<div> <div><strong><em>WoundSource</em> Practice Accelerator: </strong></div> <div><strong>Complex Wounds</strong></div> <div> </div> <div><span style="font-size: 12pt;">Test your knowledge based on your learning from the materials provided in the <em>WoundSource </em>Practice Accelerator program on the management of Complex Wounds</span></div> </div> | Take the Quiz

A wound is classified as chronic after clinical interventions are applied and it still fails to heal after a period of:

14 days

30 days

90 days

180 days

Which of the following wound types are commonly considered complex wounds?

Diabetic foot ulcers

Pressure injuries

Wound fistulas

All of the above

The global prevalence of pressure injuries in adult hospitalized patients is estimated to be:

1.2%

12.8%

25.4%

40.6%

What is the total annual estimated cost of treating all complex wounds in the United States?

$450 million

$25 billion

$200 billion

Nobody knows

What is another common name for negative pressure wound therapy?

Subatmospheric pressure therapy

Vacuum-assisted wound closure

Advanced exudate therapy

Dermoinductive therapy

Which of the following terms describes a product derived from living cell cultures containing keratinocytes, fibroblasts, or both?

Dermoinductive cellular tissue products

Dermoconductive cellular tissue products

3D printed products

Synthetic biomaterials

Cellular tissue products facilitate the regeneration of what dermal components?

Hair follicles

Sweat glands

Microvessels

All of the above

A patient’s care plan should be re-evaluated if it fails to respond to treatment after what period of time?

7 days

14 days

30 days

90 days

Risk factors for the development of complex wounds include which of the following?

Diabetes

Corticosteroid use

Chronic obstructive pulmonary disease (COPD)

D. All of the above

Which of the following describes the mechanism of action for dermoconductive CTPs?

They contain components of living cellular cultures that recruit and activate tissue within the wound bed.

They provide scaffolding within a healing wound that allows cells from surrounding tissue to migrate across the wound and create new tissue.

They remove excess exudate and promote healing by applying subatmospheric pressure to the wound environment.

They use three-dimensional printing technology and biomaterials to replicate parts that imitate natural tissues, bones, and blood vessels.

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WoundSource Practice Accelerator:

Complex Wounds

Test your knowledge based on your learning from the materials provided in the WoundSource Practice Accelerator program on the management of Complex Wounds

More Quizzes

WoundSource Practice Accelerator: Complex Wounds Test your knowledge based on your learning from the materials provided in the WoundSource Practice Accelerator program on the management of Complex Wounds

More Quizzes

WoundSource Practice Accelerator:

Complex Wounds

Test your knowledge based on your learning from the materials provided in the WoundSource Practice Accelerator program on the management of Complex Wounds