Module 3

An educational illustration depicting various immune cells (macrophages, neutrophils, eosinophils) interacting in a healing process, with a stylized anatomical representation of a wound, vibrant colors and clear labels.

Understanding the Healing Response Quiz

Test your knowledge on the immune response, particularly the role of various cells in wound healing. This quiz delves into the functions of macrophages, neutrophils, eosinophils, and more, providing insight into the body's complex healing processes.

10 thought-provoking questions
Multiple choice format for easy engagement
Score knowledge on cell functions in inflammation and healing

10 Questions2 MinutesCreated by HealingHero325

The function of the Macrophages is

Destroy pathogens and produce basic fibroblastic growth factor instigating keratinocyte production and fibroblastic synthesis of collagen elastin and angiogenasis

Scavenge for damaged tissue releasing oxygen free radicals which destroy bacteria and release enzymes which break down unwanted cells.

Destroy pathogens and damaged tissue phagocytically and through antigen function

Destroy bacteria, produce the MMP's, to break down damaged dermal tissue and produce growth factors

Neutrophils are

Involved in the inflammatory processes in the deeper layers of the skin

The most numerous of the whie blood cells reaching the wounded tissue within 6 hours and are fully active within 24 hours

Wound healing cells that arise when monocytes differentiate in response to interleukin-4, a cytokine released during tissue injury

Formed in bone marrow and stored in the spleen. They respond to inflammatory signals moving to the site of injury within 8-10 hours

Early inflammation is characterised by

Redness, warmth and swelling caused by blood and tissue infiltrating the wound with red blood cells, white blood cells and growth factors

Itching, pain and a loss of skin colour caused by blood and tissue fluid infiltrating the wound with red blood cells, white blood cells and growth factors

Redness, warmth and swelling caused by the stimulation of nerve endings that releases excess amounts of histamine

Redness, warmth and swelling caused by an increase in hormone levelsthat ultimately causes the blood to deliver more red blood cells, white blood cells and growth factors

Neutrophils act to

Destroy pathogens and damaged tissue phagocytically and through antigen function and to produce macrophages

Destroy pathogens and produce basic fibroblastic growth factor instigating keratinocyte production and fibroblastic synthesis of collagen elsatin and angiogenasis

Destroy bacteria, produce the MMP's, to break down damaged dermal tissue and produce growth factors

Scavenge for damaged tissue releasing oxygen free radicals which destroy bacteria and release enzymes which break down unwanted cells

Growth factors are

Naturally occurring enzymes that instigate cell migration, division, differentiation and proteinexpression during wound healing

Naturally occurring essential fatty acids that instigate cell migration, division, differentiation and protein expression during wound healing

Naturally occurring protein molecules that instigate cell migration, division, differentiation and protein expression during wound healing

Naturally occurring glycosaminoglycan molecules that instigate cell migration, division, differentiation and protein expression during wound healing

Selct the statement that correctly names and orders the three phases of the healing response;

Remodelling, inflammation and proliferation

Inflammation, proliferation and remodelling

Inflammation, remodelling and proliferation

Proliferation, inflammation and remodelling

Eosonophils are

Wound healing cells that arise when monocytes differentiate in response to interleukin-4, a cytokine released during tissue injury

Formed in bone marrow and stored in the spleen. They respond to inflammatory signals moving to the site of injury with 8-10 hours

The most numerous of the white blood cellsreaching the wounded tissue within 6 hours and are fully active within 24 hours

Involved in the inflammatory process in the deeper layers of the skin

Monocytes are

Formed in bone marrow and stred in the spleen. The respond to inflammatory signals moving to the site of injury within 8-10 hours

Wound healing cells that arise when monocytes differentiate in response to interleukin-4, a cytokine released during tissue injury

The most numerous of the white blood cellsreaching the wounded tissue within 6 hours and are fully active within 24 hours

Involved in the inflammatory process in the deeper layers of the skin

Eosonophils act to

Destroy pathogens and produce basic fibroblastic growth factor instigating keratinocyte production and fibroblastic synthesis of collagen elastin and angiogenasis

Destroy bacteria, produce the MMP's, to break down damaged dermal tissue and produce growth factors

Destroy pathogens and damaged tissue phagocytically and through antigen function and to produce macrophages

Scavenge for damaged tissue releasing oxygen free radicals which destroy bacteria and release enzymes which break down unwanted cells.scavenge for damaged tissue releasing oxygen free radicals which destroy bacteria and release enzymes which break down unwanted cells.

Select the correct statement

Skin needling devices create thousands of pin-prick fractional wounds that triggers an endocrine response

Skin needling devices create thousands of pin-prick fractional wounds that triggers an inflammatory response

Skin needling devices create a small of pin-prick fractional wounds that triggers an inflammatory response

Skin needling devices create thousands of pin-prick ablative wounds that triggers an endocrine response

Module 3

Understanding the Healing Response Quiz

More Quizzes