Understanding Urine Analysis

An illustration depicting various aspects of urine analysis, including colors, clarity, and specimen examination in a clinical laboratory setting.

Understanding Urine Analysis

Test your knowledge on urine analysis with this engaging quiz! Explore various aspects of urine composition and the significance of different colors and odors.

Whether you're a student, a professional, or simply curious, you’ll find questions that cover:

  • Urine characteristics
  • Indicators of health
  • Microscopic examination
15 Questions4 MinutesCreated by AnalyzingStream12
The concentration of a normal urine specimen can be estimated by which of the following?
Color
Clarity
Foam
Odor
The normal yellow color of urine is produced by:
Bilirubin
Hemoglobin
Urobilinogen
Urochrome
The presence of bilirubin in a urine specimen produces a:
Yellow foam when shaken
White foam when shaken
Cloudy specimen
Yellow-red specimen
A urine specimen containing melanin will appear:
Pale pink
Dark yellow
Blue-green
Black
Specimen that contain hemoglobin can be visually distinguished from those that contain RBCs because:
Hemoglobin produces a clear, yellow specimen
Hemoglobin produces a cloudy pink specimen
RBCs produce a cloudy red specimen
RBCs produce a clear red specimen
A patient with a viscous orange specimen may have been:
Treated for a urinary tract infection
Taking vitamin B pills
Eating fresh carrots
Taking antidepressants
The oresence of a pink precipitate in a refrigerated specimen is caused by:
Hemoglobin
Urobilin
Uroerythrin
Beets
Microscopic examination of a clear urine that produces a white precipitate after refrigeration will show:
Amorphous urates
Porphyrins
Amorphous phosphates
Yeast
The color of urine containing porphyrins will be:
Yellow brown
Green
Orange
Port wine
Which of the following specific gravities would be most likely to correlate with a pale yellow urine?
1.005
1.010
1.020
1.030
A correlation exists between a specific gravity by refractometer of 1.050 and a:
2+ glucose
2+ protein
First morning specimen
Radiographic dye infusion
A specimen with a specific gravity of 1.035 would be considered:
Isosthenuric
Hyposthenuric
Hypersthenuric
Not urine
A specimen with a specific gravity of 1.001 would be considered:
Hyposthenuric
Not urine
Hypersthenuric
Isosthenuric
A strong odor of ammonia in a urine specimen could indicate:
Ketones
Normalcy
Phenylketonuria
An old specimen
Which of the following will react in the reagent strip specific gravity test?
Glucose
Radiographic dye
Protein
Chloride
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