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Principles of Clinical Chemistry Automation

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Total cards: 13•Content version: v4•Public deck•Updated: 8/1/2026

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#1
Front (Question)

Which of the following is NOT a driving force for more automation? a. Increased use of chemistry panels b. High-volume testing c. Fast turnaround time d. Expectation of high-quality, accurate results

Back (Answer)

a. Increased use of chemistry panels

#2
Front (Question)

Which of the following approaches to analyzer automation can use mixing paddles to stir? a. Discrete analysis b. Centrifugal analysis c. Continuous flow d. Dry chemistry slide analysis

Back (Answer)

a. Discrete analysis

#3
Front (Question)

Which of the following types of analyzers offers random access capabilities? a. Discrete analyzers b. Continuous flow analyzers c. Centrifugal analyzers d. None of these

Back (Answer)

a. Discrete analyzers

#4
Front (Question)

All of the following are primary considerations in the selection of an automated chemistry analyzer EXCEPT a. How reagents are added or mixed b. The cost of consumables c. Total instrument cost d. The labor component

Back (Answer)

a. How reagents are added or mixed

#5
Front (Question)

An example of a modular integrated chemistry/immunoassay analyzer would be the a. Aeroset b. Dimension Vista 3000 T c. Paramax d. VITROS

Back (Answer)

b. Dimension Vista 3000 T

#6
Front (Question)

Dwell time refers to the a. Time between initiation of a test and the completion of the analysis b. Number of tests an instrument can handle in a specified time c. Ability of an instrument to perform a defined workload in a specified time d. None of these

Back (Answer)

a. Time between initiation of a test and the completion of the analysis

#7
Front (Question)

The first commercial centrifugal analyzer was introduced in what year? a. 1970 b. 1957 c. 1967 d. 1976

Back (Answer)

a. 1970

#8
Front (Question)

All of the following are advantages to automation EXCEPT a. Correction for deficiencies inherent in methodologies b. Increased number of tests performed c. Minimized labor component d. Use of small amounts of samples and reagents in comparison to manual procedures

Back (Answer)

a. Correction for deficiencies inherent in methodologies

#9
Front (Question)

Which of the following steps in automation generally remains a manual process in most laboratories? a. Preparation of the sample b. Specimen measurement and delivery c. Reagent delivery d. Chemical reaction phase

Back (Answer)

a. Preparation of the sample

#10
Front (Question)

Which of the following chemistry analyzers uses slides to contain the entire reagent system? a. VITROS analyzers b. ACA analyzers c. Synchron analyzers d. None of these

Back (Answer)

a. VITROS analyzers

#11
Front (Question)

Reflectance spectrometry uses which of the following? a. Luminometer b. Tungsten–halogen lamp c. Photomultiplier tube d. UV lamp e. Thermometer to monitor temperature in reaction vessel

Back (Answer)

b. Tungsten–halogen lamp

#12
Front (Question)

Modifications in microsampling and reagent dispensing improve which of the following phases in clinical testing? a. Physician ordering phase b. Preanalytical phase c. Analytical phase d. Postanalytical phase e. All of the above phases

Back (Answer)

c. Analytical phase

#13
Front (Question)

Bidirectional communication between the chemistry analyzer and the laboratory information system has had the greatest impact on which of the following phases of clinical testing? a. Preanalytical b. Analytical c. Postanalytical d. All of the above e. None of the above

Back (Answer)

c. Postanalytical