Interstitial Fluid Pressure: III. Its Effect on Resistance to Tissue Fluid Mobility
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چکیده
منابع مشابه
Interstitial Fluid Pressure: III. Its Effect on Resistance to Tissue Fluid Mobility
The resistance to fluid mobility in the interstitial fluid spaces has been measured between perforated catheters inserted into the subcutaneous abdominal tissues of the dog and between perforated capsules implanted in the tissues 1 month previously. When the pressures in the catheters or perforated capsules were less than atmospheric pressure, the resistance to fluid movement was almost infinit...
متن کاملInterstitial fluid pressure. 3. Its effect on resistance to tissue fluid mobility.
The resistance to fluid mobility in the interstitial fluid spaces has been measured between perforated catheters inserted into the subcutaneous abdominal tissues of the dog and between perforated capsules implanted in the tissues 1 month previously. When the pressures in the catheters or perforated capsules were less than atmospheric pressure, the resistance to fluid movement was almost infinit...
متن کاملInterstitial fluid pressure. IV. Its effect on fluid movement through the capillary wall.
Fluid movement through the capillary membrane has been measured in the lower legs of dogs by using implanted, perforated capsules as internal plethysmographs. Utilizing this procedure it was possible to compare the effects of changes in interstitial fluid pressure with the effects of changes in venous pressure and arterial pressure on movement of fluid through the capillary membrane. A decrease...
متن کاملInterstitial fluid pressure.
Fluid movement through the capillary membrane has been measured in the lower legs of dogs by using implanted, perforated capsules as internal plethysmographs. Utilizing this procedure it was possible to compare the effects of changes in interstitial fluid pressure with the effects of changes in venous pressure and arterial pressure on movement of fluid through the capillary membrane. A decrease...
متن کاملEffect of hydralazine on interstitial fluid pressure in experimental tumours and in normal tissue.
Interstitial fluid pressure (IFP) has been recognised as the most important obstacle in macromolecular drug delivery to solid tumours. The aim of our study was to measure the IFP simultaneously in tumour and in muscle or in subcutis and to determine whether injection of hydralazine reduces differentially tumour IFP with respect to IFP in surrounding and normal tissues. In addition, it was of in...
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ژورنال
عنوان ژورنال: Circulation Research
سال: 1966
ISSN: 0009-7330,1524-4571
DOI: 10.1161/01.res.19.2.412