Results 201 to 210 of about 265,193 (260)
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Annual Review of Physiology, 1972
The subject of the regulation of the body fluids is indeed complex, including elements of the endocri ne, renal, nervous and cardiovascular systems. Because of the difficulty of the experi mental methods, most of us have had tunnel vision in our research and reviews, although there have been some notable exceptions with respect to the latter (e.g., 58,
L, Share, J R, Claybaugh
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The subject of the regulation of the body fluids is indeed complex, including elements of the endocri ne, renal, nervous and cardiovascular systems. Because of the difficulty of the experi mental methods, most of us have had tunnel vision in our research and reviews, although there have been some notable exceptions with respect to the latter (e.g., 58,
L, Share, J R, Claybaugh
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Cerebrospinal fluid as a diagnostic body fluid
The American Journal of Medicine, 1983The cerebrospinal fluid is a dynamic, metabolically active substance that has many important functions. It is invaluable as a diagnostic aid in the evaluation of inflammatory conditions, infectious or noninfectious, involving the brain, spinal cord, and meninges. The cerebrospinal fluid may be obtained with relative ease with the use of lumbar puncture,
J M, Conly, A R, Ronald
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Journal of the Forensic Science Society, 1985
It is common practice when reporting blood grouping results to include a figure representing the frequency of occurrence of the particular group combination in a population. The data for these calculations can be obtained from a number of sources, for example, blood transfusion records, studies involving population genetics or individual forensic ...
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It is common practice when reporting blood grouping results to include a figure representing the frequency of occurrence of the particular group combination in a population. The data for these calculations can be obtained from a number of sources, for example, blood transfusion records, studies involving population genetics or individual forensic ...
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Annual Review of Physiology, 1977
The volume and the distribution ofthe body fluids are determined ultimately by the amounts of body water and sodium. However, the regulation of water and salt turnover is highly complex, involving multiple factors which operate both indepen dently and in conjunction with each other.
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The volume and the distribution ofthe body fluids are determined ultimately by the amounts of body water and sodium. However, the regulation of water and salt turnover is highly complex, involving multiple factors which operate both indepen dently and in conjunction with each other.
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Current Opinion in Neurobiology
Maintaining the fluid balance requires complex crosstalk within the neural circuits and endocrine systems through the brain-body axis. Previous research focused on the thirst-driving pathways in the brain. Recent studies have shed more light on the role of postingestive feed-forward modulation mediated by peripheral signals. Advances in technology have
Yameng Zhang, Yuki Oka
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Maintaining the fluid balance requires complex crosstalk within the neural circuits and endocrine systems through the brain-body axis. Previous research focused on the thirst-driving pathways in the brain. Recent studies have shed more light on the role of postingestive feed-forward modulation mediated by peripheral signals. Advances in technology have
Yameng Zhang, Yuki Oka
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Anaesthesia and Intensive Care, 1977
The terms mole, molality, molarity, osmole, osmolality, osmolarity, osmolar gap and anion gap are defined and their clinical usefulness indicated. The following body fluid compartments are described: total body water ( TBW), extracellular fluid ( ECF), intracellular fluid ( ICF), transcellular fluid ( TCF), plasma volume, red cell volume and ...
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The terms mole, molality, molarity, osmole, osmolality, osmolarity, osmolar gap and anion gap are defined and their clinical usefulness indicated. The following body fluid compartments are described: total body water ( TBW), extracellular fluid ( ECF), intracellular fluid ( ICF), transcellular fluid ( TCF), plasma volume, red cell volume and ...
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Nature, 1952
A METHOD has been developed for the assay of progesterone by which a little as 4 µgm. of the hormone can be detected. It is based on the technique of extraction and partition between organic solvents1 and subsequent separation and semi-quantitative estimation by chromatographic partition on filter paper2.
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A METHOD has been developed for the assay of progesterone by which a little as 4 µgm. of the hormone can be detected. It is based on the technique of extraction and partition between organic solvents1 and subsequent separation and semi-quantitative estimation by chromatographic partition on filter paper2.
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Pediatrics in Review, 2015
Body fluid composition is maintained in a normal physiologic range by regulatory mechanisms that control sodium and water metabolism. A detailed knowledge of the homeostatic mechanisms will help in understanding the pathogenesis and management of disorders of sodium and water balance.After completing this article, readers should be able to: 1 ...
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Body fluid composition is maintained in a normal physiologic range by regulatory mechanisms that control sodium and water metabolism. A detailed knowledge of the homeostatic mechanisms will help in understanding the pathogenesis and management of disorders of sodium and water balance.After completing this article, readers should be able to: 1 ...
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1994
The body fluids can be considered to be distributed between two compartments, intracellular and extracellular. The extracellular compartment can in turn be divided into a number of sub-compartments. These are: (a) the plasma (extracellular fluid within the vascular system); (b) the interstitial fluid (extracellular fluid outside the vascular system ...
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The body fluids can be considered to be distributed between two compartments, intracellular and extracellular. The extracellular compartment can in turn be divided into a number of sub-compartments. These are: (a) the plasma (extracellular fluid within the vascular system); (b) the interstitial fluid (extracellular fluid outside the vascular system ...
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