Objectives The objective of this review is to provide a comprehensive overview of the
utilization of Raman spectroscopy in urinary system diseases, highlighting its potential in …

The screening performance of urine flow cytometry parameters (eg, white blood cell and
bacteria) for urinary tract infection (UTI) has been widely recognized. The majority of …

Objectives The aim of this study was to evaluate the logistics and diagnostic performances of
dipstick analyses compared to their counterpart central laboratory analyses for detection of …

Background: Urine flow cytometry (UFC) analyses urine samples and determines parameter
counts. We aimed to predict different types of urine culture growth, including mixed growth …

Background Automated urine technology providing standard urinalysis data can be used to
support clinicians in screening and managing a UTI-suspected sample. Fully automated …

Background. Rapid and reliable tests are essential for the diagnostic laboratory confirmation
of urinary tract infections (UTIs). Until now, UTI has been confirmed by the microbiology …

Background A rapid screening test for urinary tract infections (UTIs) in children is needed to
avoid unnecessary cultures and provide prompt reports to make appropriate clinical …

Background Urinary tract infections are responsible for a significant worldwide disease
burden. Performing urine culture is time consuming and labor intensive. Urine flow cytometry …

Objectives To evaluate urinalysis parameters useful for identifying mixed cultures in urine
culture using an automated urinary particle analyzer to assess quality indicators (QIs) for …

Purpose Culture-negative urine specimens can be rapidly screened by urine flow cytometry
(UFC), while low positive predictive value (PPV) limits the clinical application. We explored …