Results 271 to 280 of about 100,018 (314)
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British Medical Bulletin, 1989
Many late complications of diabetes stem from damage to the microcirculation. Changes in the microvascular wall, haemodynamic control and circulating blood may all contribute to impairment of capillary transfer function although the relative importance of the various possible mechanisms is unclear.
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Many late complications of diabetes stem from damage to the microcirculation. Changes in the microvascular wall, haemodynamic control and circulating blood may all contribute to impairment of capillary transfer function although the relative importance of the various possible mechanisms is unclear.
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1972
The first glimpse on the importance of the coronary microcirculation can be ascribed to William Harvey, who, although he never visualized capillaries, reasoned by necessity, that there must be pathways for the flow of blood from the smallest visible arteries to the smallest visible veins (1).
R J, Bing, K, Hellberg, H, Wayland
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The first glimpse on the importance of the coronary microcirculation can be ascribed to William Harvey, who, although he never visualized capillaries, reasoned by necessity, that there must be pathways for the flow of blood from the smallest visible arteries to the smallest visible veins (1).
R J, Bing, K, Hellberg, H, Wayland
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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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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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Microcirculation, 1996
ABSTRACTObjective: The importance of the lymphatic system during inflammatory response is underscored by the discovery that numerous inflammatory mediators alter the lymph pump. Inhibition of the lymph pump will reduce the lymphatic outflow from the interstitial space and thus initiate the lymphatic generation of edema.
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ABSTRACTObjective: The importance of the lymphatic system during inflammatory response is underscored by the discovery that numerous inflammatory mediators alter the lymph pump. Inhibition of the lymph pump will reduce the lymphatic outflow from the interstitial space and thus initiate the lymphatic generation of edema.
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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.
Murray, A; id_orcid 0000-0001-9244-2882 +1 more
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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.
Murray, A; id_orcid 0000-0001-9244-2882 +1 more
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Annals of Plastic Surgery, 1986
The microvascular architecture in muscle is reviewed herein. The intrinsic vasculature is similar in different muscles. There are numerous arterioarterial (100 microns diameter) and venovenous (150 microns) anastomoses creating a large microscopical network.
E, Eriksson, G, Germann, A, Mathur
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The microvascular architecture in muscle is reviewed herein. The intrinsic vasculature is similar in different muscles. There are numerous arterioarterial (100 microns diameter) and venovenous (150 microns) anastomoses creating a large microscopical network.
E, Eriksson, G, Germann, A, Mathur
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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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Orthopedic Clinics of North America, 1988
Peripheral nerve trunks are well-vascularized structures where a well-developed collateral system may compensate for local vascular damage. Interference with intraneural blood flow is reflected rapidly in disturbances in nerve function. In compression lesions and nerve entrapments, the microvascular factor plays an important pathophysiologic role for ...
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Peripheral nerve trunks are well-vascularized structures where a well-developed collateral system may compensate for local vascular damage. Interference with intraneural blood flow is reflected rapidly in disturbances in nerve function. In compression lesions and nerve entrapments, the microvascular factor plays an important pathophysiologic role for ...
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The Traumatic Microcirculation*
Critical Care Medicine, 2014Zafrani, Lara, Ince, Can
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