Results 291 to 300 of about 316,846 (352)
Renal physiology of the mouse [PDF]
American Journal of Physiology-Renal Physiology, 2000 As the transgenic and gene-targeting technology has become an invaluable experimental approach to study the function of gene products, the need has been expanded to assess the physiology in the mouse, which is virtually the only animal species to which that new genetic technology can apply.
Jurgen Schnermann +3 more
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Medical Journal of Australia, 1976
The kidney is composed of one million nephrons that function as a series of integrated units. The excretion of a wide range of natural and artificial compounds results from unselective filtration and specific reclamation of wanted substances. Active transport of weak acids and weak bases supplements this mechanism. In addition to its excretory function,
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The kidney is composed of one million nephrons that function as a series of integrated units. The excretion of a wide range of natural and artificial compounds results from unselective filtration and specific reclamation of wanted substances. Active transport of weak acids and weak bases supplements this mechanism. In addition to its excretory function,
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Seminars in Pediatric Surgery, 2013
The renal system plays a tremendous role in growth and development of infants and children. The kidney itself also undergoes a maturation process as it transitions from the fetal to the extrauterine environment. Renal function continues to undergo further adaptive changes in the neonatal period.
Mustafa Sulemanji, Khashayar Vakili
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The renal system plays a tremendous role in growth and development of infants and children. The kidney itself also undergoes a maturation process as it transitions from the fetal to the extrauterine environment. Renal function continues to undergo further adaptive changes in the neonatal period.
Mustafa Sulemanji, Khashayar Vakili
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Urologic Clinics of North America, 2000
Oliguria is a recognized component of the physiologic effect of increased intra-abdominal or retroperitoneal pressure. The cause is multifactorial, emanating from vascular and parenchymal compression, and is associated with systemic hormonal effects. Ureteral obstruction does not play a significant role.
Elspeth M. McDougall, Matthew D. Dunn
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Oliguria is a recognized component of the physiologic effect of increased intra-abdominal or retroperitoneal pressure. The cause is multifactorial, emanating from vascular and parenchymal compression, and is associated with systemic hormonal effects. Ureteral obstruction does not play a significant role.
Elspeth M. McDougall, Matthew D. Dunn
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Renal Sympathetic Denervation and Renal Physiology
Current Clinical Pharmacology, 2013The sympathetic nervous system has a profound effect on the kidney's ability to regulate blood pressure and, vice versa, the kidney has an important effect on the overall sympathetic tone. As a result, renal sympathetic nerves are crucial for initiation and the maintenance of systemic hypertension.
Kostas C. Siamopoulos +2 more
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Renal physiology and acute renal failure
The Indian Journal of Pediatrics, 1981During intrauterine life the function of the nephric system apparently is minimal. The task of maintaining the homeostasis of the fetus is fulfilled by the placenta, as evidenced by the absence at birth of abnormalities in fluid and electrolyte balance in newborns with bilateral renal agenesis.
Eunice John, D. Vidyasagar
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Klinische Wochenschrift, 1972
Renal physiology has been concerned with questions about mechanisms of tubular Na reabsorption, the intrarenal regulation of Na excretion and the tubular handling of non-electrolytes.
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Renal physiology has been concerned with questions about mechanisms of tubular Na reabsorption, the intrarenal regulation of Na excretion and the tubular handling of non-electrolytes.
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Neurourology and Urodynamics, 2014
Renal function, diurnal fluctuations in arginine vasopressin (AVP) secretion, sex, and advanced age affect urine formation and may contribute to nocturia. Renal effects of AVP are mediated by AVP V2 receptors in the kidney collecting duct. Changes in AVP concentration have the greatest relative effects on urine volume when AVP levels are low; therefore
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Renal function, diurnal fluctuations in arginine vasopressin (AVP) secretion, sex, and advanced age affect urine formation and may contribute to nocturia. Renal effects of AVP are mediated by AVP V2 receptors in the kidney collecting duct. Changes in AVP concentration have the greatest relative effects on urine volume when AVP levels are low; therefore
openaire +3 more sources