Abstract

Background: Targeted urinalysis has been suggested to improve screening efficiency in adults. However, there is no well-defined target population in children yet, with limited information on the risk factors for urinalysis abnormalities.Methods: Children from infants to 17 years old were randomly selected. Dipstick urinalysis was initially performed. Among those who were abnormal, a repeat dipstick or dipstick with microscopic urinalysis was performed for confirmation.Results: In total, 70,822 children were included, with 37,866 boys and 32,956 girls. Prevalence of abnormal urinalysis was 4.3%. Age was significantly associated with abnormal urinalysis, with the highest prevalence among 12–14-year-olds. Girls were 2.0 times more likely to exhibit abnormalities. Compared with children whose guardians had a college degree or higher, those whose guardians had a high school degree or lower had a higher likelihood of abnormalities. Geographic location was also associated with abnormal results.Conclusion: Girls, children aged 12–14 years old, and children whose guardians had a low educational level and children in certain geographic locations were significantly associated with abnormal urinalysis. Identification of children at high risk would contribute to targeted urinalysis screening.

Highlights

  • Chronic kidney disease (CKD) is considered one of the most harmful diseases among children, causing heavy social and economic burdens on patients’ families [1, 2]

  • Urinalysis has been broadly utilized for CKD screening because it is cheap, widely available and non-invasive

  • The specificity and cost-effectiveness of urinalysis screening in children have been doubted for decades

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Summary

Introduction

Chronic kidney disease (CKD) is considered one of the most harmful diseases among children, causing heavy social and economic burdens on patients’ families [1, 2]. Optional strategies to detect CKD in healthy children include urinalysis, kidney ultrasound and serum markers of kidney function. Abnormal Urinalysis in Children [3,4,5]. The specificity and cost-effectiveness of urinalysis screening in children have been doubted for decades. American experts hold a quite different opinion. They concluded that urinalysis screening is unnecessary and cost-ineffective in children [10]. Most of the controversies should be attributed to the low prevalence of abnormalities and low specificity of urinalysis in the screening process [6, 12]. There is no well-defined target population in children yet, with limited information on the risk factors for urinalysis abnormalities

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