IAHCSMM CRCST Practice Test – Chapter 11 Complex Surgical Instruments

Last Updated on August 5, 2024

HSPA [Formerly IAHCSMM] CRCST Practice Test – Chapter 11 Complex Surgical Instruments. The chapter’s learning objectives encompass knowledge and understanding of processing powered surgical instruments, concerns, and procedures for handling endoscopic instruments, infection prevention concerns related to endoscopes and loaner instrumentation, and basic protocols for each step in the loaner instrumentation process.

This chapter introduces the evolution of surgical instruments, from simple devices to the complex ones in use today. It highlights explicitly powered surgical instruments and endoscopes requiring special handling and care. The chapter emphasizes the need for meticulous cleaning, detailed inspection, and correct packaging and sterilization of these instruments.

It also discusses powered surgical instruments, which have transformed surgery procedures, making them safer and faster. Their design complexity ranges from drills on tiny ear bones to drills and saws on large leg bones.

Three primary power sources for these instruments are discussed: electricity, compressed gas (pneumatic), and batteries. The chapter provides guidelines for proper handling, cleaning, and maintenance for each power source.

The chapter highlights that these complex instruments represent a significant financial investment for hospitals, hence the need for careful handling. Lastly, it discusses CS technicians’ challenges in keeping up with new and evolving instruments and their specific processing requirements.

IAHCSMM CRCST Practice Test – Chapter 11

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IAHCSMM CRCST Practice Test – Chapter 11

CRCST Practice Test
Chapter 11 Identify basic protocols
Total Items: 22
Time Limit: N/A
Multiple Choice Quiz

1 / 22

Which of the following statements is true about powered surgical instruments?

They have evolved from simple devices to complex surgical instruments

They are never used in modern surgical procedures

They do not require special handling or care

They are all designed for single use only

2 / 22

The requirements for processing complex instruments always include:

Thorough cleaning, detailed inspection, proper packaging, and sterilization

Minimal cleaning, general inspection, improper packaging, and lack of sterilization

Negligible cleaning, lack of inspection, improper packaging, and sterilization

Moderate cleaning, basic inspection, proper packaging, and lack of sterilization

3 / 22

What is the main difference between operative and non-operative endoscopes?

Operative endoscopes allow surgical procedures to be performed, while non-operative endoscopes only allow for viewing of the anatomy

Non-operative endoscopes allow surgical procedures to be performed, while operative endoscopes only allow for viewing of the anatomy

Operative endoscopes are more technologically advanced than non-operative endoscopes

Non-operative endoscopes are more technologically advanced than operative endoscopes

4 / 22

What technology is used to transmit light for an endoscope surgery?

Light-emitting diodes (LED)

Fiber optics

Both A and B

None of the above

5 / 22

Which of the following best describes the term "endoscopy"?

It is a surgical procedure that involves making a large incision

It refers to procedures that allow physicians to look inside the body through the use of an endoscope

It is a type of surgical equipment used for major operations

None of the above

6 / 22

Which of the following is not a common reason for powered equipment repairs?

Corrosion of internal components

Physical damage due to mishandling

Lack of prevention and maintenance

Overheating due to excessive use

7 / 22

Why are decontamination batteries used with battery-powered surgical equipment?

To extend the life of the battery

To protect the electrical components from moisture

To increase the power of the equipment

None of the above

8 / 22

Which type of surgical procedures have been enabled by the advancements in operative endoscope technology?

Laparoscopic left Marat fluoroscopy

Oscar laparoscopy

Arthroscopy

All of the above

9 / 22

What can surgeons do with operative endoscopes that they cannot do with non-operative endoscopes?

View the interior of a hollow organ or body cavity

Perform a surgical procedure, such as a biopsy

Visualize the outside of an organ or body cavity

Transmit light and images to a video system

10 / 22

Which types of endoscopes can be further classified according to how the image is captured?

Rigid and flexible endoscopes

Operative and non-operative endoscopes

Rigid and semi-rigid endoscopes

Flexible and semi-rigid endoscopes

11 / 22

How does an endoscope transmit light and images?

Through the use of fiber optics or computer chips

Through the use of radio waves

Through the use of electricity

Through the use of sound waves

12 / 22

What is the meaning of endoscopy?

A procedure involving a large incision

A procedure to look inside the body using an endoscope

A surgical procedure involving removal of an organ

A surgical procedure involving implantation of a device

13 / 22

What is the purpose of a decontamination battery?

To provide power for decontamination processes

To protect electrical components from moisture

To enhance the battery life of surgical instruments

To recharge the batteries of surgical instruments

14 / 22

How should battery-powered instruments be cared for?

They should be immersed in water

They should be cleaned with abrasive substances

They should be cleaned with brushes and manufacturer-recommended detergent

They should be left as is after use

15 / 22

What are examples of battery-powered surgical instruments?

Stethoscope and Sphygmomanometer

Micro drills and dental drills

Scalpel and Forceps

Reflex hammer and Otoscope

16 / 22

What is the proper coil size for sterilization of hoses?

3-5 inches

9-12 inches

15-20 inches

25-30 inches

17 / 22

What is a common reason for the failure of air hoses?

Frequent use

Mechanical stress

Heat from sterilization

Over-pressurization

18 / 22

How are decontamination hoses made?

By attaching new regulators to a brand-new hose

By reusing damaged pneumatic hoses with regulators on both ends

By marking a new hose with red tape

By washing the hose with a mild detergent

19 / 22

Why should extreme care be taken while testing pneumatic powered instruments?

Because testing instruments at an improper pressure can injure the operator or damage the instruments

Because pneumatic instruments are generally very delicate

Because these instruments are extremely expensive to replace

Because these instruments can be easily lost

20 / 22

When is electrical power used for surgical instruments?

When physicians need a lightweight instrument for procedures where access is limited

When physicians need a heavyweight instrument for procedures where access is limited

When physicians need a heavyweight instrument for procedures where access is wide

When physicians need a lightweight instrument for procedures where access is wide

21 / 22

What power sources are used for powered surgical instruments?

Electricity, compressed gas (pneumatic), and battery

Solar energy, electricity, and compressed gas (pneumatic)

Wind energy, electricity, and battery

Hydro energy, compressed gas (pneumatic), and battery

22 / 22

What is one of the greatest challenges that CS technicians face?

Keeping abreast of new and evolving instruments and their specific processing requirements

Keeping track of all the instruments used in a procedure

Learning how to use the instruments themselves

Understanding the scientific principles behind the operation of the instruments

Your score is

See also:

CRCST Practice Test 2024 (UPDATED ALL CHAPTERS)