Hubungan antara Pemeriksaan Nitrit Urine dan Bacterial Scattergram Automated Urine Analyzer dengan Kultur Urine pada pasien Infeksi Saluran Kemih di Rs Adam Malik
The Relationship between Urine Nitrite and Bacterial Scattergram Automated Urine Analyzer Examination with Urine Culture in Patients With Urinary Tract Infection at Adam Malik Hospital

Date
2025Author
Purba, Nadya Aprilla
Advisor(s)
Permatasari, Ranti
Arto, Nindia Sugih
Metadata
Show full item recordAbstract
Introduction
Urinary tract infection is a common urinary tract disease that is often caused by
bacteria. Bacterial scattergram is a parameter of automated urinalysis that is able to
provide information on the number of bacteria and an estimate of the type of Grampositive or Gram-negative bacteria.
Objective
To determination correlation of Urine Nitrite Examination and Bacterial
Scattergram Automated Urine Analyzer with Urine Culture in Urinary Tract
Infection Patients at Adam Malik Hospital.
Methods
This study is a retrospective cross-sectional study. The study subjects were 91
subjects with a diagnosis of UTI at Adam Malik Hospital in 2024. Urinalysis and
urine culture data were taken to be analyzed using Pearson correlation test statistics
and Spearman rank test. All statistical tests with a p value <0.05 were considered
significant.
Results
The subjects were 46 males (50.5%) and 45 females (49.5%). The mean age of the
subjects was 55 years. The most common type of urine sample was midstream urine
(63.7%). Positive urine nitrite was found in 24 (26.4%) urinalysis results. The most
common bacteria causing UTI was E. coli: 22 (24,2%). From the scattergram
examination, 60 subjects (65.9%) showed angles <30º and 19 subjects (20.9%)
formed angles >30º, and unclassified angles were 12 subjects (13.2%).
Conclusion
There is a significant relationship between urine nitrite examination and the types
of bacteria that grow on urine culture (p=0.008). There is a significant relationship
between urine bacterial scattergram examination and the types of bacteria that grow
on urine culture (p<0.001)
Collections
- Master Theses [160]