Urine Report Analysis

Urine analysis typically involves only physical tests to detect abnormal constituents.

Biochemical instrumentation is not used in urine analysis to detect abnormal constituents.

Experimental design is not a crucial aspect of urine analysis.

A complete lab report in urine analysis typically includes only the test results.

Urine analysis is only used to detect the presence or absence of abnormal constituents, but not to quantify them.

A Biuret test is used to detect the presence of proteins in urine.

The Rothera’s test is used to detect the presence of glucose in urine.

The Fehling’s test is used to detect the presence of reducing sugars in urine.

A complete lab report includes a separate section for citing references.

The Hay’s sulfur test is used to detect the presence of proteins in urine.

Biochemical instrumentation is used to detect abnormal constituents in urine samples.

Physical examination of urine includes the measurement of volume, colour, and odor.

A spectrophotometry sheet is used to record the results of chemical tests in urine analysis.

Experimental design in urine analysis involves selecting a random sample of participants.

Urine analysis typically involves both physical and chemical examinations.

A lab report on urine analysis should include a separate section for discussing the limitations of the experiment.