BURNS Dr.Ishara Maduka M.B.B.S. (Colombo)

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

September 29-30, Burns can be caused by: heat, electricity, UV radiation, or chemicals.
Chapter 10 Soft Tissue Injures
Burns Heat, electricity, radiation, certain chemicals  Burn (tissue damage, denatured protein, cell death) Immediate threat: –Dehydration and electrolyte.
Pressure Ulcer Management By Susan Yap, PT. Anatomy of the Skin Epidermis Dermis Subcutaneous Tissue Fascia Muscle Tendon and Bone.
Elsevier items and derived items © 2010, 2006, 2002 by Saunders, an imprint of Elsevier Inc. Chapter 28 Care of Patients with Burns.
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?
BURN INJURY Zhang wei Department of Surgery BURN INJURY (1)
Mosby items and derived items © 2005, 2001 by Mosby, Inc.
Burn Injuries Adaobi Okobi, M.D.. Learning Objectives Epidemiology Pathophysiology Classification of burns Red flags Treatment.
Burns of the Integument tissue damage inflicted by intense heat, electrical, radiation, or certain chemicals all of which denature cell proteins immediate.
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.
D ERMATOLOGY. P HYSIOOGIC CONCEPTS Many different lesions occur on the skin. They are described on the basis of size, depth, color, and consistency.
Chapter 5 Integument. Hair Follicle Review Nails Scale-like modifications of epidermis that forms clear protective covering on dorsal surface of distal.
BURNS Incidence and Causes 8,000-10,00 burns per year in the U.S.A.
Types of Burns Thermal Chemical Electrical Energy (laser, welding,uv, radiotherapy etc.
Pediatric Burns.
Burns Degree of Burns 1 st superficial partial-thickness burn 2 nd deep partial- thickness burn 3 rd full-thickness burn.
Types of Burns Thermal Chemical Electrical Energy (laser, welding, etc.
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.
Skin Cancer Skin cancer is the most common type of cancer
Slide 1 Copyright © 2007 by Mosby, Inc., an affiliate of Elsevier Inc. All rights reserved. Chapter 43 Care of the Patient with an Integumentary Disorder.
Healing of Wounds and Burns & the Aging of Skin Chapter 6 Sections 5 & 6Chapter 6 Sections 5 & 6.
Dr. Maria Auron, Ilembula 2014
Soft Tissue Injuries Chapter 10. Soft Tissue The skin is composed of two primary layers:  Outer (epidermis)  Deep (dermis) The dermis layer contains.
Copyright © 2010 Wolters Kluwer Health | Lippincott Williams & Wilkins Timby/Smith: Introductory Medical- Surgical Nursing, 10/e 01/25 PG 1054 Chapter.
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.
The Integumentary System Chapter Organs are two or more tissues which together perform a specialized function. Epithelial membranes are thin structures.
Body Membranes & Skin. Epithelial Membranes  3 Types  Cutaneous  Mucous  Serous.
Other Skin Imbalances. Burns Skin is only as thick as a paper towel When it is severely damaged nearly every body system suffers. Burn = Tissue damage.
FIRST AID AND EMERGENCY CARE LECTURE 8
Burn Injuries Rule of Nines
Skin Disorders  Cancer: rapid mitotic division of cells caused by a trigger environmental, genetic  Skin cancer: is caused by exposure to UV rays. There.
Skin Cancer, Burns, and Tattoos. Skin cancer is the most common type of cancer 2 out of 5 cancers are skin cancers.
Integumentary: Burns Marnie Quick, RN, MSN, CNRN.
Homeostatic Imbalance of the Skin
November 17, 2014 Objectives: Explain how skin heals
Burns and scalds Burns = dry burn scald = wet or moist burn
INFECTIONS Allergies, Fungal, Bacterial, Viral, Infection, Inflammation, and Genetic.
Metabolic Stress KNH 413.
Lesson 9 (continued) Burns
Metabolic Stress KNH 413.
Fundamentals of Anatomy & Physiology
Family Medicine Department
Chapter 7.
Evaluation and Management of Burns
BURN.
Principles of Wound Management
Burn Injuries & Its Management
Maintaining Homeostasis
Initial Burn Care Lee D. Faucher, MD FACS Director UW Burn Center
Skin Injury and Repair.
Pg 30 Burns Protein denaturation and cell death caused by heat, electricity, UV radiation/X-rays, or chemicals 2 main dangers Dehydration–Loss of fluids.
CUTS, SCRAPES, BURNS and BRUISES
Metabolic Stress KNH 413.
Metabolic Stress KNH 413.
NURSING CARE MANAGEMENT OF BURNS IN ER
SOFT TISSUE INJURIES.
Metabolic Stress KNH 413.
Lesson 10: Burns Emergency Reference Guide p
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.
Activity Burn Unit Treatment Options
Presentation transcript:

