Automation in Phlebotomy: Revolutionizing Blood Collection

Question 1

Which regulatory body in the United States governs the use of automated blood collection systems?

Accepted Answer

Both CLIA and FDA

Answer

Clinical Laboratory Improvement Amendments (CLIA)

Answer

Food and Drug Administration (FDA)

Answer

Occupational Safety and Health Administration (OSHA)

Question 2

Which of the following is an example of an automated blood collection system?

Accepted Answer

Vacutainer system with a vacuum-sealed blood collection tube

Answer

Butterfly needle system for blood draw from small veins

Answer

Traditional phlebotomist-assisted blood collection method

Answer

Capillary puncture system for blood collection from a finger

Question 3

What is the main component of an automated blood collection system?

Accepted Answer

Vacuum tube holder

Answer

Centrifuge

Answer

Blood bag

Answer

Needle safety device

Question 4

Which of the following is NOT a potential advantage of using automated blood collection systems in phlebotomy?

Accepted Answer

Elimination of human error

Answer

Reduced risk of contamination

Answer

Increased efficiency

Answer

Improved specimen integrity

Question 5

What is the primary component of most automated blood collection systems?

Accepted Answer

Vacutainer

Answer

Syringe

Answer

Centrifuge

Answer

Tourniquet

Question 6

Which ethical consideration is of paramount importance when using automation in phlebotomy?

Accepted Answer

Patient consent

Answer

Confidentiality

Answer

Equity of access

Answer

Accuracy

Question 7

How does automation impact the job responsibilities of phlebotomists?

Accepted Answer

Changes the focus of phlebotomists' roles towards patient care

Answer

Eliminates the need for phlebotomists

Answer

Reduces the workload of phlebotomists

Answer

Enhances the technical skills of phlebotomists

Question 8

What is the fundamental difference between closed and open systems for automated blood collection?

Accepted Answer

Closed systems are fully automated, while open systems require some manual intervention

Answer

Open systems are fully automated, while closed systems require some manual intervention

Answer

Closed systems are more efficient than open systems

Answer

Open systems are more versatile than closed systems

Question 9

What is the primary purpose of quality control in automated blood collection systems?

Accepted Answer

Ensures accuracy and reliability of results

Answer

Prevents equipment malfunctions

Answer

Promotes patient safety

Answer

Reduces operating costs

Question 10

Which of the following is NOT a component of an automated blood collection system?

Accepted Answer

Microscope

Answer

Specimen tubes

Answer

Centrifuge

Answer

Barcode scanner

Question 11

Which of the following is NOT a legal consideration associated with the use of automated blood collection systems?

Accepted Answer

Insurance coverage

Answer

Compliance with regulatory standards

Answer

Patient consent and documentation

Answer

Equipment maintenance records

Question 12

Which component of an automated blood collection system is responsible for collecting and transferring blood samples?

Accepted Answer

Needle assembly

Answer

Processing unit

Answer

Centrifuge

Answer

Sample tray

Question 13

What is the primary function of evacuated blood collection tubes in automated blood collection systems?

Accepted Answer

To maintain a vacuum that facilitates blood flow

Answer

To create a sterile environment for blood collection

Answer

To prevent hemolysis of red blood cells

Answer

To enhance the precision of test results

Question 14

As automation becomes more prevalent in phlebotomy, what strategies can phlebotomists use to adapt successfully?

Accepted Answer

Embrace technology and learn to use automated systems.

Answer

Reject automation and stick to manual methods.

Answer

Ignore automation and let it happen without getting involved.

Answer

Push for the removal of automation in phlebotomy to keep traditional methods.

Question 15

How do automated blood collection systems differ in their levels of automation?

Accepted Answer

Semi-automated systems require more user input than fully automated systems.

Answer

All systems offer the same level of automation.

Answer

Automation level does not affect accuracy.

Answer

Systems can only be classified as semi-automated or fully automated.

Question 16

Which component is NOT part of an automated blood collection system?

Accepted Answer

Manual syringe

Answer

Centrifuge

Answer

Vacuum tube

Answer

Analyzer

Question 17

What is a primary advantage of using automated blood collection systems?

Accepted Answer

Increased efficiency

Answer

Compromised safety

Answer

Reduced accuracy

Answer

Increased cost

Question 18

Which component is essential for maintaining quality assurance in automated blood collection systems?

Accepted Answer

Regular calibration

Answer

External audits

Answer

Staff training

Answer

Patient feedback

Question 19

What is a key responsibility of a phlebotomist using automated blood collection systems?

Accepted Answer

Monitoring the system for accuracy

Answer

Interpreting test results

Answer

Performing patient consultations

Answer

Manually collecting and processing samples

Question 20

Which potential benefit is associated with automation in phlebotomy?

Accepted Answer

Reduced risk of needle-stick injuries

Answer

Prolonged processing times

Answer

Increased sample contamination

Question 21

Which potential disadvantage is associated with automated blood collection systems?

Accepted Answer

Higher cost

Answer

Increased efficiency

Answer

Improved accuracy

Answer

Reduced labor requirements

Question 22

To effectively utilize automated blood collection systems, which skill is crucial for phlebotomists to develop?

Accepted Answer

Troubleshooting

Answer

Sample interpretation

Answer

Patient communication