Wound Management PowerPoint Template

Wound Management Presentation: Medical PowerPoint Template

• The Wound Management PPT template is an animated medical PowerPoint template that will help you realize the full potential of your presentation.
• The RxSlides animated template includes medical animations and infographics that will attract your audience.
• You can use our demonstrated infographics to give your audience a dynamic and appealing wound management presentation.
• You can explore more related presentations such as scar management, melanoma, acne and cellulitis
• Our skin diseases PowerPoint Templates offer a wealth of visual aids to illustrate different skin conditions effectively.

Wound Management PowerPoint Template Content

• Creative cover slides to start your wound management PPT presentation.

• The template starts with an editable table of contents to show the contents of your wound management PPT presentation.

Anatomy of the skin

• Introduction to Wound Management: showing animated illustrations of skin layers,
• Skin layers are the epidermis, dermis and hypodermis, which contain hair follicles, sweat glands, nerves and blood vessels.

Prevalence of burns infographics

• The prevalence of burns is visualized on infographics in wound management PPT, with changeable percentages and countries of prevalence according to your data to help you show the prevalence more clearly.

I. Dynamic slides discussing burns

Medical icons explaining causes of burns

• Burns's most common causes include heat, radiation, electricity and chemicals.

Classification of burns degree

• The burn classification and degrees are visualized with animated illustrations in the wound management PPT to differentiate the types based on the depth of the burns.

Medical infographics show four types of burns.

1- First-degree burns

• first-degree (superficial) burns that affect only the epidermis or outer layer of skin appear red and dry with no blisters and are mildly painful.

2- Second-degree burns

• Second-degree (partial thickness) burns involving the epidermis and part of the dermis layer of skin appear red and moist and may be blistered, swollen and painful.

3- Third-degree

• Third-degree (full thickness) burns, which extend through the dermis and into the hypodermis, appear patchy in color, ranging from white to brown, with a dry, leathery texture with little or no pain.

4- Fourth-degree burns

• Fourth degree (deep burns) that involve the destruction of all layers of the skin and may extend into the underlying muscle or bone and appear brown, dry, charred and painless.
• A comparison is also provided between the burn stages to clarify the differences.

II. Dynamic slides discussing Pressure ulcer

• Pressure ulcer definition, causes, formation and prevention are shown with detailed and animated illustrations and icons of wound management PPT.
• Medical icons explain the causes, including peripheral vascular disease, immobility, dehydration and diabetes.
• Pressure ulcer formation illustrates how extra pressure disrupts blood flow through the skin; without a blood supply, the affected skin becomes starved of oxygen and nutrients and begins to break down, leading to ulcer formation.
• Illustrations explain the prevention methods of pressure ulcers, including continual mobility, skin cleaning, good nutrition and moisturization. The explanation is in a visually appealing, editable PowerPoint infographic.

III. Dynamic slides discussing Eschar

• Eschar is dead tissue that forms over healthy skin and then, over time, falls off (sheds)

Causes of Eschar

• Causes are explained by medical icons representing burn injuries, gangrene, ulcers, fungal infections, necrotizing spider bite wounds, tick bites associated with spotted fevers and cutaneous anthrax.
• The wound management PPT slides also provide comparative illustrations to differentiate between scabs and eschars.
• Scabs are composed of dried blood and exudate and are only present on the skin's surface.
• Eschars contain necrotic tissue and involve the epidermis and maybe the dermis.

IV. Dynamic slides explaining wound management

• Different ways of wound management are also mentioned, along with related medical icons with an explanation of the wounds that require calling a doctor, such as those that show intense pain, numbness, severe bleeding and signs of infection.
• First aid for wounds is based on covering them with a sterile bandage, applying antibiotic cream, rinsing under water and then applying a clean cloth.
• All first-aid steps are explained with visually appealing animated wound management PPT slides.

Wound healing techniques

• Wound healing techniques are visualized and explained with animated editable icons and illustrations in wound management PPT, including Abner’s wheel of healing, which shows infection control, offloading, vascularity, well-being and debridement.

Wound care materials:

• These materials include silver dressings, biogenic molecules, gauze dressings, wound dressings, skin substitution, hyperbaric oxygen therapy and vitamin supplements.

Gauze types

• Types include dry gauze, impregnated gauze and moist gauze.

Illustrated comparison between dry and wet wounds

• Dry wound healing features include a high risk of infection, moisture loss, slower wound resurfacing and scab formation.
• Moist wound healing shows a low risk of infection, maintains moisture, speeds wound resurfacing and prevents scab formation.

