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American Journal of Physiology-Endocrinology and Metabolism, 1982
The direction of pituitary blood flow, the amount of pituitary blood flow, its regional control, and the role of the median eminence microcirculation are the subjects of this review. Present concepts of pituitary blood flow are focused almost entirely on its direction and arouse from studies of pituitary vascular anatomy performed almost 50 years ago ...
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The direction of pituitary blood flow, the amount of pituitary blood flow, its regional control, and the role of the median eminence microcirculation are the subjects of this review. Present concepts of pituitary blood flow are focused almost entirely on its direction and arouse from studies of pituitary vascular anatomy performed almost 50 years ago ...
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Archives of Ophthalmology, 1970
The pressure-flow relationship of the choroidal circulation of the cat was studied by the Krypton clathrate Kr 85 desaturation technique. At intraocular pressures below 20 mm Hg, the choroidal circulation was found to behave like a passive vascular bed; above 30 mm Hg, it was found to behave like an active bed with a mild degree of autoregulation.
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The pressure-flow relationship of the choroidal circulation of the cat was studied by the Krypton clathrate Kr 85 desaturation technique. At intraocular pressures below 20 mm Hg, the choroidal circulation was found to behave like a passive vascular bed; above 30 mm Hg, it was found to behave like an active bed with a mild degree of autoregulation.
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2017
Blood is the fluid which flows in the cardiovascular system. It is, however, not a pure fluid but rather a suspension of a number of different particles (cells, cell fragments and macromolecules) in a fluid base. This chapter explores the fluid behaviour of blood including the impact of the particles on this behaviour.
Peter R. Hoskins, David Hardman
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Blood is the fluid which flows in the cardiovascular system. It is, however, not a pure fluid but rather a suspension of a number of different particles (cells, cell fragments and macromolecules) in a fluid base. This chapter explores the fluid behaviour of blood including the impact of the particles on this behaviour.
Peter R. Hoskins, David Hardman
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Biodegradable and flexible arterial-pulse sensor for the wireless monitoring of blood flow
Nature Biomedical Engineering, 2019C. Boutry +13 more
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