Burn Injuries & Its Management

Slides:



Advertisements
Similar presentations
Chapter 11 Burns. An estimated 2 million burn injuries occur each year in the United States, resulting in 75,000 hospitalization and more than 3000 deaths.
Advertisements

JAHD – 1/5/2012 PETER COTTRELL Estimation of ‘Burn % Total Body Surface Area (TBSA)’ and fluid resuscitation.
September 29-30, Burns can be caused by: heat, electricity, UV radiation, or chemicals.
Burns Heat, electricity, radiation, certain chemicals  Burn (tissue damage, denatured protein, cell death) Immediate threat: –Dehydration and electrolyte.
Emergency Department Warwick Hospital
BURNS BLS, ILS, ALS OTEP Russ Armstrong, EMT-I, Fire Prevention Officer, Stevens County Fire Protection District #1.
Kathy Sheriff, RN, BSN. Definition  Tissue damage caused by intense heat, electricity, radiation, or certain chemicals, all of which denature cell proteins.
Definition: Burn is the loss of epithelium and a varying degree of dermis due to exposure to physical form of energy, certain chemicals or radiation.
Burns PAGES LEQ: HOW DOES THE TYPE OF BURN DETERMINE THE TYPE OF TREATMENT PROVIDED?
The anatomy of the skin, depth of burns and Jackson burn wound model
Care of the Burn Patient Presented by Annmarie Keck RN, CEN, EMT-B Northwest MedStar Clinical Outreach Educator.
Burn Injuries Adaobi Okobi, M.D.. Learning Objectives Epidemiology Pathophysiology Classification of burns Red flags Treatment.
Burns By Matthew & Ivan. Anatomy of the Skin The anatomy of the skin is complex, and there are many structures within the layers of the skin. There are.
Soft Tissue Injuries.
EMS Assessment and Initial Care of Burn Patients Guidelines from the American College of Surgeons and American Burn Association By Joe Lewis, M.D.
Burns. Types of Burns Thermal (heat) burns Chemical burns Electrical burns © Scott Camazine/Photo Researchers, Inc.
BURNS. Types of burns Depths of burns Extent of burns General Treatment Others Airway burns Electrical burns Chemical splashes to eyes.
BURNS Incidence and Causes 8,000-10,00 burns per year in the U.S.A.
Burns, Infections, Allergies Pages  Burns ◦ Tissue damage and cell death ◦ Causes: heat, electricity, UV radiation, chemicals ◦ Results in loss.
GSACEP core man LECTURE series:
B U R N S  wounds caused by excessive exposure to the following agents or causes: Causes of Burns:  Thermal [moist or dry heat]  Electrical  Chemical.
Types of Burns Thermal Chemical Electrical Energy (laser, welding,uv, radiotherapy etc.
Burns, Infections, Allergies Pages  Burns ◦ Tissue damage and cell death  Causes: ◦ Heat ◦ Electricity ◦ UV radiation ◦ Chemicals  Consequences:
Pediatric Burns.
Burns Degree of Burns 1 st superficial partial-thickness burn 2 nd deep partial- thickness burn 3 rd full-thickness burn.
Interventions for Clients with Burns. Burn Injury 10,000 deaths/year More common in men Death rates high in kids and older adults Most deaths happen in.
Physical Injuries PresentedBy Said Said Elshama Learning Objectives 1- Types of physical injuries 2- Dry burn 3- Moist burn 4- Electrocution 5- Corrosive.
BURNS. Burns are a special type of soft tissue injury Burns can damage one or more layers of skin and the layers of fat, muscle and bone beneath.
Burns Aaron J. Katz, AEMT-P, CIC
Dr. Maria Auron, Ilembula 2014
Safety and First Aide. CPR Check area to see if it is safe Ask if the person is OK while tapping their shoulders Breaths are optional Firm compressions.
Quote of the Week: “Education is the most powerful weapon which you can use to change the world.” -Nelson Mandela Monday November 2, 2015 Do Now:
Integumentary System. Classes of Body Membranes Epithelial  Cutaneous-Skin –Keratinizing, stratified, squamous epithelium superficial to fibrous connective.
First Aid Burns. Burns Classified as either Thermal (Heat) Chemical Electrical.
Burns Basic Trauma Course.
FIRST AID AND EMERGENCY CARE LECTURE 8
BURN & SCALD. BURN –Dry burn is the tissue damage by dry heat of –Open flame, –Hot object, –Molten metal –Electricity –Friction with rapid moving Machine,
First Aid for Divers Burns 1 FAD 09 v1.3 Copyright © BSAC 2009 Burns.
Burn Injuries Rule of Nines
 An injury caused by heat, cold, electricity, chemicals, light, radiation, friction.  Highly variable in terms of the tissue affected, the severity,
Chapter 8 Burns.
Homeostatic Imbalance of the Skin
Integumentary System Chapter 5.
BURNS AND DISORDERS OF THE INTEGUMENTARY SYSTEM
18 Caring for Soft-Tissue Injuries and Bleeding.
NOTES: Other Homeostatic Skin Imbalances:
Fundamentals of Anatomy & Physiology
Burns Acknowledgements
Chapter 7.
Evaluation and Management of Burns
Principles of Wound Management
Maintaining Homeostasis
18 Caring for Soft-Tissue Injuries and Bleeding.
Soft-Tissue Trauma.
Chapter 24 Burns.
Skin Homeostatic Imbalances
NURSING CARE MANAGEMENT OF BURNS IN ER
Chapter 11 Burns.
BURNS Burns can result from dry heat(fire), moist heat (steam,hot liquids), electricity, chemicals, and radiation (sunlight)
Skin Homeostatic Imbalances
Chapter 11 Burns.
Burns.
What You Need to Know About…
First Aid.
Burn Patient Rehabilitation Prof.Dr: Ehab Kamal Zayed.
Burns and Sunburns. What is a burn? burn = damage to skin or other body parts caused by extreme heat, flame, contact with heated objects, or chemicals.
Presentation transcript:

