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Evaluation of proximal tubule functions in children with COVID-19: a prospective analytical study |
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Fatma Devrim, Elif Bönc¨¹oğlu, Elif Kıymet, Şahika Şahinkaya, Ela Cem, Mine D¨¹zgöl, Ayb¨¹ke Akaslan Kara, Kamile Ötiken Arıkan, Aslı Kantar, Ebru Yılmaz, Nida Dinçel, Nuri Bayram, İlker Devrim |
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Background: There are limited numbers of studies focusing on renal effects of coronavirus disease 2019 (COVID-19) infection and proximal tubular dysfunction in children with COVID-19 infections. The purpose of this study was to evaluate the functions of the proximal tubule in hospitalized children with confirmed acute COVID-19.
Methods: The children who were hospitalized for confirmed COVID-19 were included in this prospective descriptive analysis. The presence of at least two of the following four abnormalities was used to diagnose proximal tubule injury: abnormal tubular reabsorption of phosphate, normoglycemic glycosuria, hyperuricosuria, and proteinuria.
Results: A total of 115 patients were included in the study. About a third of the individuals had elevated blood creatinine levels or proteinuria. In addition, abnormal renal tubular phosphate loss measured by renal tubular phosphate loss was found in 10 (8.7%) patients, as was hyperuricosuria in 28.6%. As a result, total proximal tubular dysfunction was found in 24 (20.9%) patients. Conclusions: One in every five children with acute COVID-19 infections had proximal tubular dysfunction, according to our data. Although, the rate of proximal tubular dysfunction was lower than in adults, it should be noted. The recovery of proximal tubular function in children with COVID-19 should be followed.
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