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- W2049393007 abstract "This article reviews the literature with respect to various risk factors for permanent renal damage in children with urinary tract infection. Vesico-ureteric reflux is an important risk factor, but renal damage can occur in the absence of reflux. Renal damage does not always occur in the presence of gross reflux. Renal scars always develop at the same site as a previous infection in the kidney. Recurrent pyelonephritis and delay in therapy increase the likelihood of renal damage, although it is not known how long a delay is dangerous to the human kidney. Recent studies using 99mtechnetium-dimercaptosuccinic acid (DMSA) scintigraphy have not confirmed the findings of previous studies showing that children below 1 y of age are more vulnerable to renal damage. It is more likely that all children run the risk of renal scarring in cases of acute pyelonephritis. The role of bladder pressure is still not entirely understood. Therefore more studies are needed in order to determine the relationship between high voiding pressures in some, otherwise healthy, children with urinary tract infection and renal scarring. The importance of bacterial virulence in the development of renal scarring is unclear. DMSA scintigraphy and voiding cystourethrography are the most reliable tools for identifying children at risk of renal scarring. As a single method DMSA scintigraphy appears to be better than voiding cystourethrography." @default.
- W2049393007 created "2016-06-24" @default.
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- W2049393007 date "1999-11-01" @default.
- W2049393007 modified "2023-09-29" @default.
- W2049393007 title "Vesico-ureteric reflux and other risk factors for renal damage: identification of high- and low-risk children" @default.
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- W2049393007 cites W1415160439 @default.
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- W2049393007 cites W178759534 @default.
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- W2049393007 cites W1972013200 @default.
- W2049393007 cites W1974427978 @default.
- W2049393007 cites W1987923507 @default.
- W2049393007 cites W1990731735 @default.
- W2049393007 cites W1991370920 @default.
- W2049393007 cites W1992401227 @default.
- W2049393007 cites W1998956588 @default.
- W2049393007 cites W2003014396 @default.
- W2049393007 cites W2004297683 @default.
- W2049393007 cites W2007124751 @default.
- W2049393007 cites W2007910855 @default.
- W2049393007 cites W2007983399 @default.
- W2049393007 cites W2013165497 @default.
- W2049393007 cites W2014897406 @default.
- W2049393007 cites W2020005149 @default.
- W2049393007 cites W2020326478 @default.
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- W2049393007 cites W2028631728 @default.
- W2049393007 cites W2037615749 @default.
- W2049393007 cites W2042443329 @default.
- W2049393007 cites W2053553418 @default.
- W2049393007 cites W2061076286 @default.
- W2049393007 cites W2061336950 @default.
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- W2049393007 cites W2418851426 @default.
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- W2049393007 doi "https://doi.org/10.1111/j.1651-2227.1999.tb01316.x" @default.
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