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What are the two diseases which are detected by urine test?

Published in Urinalysis Diagnostics 2 mins read

Urine tests, also known as urinalysis, can detect several diseases. Based on the provided reference, two diseases that can be detected by a urine test are urinary tract infections and kidney disease.

How a Urine Test Detects Diseases

A urinalysis involves examining the appearance, concentration, and content of urine. Here's how it can indicate certain health issues:

  • Appearance: A healthy urine sample should be clear. Cloudiness, for instance, can suggest a urinary tract infection (UTI).
  • Concentration: The concentration of substances in urine can reveal issues related to kidney function.
  • Content: The presence of specific substances like protein or glucose can point towards underlying conditions such as kidney disease or diabetes.

Two Specific Diseases Detected

Based on the reference, here are the two diseases that a urine test is commonly used to detect:

1. Urinary Tract Infections (UTIs)

  • Detection: A urine test can often identify a UTI.
  • Indicators: Cloudy urine is one possible sign. The test can also find bacteria and white blood cells in the urine sample, which are strong indicators of infection.

2. Kidney Disease

  • Detection: A urinalysis can indicate possible kidney disease.
  • Indicators: The presence of protein or abnormal levels of other substances in the urine may point toward kidney issues. This test often acts as an initial screening.

Other Diseases Detected by Urinalysis

While the reference only explicitly mentions urinary tract infections and kidney disease, a urinalysis is used to help manage a range of other disorders.

  • Diabetes: The presence of glucose in the urine can be a sign of diabetes.
  • Other Conditions: Urine tests can detect other conditions, including liver problems, or various infections.

Conclusion

A urine test is a versatile diagnostic tool that can detect a wide variety of health problems. It's especially helpful in diagnosing and managing urinary tract infections and kidney disease by analyzing the appearance and content of the urine.

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