Titlebook: Collateral Circulation; Heart, Brain, Kidney Wolfgang Schaper,Jutta Schaper Book 1993 Springer Science+Business Media New York 1993 angioge

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Planning and Running an Outreach Event, the growth and function of the coronary collateral arterial tree (., .). On the other hand, occlusive arterial disease is not rare in other vascular beds and many — possibly more —important lessons have been learned from the examination of collateral growth and reactivity elsewhere. To what extent

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https://doi.org/10.1007/978-3-658-23700-4oxygen to the myocardium at risk (., ., ., .). Collateral growth has the potential to dramatically alter the outcome of coronary artery disease. Native collaterals, although present in the normal myocardium, are insufficient in number to provide adequate perfusion to the jeopardized myocardium. In t

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https://doi.org/10.1007/978-3-658-23700-4ely under the influence of pressure gradients, i.e., in the presence of stenoses or occlusions. There were hints but no evidence that collaterals might develop: Eckstein (.) had shown that peripheral arterial(stump) pressure in some vascular provinces needed some time to rise after acute occlusion.

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SharePoint Information Center Solutions,ng, fracture repair, folliculo-genesis, ovulation and pregnancy (.). These periods of angiogenesis are of relatively short duration and they are tightly regulated. However, if not properly controlled, angiogenesis can also represent a significant pathogenic component of tumor growth and metastasis,

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SharePoint Project Collaboration Solutions,t unique to the coronary circulation. Derangement in perfusion, in general, accompanies angiogenesis and/or further dilation of pre-existing anastomotic channels toward the perturbed area in the brain, lung, skeletal muscle, kidney and so on (.). Although unused pathways between major coronary arter

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SharePoint Information Center Solutions,ver, there is substantial variation between species in their ability to develop collateral vessels. The dog in particular responds by developing these vessels to a substantial degree (.). Other species, such as humans and swine, have a much less well developed collateral circulation following chroni