Results 271 to 280 of about 504,948 (315)
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The American Journal of Cardiology, 1971
Eleven cases of hypertension after renal trauma were reviewed. The average age of the patients was 22 years on first examination at the Cleveland Clinic. Ten patients were asymptomatic; 4 were not aware that they had suffered specific renal trauma. The onset of hypertension occurred at very different intervals after the traumatic event, sometimes after
R P, Grant +5 more
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Eleven cases of hypertension after renal trauma were reviewed. The average age of the patients was 22 years on first examination at the Cleveland Clinic. Ten patients were asymptomatic; 4 were not aware that they had suffered specific renal trauma. The onset of hypertension occurred at very different intervals after the traumatic event, sometimes after
R P, Grant +5 more
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Hypertension and renal dysfunction
Current Opinion in Nephrology and Hypertension, 1996The various end-stage renal disease registries have documented a progressive and substantial increase of hypertension as a cause of renal failure. However, the relationship between essential hypertension and progressive renal disease is unclear. Black hypertensive patients, who are more prone to renal failure during their middle age, have a peculiar ...
P, Zucchelli, A, Zuccalà
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Urologic Radiology, 1988
Hypertension caused by renal abnormalities represents a small but significant percentage of the total hypertensive population. In each case, the abnormality affects renal hemodynamics, resulting in the excess secretion of renin. Renal hypertension may result from major vascular abnormalities--most often stenoses--microcirculatory disease, and renal ...
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Hypertension caused by renal abnormalities represents a small but significant percentage of the total hypertensive population. In each case, the abnormality affects renal hemodynamics, resulting in the excess secretion of renin. Renal hypertension may result from major vascular abnormalities--most often stenoses--microcirculatory disease, and renal ...
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Renal hypertension in children
Urology, 1974Summary The incidence of hypertension in children varied from 1.4 to 2.3 per cent. In contradistinction to adults, essential hypertension is rare in children. Well over 80 per cent of established hypertension is of secondary origin, and in the great majority these cases are secondary to renal disease.
R, Fay, J J, Kaufman
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Journal of Cardiovascular Risk, 1995
The kidney can be considered as both culprit and victim in the hypertensive process. Deranged renal function contributes to the development of arterial hypertension and of secondary vascular damage at the glomerular and arteriolar level and accounts for the development of progressive nephrosclerosis.
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The kidney can be considered as both culprit and victim in the hypertensive process. Deranged renal function contributes to the development of arterial hypertension and of secondary vascular damage at the glomerular and arteriolar level and accounts for the development of progressive nephrosclerosis.
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The Journal of Trauma: Injury, Infection, and Critical Care, 1989
A retrospective study (1972-1983) was made of 622 consecutive patients who suffered renal trauma, in order to assess the incidence and prevalence of post-traumatic renal hypertension. In 435 (76%) of the 569 survivors long-term followup data and blood pressure recordings were obtained, 13 months to 12 years after trauma (mean, 5.6 years).
S J, Monstrey +4 more
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A retrospective study (1972-1983) was made of 622 consecutive patients who suffered renal trauma, in order to assess the incidence and prevalence of post-traumatic renal hypertension. In 435 (76%) of the 569 survivors long-term followup data and blood pressure recordings were obtained, 13 months to 12 years after trauma (mean, 5.6 years).
S J, Monstrey +4 more
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THE PATHOPHYSIOLOGY OF RENAL HYPERTENSION
Australian and New Zealand Journal of Surgery, 1977The increased understanding of the mechanisms leading to production of renal hypertension, and in particular the recognition of the renin‐anglotensin‐aldosterone axis as an integrated capacity‐volume system for the control of arterial blood pressure, now allows a rational approach to the diagnosis and management of patients suffering from this disease.
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Pediatrics, 1963
Renal hypertension is divided into two categories: renoprival (excretory failure) and renovascular. The diagnostic and therapeutic implications of this classification are presented. Two cases of unilateral renal disease are discussed, emphasizing radiologic diagnosis and pharmacologic testing with tetraethyl ammonium chloride.
W G, GUNTHEROTH, C L, HOWRY, J S, ANSELL
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Renal hypertension is divided into two categories: renoprival (excretory failure) and renovascular. The diagnostic and therapeutic implications of this classification are presented. Two cases of unilateral renal disease are discussed, emphasizing radiologic diagnosis and pharmacologic testing with tetraethyl ammonium chloride.
W G, GUNTHEROTH, C L, HOWRY, J S, ANSELL
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