logging in or signing up WOUND CLASSIFICATION AND MANAGEMENT drdhirenvet Download Post to : URL : Related Presentations : Let's Connect Share Add to Flag Embed Email Send to Blogs and Networks Add to Channel Copy embed code: Embed: Flash iPad Dynamic Copy Does not support media & animations Automatically changes to Flash or non-Flash embed WordPress Embed Customize Embed URL: Copy Thumbnail: Copy The presentation is successfully added In Your Favorites. Views: 18011 Category: Education License: All Rights Reserved Like it (4) Dislike it (1) Added: September 11, 2009 This Presentation is Public Favorites: 3 Presentation Description No description available. Comments Posting comment... Premium member Presentation Transcript Slide 1: WOUND CLASSIFICATION AND ITS MANAGEMENT Presented by: Dr. Dhiren B. Bhoi E. Mail:-email@example.com DEFINITION : DEFINITION A wound is a break in the continuity of soft tissues A wound is defined as a separation or discontinuity of the skin, mucous membrane or tissue caused by physical, chemical or biological insult CLASSIFICATION : CLASSIFICATION Open wound There is discontinuity in the skin and other covering tissues to a varying depth Classification : Classification Incised wound Caused by sharp cutting instruments. Minimum loss to tissue tends to gap (the extent of gaping depends upon elasticity and tension). Edges are regular. Bleeds freely and painful. Heals by primary intension healing. Slide 5: Lacerated wound Caused by tearing of tissues, Wounds have irregular jagged borders Loss of tissue is limited to skin and s/c tissue. eg: barbed wire. Penetrated wound Cause by sharp pointed objects like nails Have relatively small opening. May be very deep. Infection/ foreign particles might have been carried deep in to wound opening is inadequate for drainage. eg: punctured wound on foot due to gathered nail. Slide 6: Perforating wound Have two opening one of entrance and other of exit. Punctured wound Deep wounds communicating with cavities like adbominal, throrax,joints etc. eg: stab wounds Gunshot wound Abrasions wound Slide 7: Avulsion Bite wound Virulent wound Caused by bacteria or virus. leading to formation of pustules or vesicles. eg: FMD, anthrax, TB organisms Ulcerating wound Granulating wound Septic wound Aseptic wound Closed wound/ internal wound : Closed wound/ internal wound In closed or internal wound only deeper tissues, barring the skin or mucous membrane are damaged. Classification : Classification Contusion or Bruises Produced by blunt objects Results in damage to subcutaneous tissue without breaking the continuity of the skin surface. Classified into 1st, 2nd and 3rd damages according to the extent or severity of the injury. . Slide 10: Mild degree of contusion characterized by rapture of capillaries in skin giving rise to a reddish blue or purplish condition of the skin (Echymosis). First degree: There is rapture of capillaries of the skin and subcutaneous tissue to form echymosis. Second degree: Larger vessels are raptured leading to the formation of haemetoma. Third degree: Tissues are considerdly damaged and gangrene may set in. the internal organs which may also be impaired and there might be evidence of impending shock. Slide 11: 2. Haematoma: Collection of blood beneath the skin Caused by injury to a superficial vein. Frequently seen s/c or submucosally. Common sites of haematoma in various species Cow: mammary vein(fall) vaginal mucous membrane (copulation) Bull: haematoma involving penis (copulation) Horse: spur vein / external thoracic vein Dog: ear flap, vaginal mucous membrane (copulation) Symptoms : Symptoms Local General Remote Local Symptoms : Local Symptoms Hemorrhage Pain Gaping of the edges of wound Phenomena of repair General Symptoms : General Symptoms Febrile disturbances Remote Symptoms : Remote Symptoms Observed away from the wound Abscess formation in a dependent lymph node Paralysis or a loss of function in a dependent portion Neuritis extending along the course of the nerve involved in the wound. Management of wounds : Management of wounds Contusions: are treated with cold and astringent applications to minimize extravasation. Haematomas: when small get absorbed ,other wise they may have to be opened and treated. Open wound: surgical or aseptic wound/ contaminated and septic wound/ accidental traumatic wounds. Surgical or aseptic wounds : Surgical or aseptic wounds A surgical wound made with all aseptic precautions in a non infected tissue is an aseptic wound. Surgeon should avoid drying of the tissue, excessive trauma and haemorrhage – lower the wound infection. Prophylaxis against tetanus Drainage should be provided if haemotoma or seroma formation is expected. Slide 18: Suture should be supported up to healing time 8 -14 days Systemic use of specific antibiotics as a therapeutic or prophylactic measure. Local application of Fly repellents – hot summer months. The patient and the affected injured part should be kept at rest Contaminated and septic wounds : Contaminated and septic wounds A fresh wound gets contaminated when it is more than 4 -5 hours old. Management is mainly directed towards overcoming factors like. Type and number of invading micro organisms Type and location of the wound Poor blood flow at the wound site Effective ness of the treatment Presence of foreign material Dead tissue at the wound site. General principle : General principle Control of haemorrhage: Bleeding is controlled and ligating large vessels if any Wound and its periphery should be thoroughly cleaned with warm normal saline, water, soap or 2% H2O2 5% dettol, 0.5% potassium permanganate Clipping and shaving of large area around wound Cleaning of wound/ irrigation of wound : Cleaning of wound/ irrigation of wound The wound and surrounding areas are irrigated with mild, non irritant, antiseptic lotions: 1:1000 Per chloride of mercury lotion. 