BURNS Dr.Ishara Maduka M.B.B.S. (Colombo)

What causes burns?

heat

electricity Chemical materials Radioactive materials laser

lightning explosive

Daily life

Prevention:

PATHOPHYSIOLOGY OF BURN INJURY • AREA, DEPTH, AND SEVERITY OF BURN INJURY • CLINICAL MANIFESTATION AND DIAGNOSIS OF BURN INJURY • TREATMENT OF BURN INJURY - COMPLICATIONS OF BURN

PATHOPHYSIOLOGY OF BURN INJURY

2.Local lesions and general responses Pathologic stage ▣ effusion phase ▣ infective phase ▣ repair phase ▣ rehabilitative phase 2.Local lesions and general responses

Complications of a burn Acute Chronic Shock Scarring Sepsis Contractures Multi organ failure Psychological implications Airway obstruction Stress ulceration

AREA, DEPTH, AND SEVERITY OF BURN INJURY

Calculating area of burn injury · Rule of nine ★ · Rule of palm

2. Estimating depth of burn injury ★ ▦Ⅰ0: epidermis ▦ Ⅱ0: dermis superficial Ⅱ0: superficial dermis deep Ⅱ0: deep dermis ▦ Ⅲ0: entire epidermis and dermis (full-thickness)

Skin involvement according to depth of a burn

First degree burns Needs to be differentiated from erythema Epidermis and papillae only are involved Results in red serum filled blisters Skin blanches on pressure Burn is painful and sensitive Healing occurs in 10 days with no scarring

2nd degree burns Epidermis is lost with varying degrees of dermis Burn is usually coloured pink and white May or may not blanche on pressure Variable degrees of reduced sensation may be present Epithelial cells are present in hair follicles and sweat glands Results in regeneration and spread Healing occurs in 14 days Some depigmentation of scar may occur May require skin grafting

Third degree burns Both epidermis and dermis are destroyed Burn appears white and does not blanche Sensation is absent Without grafting healing occurs from edge of wound

Who require specialized burn care? BSA > 20% in an adult BSA > 10% in a child

CLINICAL MANIFESTATION AND DIAGNOSIS OF BURN INJURY

Ⅰ0

Blisters

superficial Ⅱ0

deep Ⅱ0

Ⅲ 0

Chemical burns

Healing following 1st degree burn

Healing following 2nd degree burn

TREATMENT OF BURN INJURY

1. emergency aids ★ · remove heat source 1. emergency aids ★ · remove heat source · avoid continuous damage · lessen contamination · control pain · manage combined injury

BURN INJURY (48)

cold therapy

Don’t run like this!

2. General treatments (1) Correct burn shock (2) Prevention and treatment of systemic infection (3) Nutritional support

(1) Correct burn shock ★ ◨ choice of fluid: water, crystalloid, ◨ route for fluid administration: peripheral, central vein ◨ volume and rate of infusion: 24h volume = 4ml×BSA x weight (kg) ½ in first 8 h ¼ in second 8 h ¼ in third 8 h ◨ monitor – UOP, BP

(2) Prevention and treatment of systemic infection ·control of wound infection: Application of (Silver sulphadiazine) SSD and Betadine ·systemic antibiotics: · support therapy: Pain relief

(3) Nutritional support · total energy requirement: · proportions of carbohydrate, protein, and fat: · replacement of vitamins and trace elements · route – Preferably oral

3.Management of burn wound ★ (1)debridement: (2)dressing and exposure methods:

(3) removal of eschar: ·Escharotomy

Burn rehabilitation Continued passive ROM to prevent contractures Increasing active ROM and strengthen Minimizing edema – by elevation (Activities of daily living)ADL training Initial scar management Preparing for work or play or school

Important points ◈ evaluation of area and depth for burn injury ◈ emergency treatment principle of burn injury ◈ treatment of burn shock ◈ management of burn wound

Thank You Questions?