Burn Injuries & Its Management 4/1/2011 Burn Injuries & Its Management Dr Ibraheem Bashayreh, RN, PhD

BURNS Wounds caused by exposure to: 1. excessive heat 2. Chemicals 3. fire/steam 4. radiation 5. electricity 4/1/2011

BURNS Results in 10-20 thousand deaths annually Survival best at ages 15-45 Children, elderly, and diabetics Survival best burns cover less than 20% of TBA 4/1/2011

TYPES OF BURNS Thermal exposure to flame or a hot object Chemical exposure to acid, alkali or organic substances Electrical result from the conversion of electrical energy into heat. Extent of injury depends on the type of current, the pathway of flow, local tissue resistance, and duration of contact Radiation result from radiant energy being transferred to the body resulting in production of cellular toxins 4/1/2011

Chemical Burn 4/1/2011

Electrical Burn 4/1/2011

BURN WOUND ASSESSMENT Classified according to depth of injury and extent of body surface area involved Burn wounds differentiated depending on the level of dermis and subcutaneous tissue involved 1. superficial (first-degree) 2. deep (second-degree) 3. full thickness (third and fourth degree) 4/1/2011

4/1/2011

SUPERFICIAL BURNS (FIRST DEGREE) Epidermal tissue only affected Erythema, blanching on pressure, mild swelling no vesicles or blister initially Not serious unless large areas involved i.e. sunburn 4/1/2011

4/1/2011

4/1/2011

4/1/2011

DEEP (SECOND DEGREE) *Involves the epidermis and deep layer of the dermis Fluid-filled vesicles –red, shiny, wet, severe pain Hospitalization required if over 25% of body surface involved i.e. tar burn, flame 4/1/2011

4/1/2011

4/1/2011

4/1/2011

FULL THICKNESS (THIRD/FOURTH DEGREE) Destruction of all skin layers Requires immediate hospitalization Dry, waxy white, leathery, or hard skin, no pain Exposure to flames, electricity or chemicals can cause 3rd degree burns 4/1/2011

4/1/2011

4/1/2011

Calculation of Burned Body Surface Area 4/1/2011

TOTAL BODY SURFACE AREA (TBSA) Superficial burns are not involved in the calculation Lund and Browder Chart is the most accurate because it adjusts for age Rule of nines divides the body – adequate for initial assessment for adult burns 4/1/2011

Lund Browder Chart used for determining BSA 4/1/2011 Evans, 18.1, 2007)

RULES OF NINES Head & Neck = 9% Each upper extremity (Arms) = 9% Each lower extremity (Legs) = 18% Anterior trunk= 18% Posterior trunk = 18% Genitalia (perineum) = 1% 4/1/2011

4/1/2011