1:500 acriflavin lotion 1:40 Eusol lotion (Eupad is 1:40 bleaching powder + boric acid) 5 – 10 % hyper tonic salines. If wound is fresh suturing may be attempted Infected and deep penetrating wounds are not sutured Wounds that are not sutured should be irrigated daily or on alternate days Wounds of feet: warm antisepic foot baths may be given with 10% formalin Wound debridement : Wound debridement Debridement for removal of devitalized or necrosed tissue is either done by excising the unhealthy tissue or by use of topical mendicaments 2.5% sodium chloride solution. Magnesium sulphate and glycerin paste. Control of infection : Control of infection After irrigation and debridement wound may cover with Moist antiseptic pad / antiseptic powder / ointment. Antiseptic powders, boric acid, eupad BIPP Ointments: Boric ointment, penicillin ointment, streptomycin, chloromycin ointment, terramycin ointment. Application of very strong antiseptics should be avoided as it will destroy granulation tissue. Providing drainage : Providing drainage If there is exudation and discharge the wound should not be sutured. Deep wounds – fenestrated tube is advisable for drainage Deep wounds with narrow external opening – may be enlarged for efficient drainage. Counter opening may be made in a dependent part seton may be passed through it. Immobilization of wounded area : Immobilization of wounded area If proper immobilization is not provided healing is delayed, formation of excessive granulation tissue (Exubeenrt granulation / pround flush) Application of caustics – copper sulphate, potassium permanganate Accidental traumatic wounds : Accidental traumatic wounds Check hemorrhage Avoid development of shock Prophylaxis against tetanus Cleaning, excision, debridement Systemic antibiotic treatment Slide 27: THANK YOU DETAILS OF WOUND HEALING : DETAILS OF WOUND HEALING Slide 29: A wound is defined as a separation or discontinuity of the skin, mucous membrane or tissue caused by physical, chemical or biological insult. Wound healing is restoration of the tissue continuity Slide 30: Wound healing, is the foundation of surgery and complex process. Always associated with process of inflammation. Inflammation is a local reaction of living tissues to an injury of microcirculaion and its associated tissues. Wound Healing : Wound Healing First intension Second intension Mixed intension Third intension Healing under scab Healing by First intension : Healing by First intension Occurs in incised or surgical wounds, with minimal tissue damage and bleeding Repair begins in 12 hours by proliferation angioblast and fibroblast Healing is complited in about 14 days Scar formed is very little Slide 33: Wound should be clean and fresh Free form infection and bleeding Free from foreign bodies Edges should have good blood supply Edges should have proper alignment and apposition Healing by Sesond intension : Healing by Sesond intension By replacement of tissue Wounds having extensive loss of tissue and edges widely separated Granulating tissue consist of budding capillaries and fibroblast, grows from edges and bottom to fill up gap Slide 35: Granulating tissue is velvety in appearance, soft, moist and pink in colour Granulation tissue is called so due to granular appearance presented by budding capillaries Healing takes 14-21 days, in large wound with excessive loss of tissue it may take 42 days Healing by Mixed intension : Healing by Mixed intension Wound healing is partly by first intension and partly by second intension Happens when sutured wound has partially disrupted Healing by Third intension : Healing by Third intension (Healing by secondary suture) Granulating tissue are united by sutures for quicker healing Healing under scab : Healing under scab In superficial wounds like abrasions Exudate present in the wound dries and froms scab Granulation takes place under this scab When granulation is complete the scab automatically separates and is cast off Phases of wound healing : Phases of wound healing [A] Inflammatory phase: - Immediate response to injury is acute inflammation Vasoconstriction of small vessels in the area Response last for 5-10 minutes and followed by active vasodilation Slide 40: Vasodilatation causes accumulation of exudate in the area Dilatation is due to release of histamine, serotonin and bradykinin This causes swelling of vascular endothelial cells, creating gap between these cells Slide 41: Exudate provides fibrinogen and other clotting elements, which form fribin clots These clots plugs the damaged lymphatics, preventing further damage from injured area Inflammatory reaction is thus localized to a specific area surrounding the injury Redness, swelling and heat are seen during inflammatory reaction in the area Slide 42: [B] Fibroblastic or Collagen phase: - Begins at about 5th day Fibroblast are actively engaged in production of connective tissue matrix Fibrinogen in exudate is converted to fibrin by enzymes from blood and tissue cells Slide 43: Fibrin is laid down in the wound and provides a good frame work for repair besides haemostasis Collagen is synthesized by the fibroblasts Few collagen fibers are present at the beginning but by 15th day wound gets good tensile strength Sutures are therefore removed about 2 weeks of surgery Slide 44: [C] Maturation phase: - It starts after collagen bed is laid Collagen fibers become thicker, denser and number of fibroblast decreases Pale scar is formed, full maturation of scar may take months or year Slide 45: [D] Contraction phase: - It involves movement of existing tissue at the wound edges resulting decrease in size of open wound Absence of attachment of the skin to the underlying structures allow maximal contraction Contraction has been reported to be a cell mediated phenomenon Contractions near joints may result in the formation of tight band of scar tissue Factors affecting wound healing : Factors affecting wound healing LOCAL FACTORS: - Surgical technique Tissue vascularity Mechanical stress Movement Extent of wound surface Haemorrhages Foreign bodies Oedema and Dehydration Local irradiation Suture material and techniques Wound infection Slide 47: SYSTEMIC FACTORS: - Age Obesity Malnutrition Vitamin deficiancy Anaemia and hypoxia Systemic disease Temperature THANK YOU : THANK YOU You do not have the permission to view this presentation. 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