsurgery, 1988Neurogenic control of the peripheral circulation is accomplished by alterations in nerve discharge to the pre- and postcapillary vascular network in the various organs. The postganglionic sympathetic adrenergic nerves constitute the most important efferent pathway for neural control. The physiologic response of the microvasculature to neural influences
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The Traumatic Microcirculation*
Critical Care Medicine, 2014Can Ince, Lara Zafrani
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