Risks of delayed Wound care

• Wound care delaying consequences are illustrated with medical icons, including a delay in wound healing, tissue deterioration, severe pain and discomfort and spreading of the infection to the skin and the blood vessels.

Different types of wound debridement

• Types are mentioned in wound management PPT with animated, visually appealing illustrations, including:

1. surgical wound debridement
2. non-surgical wound debridement.

Surgical debridement:

• The skin surrounding the wound is thoroughly cleaned and disinfected, the damage is probed with a metal instrument to determine its depth and to look for foreign materials, then the hyperkeratotic, infected and non-viable tissue is excised and the ulcer is washed and covered.

Non-surgical debridement:

• The process includes autolytic debridement, which uses the body's enzymes and moisture to rehydrate, soften and liquefy non-viable tissue and is selective so that only necrotic tissue is liquefied.

Mechanical debridement:

• Hydrotherapy uses water to remove dead and other types of unwanted tissue. The technique includes wound irrigation and therapeutic irrigation with suction, where a syringe and catheter tube wash away dead tissue through biological debridement.
• In which a small number of particular species of larvae are introduced into the ulcer, these eat only the dead skin and produce chemicals that promote healing.
• Wound debridement benefits in stimulating the edge of the wound to release growth factors, reducing inflammation, eliminating conditions for bacterial overgrowth to prevent pain, sepsis and eventually amputation and removing dead, diseased and infected tissue to allow healthy tissue to heal.
• These fully editable wound management prevention slides will help make your wound management PPT presentation more attractive.

Animated illustrations explaining wound healing phases

• Acute wound healing phases are well illustrated in the wound management PPT with animations and infographics showing the three phases.

1. inflammatory phase
2. proliferative phase
3. remodeling phase.

• When a harmful substance penetrates the skin, causing a wound, there may be some gaping of the wound incision, increasing the risk of infection and bleeding.

1- Inflammatory phase

• The animations show the first phase, the inflammatory phase; Hemostasis occurs and fibrin and blood platelets form a loose blood clot to prevent further blood loss.
• The inflammation and damaged tissue cause the release of histamine, which triggers vasodilation, increasing the permeability of the blood vessels and removing microbes and foreign particles via phagocytosis,

2- Proliferative phase

• In the second phase, which is the proliferative phase, the clot exterior dries, forming a scab; fibroblasts infiltrate the wound and secrete collagen to strengthen the clot; fibroblasts trigger the endothelial cells surrounding the injury to increase and injured blood vessels to start regrowing; these cells form a delicate mesh known as granulation tissue.

3- Remodeling phase.

• In the third phase, the maturation and remodeling phase, the scab sloughs off, collagen fibers become more organized, fewer fibroblasts are present, the blood vessels are restored to normal and scar tissue forms through a process called fibrosis.

Illustrated treatment options

• Different treatment options for the different wound types are mentioned by animated appealing infographics and illustrations, including

First-degree burn treatment:

• Soak the affected area in cool water for a few minutes to soothe and protect the tissue; an antibiotic ointment is applied and covered with a clean, dry bandage and acetaminophen or ibuprofen is taken for pain.

Second-degree burn treatment:

• Soak the affected in cool water for several minutes, antibiotic ointment application to prevent infection and cover with a clean, dry, nonstick bandage, acetaminophen, or ibuprofen for pain and swelling.

Collagenase mechanism of action:

• It debrides by cleaving necrotic tissue along the denatured collagen strand at specific sites.
• Byproducts induce a cellular response that stimulates fibroblasts, keratinocytes, endothelial cells and migration to the wound bed.

B-sitosterol, baicalin and berberine, mechanism of action:

• As an herbal formulation, it offers the advantages of optimum moisture for wound healing as keratinocyte migration and interaction with growth factors.

Silver sulfadiazine mechanism of action

• It disrupts bacteria by damaging the cell membrane and the cell wall and by inhibiting folic acid synthesis, which acts on beta-hemolytic Streptococci, Serratia marcescens, E. coli, Klebsiella, Pseudomonas, Candida Albicans, Proteus and Enterobacter, Hyaluronic acid sodium salt mechanism of action.
• Hyaluronic acid's high molecular weight draws moisture to the skin's surface and hydrolyzed hyaluronic acid's low molecular weight drives it deeper into the skin's extracellular matrix, stimulating more HA production and fibroblastic action.

RxSlides visuals for wound management PowerPoint template

• Set of PowerPoint icons and illustrations related to Wound management, which will help you customize the content of this 100% editable presentation according to your content and audience interest.