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Isolation Class 10 Last Class Preventing the spread of infection • What do we do when a client has a highly infectious disease? Specific Infection Control Policies • Isolation – the principle is to create a physical barrier that prevents the transfer of microorganisms. What are appropriate barriers? Depending on • Organism Transmission • Airborne • Vehicle • Contact • Direct • Indirect • Droplet Types of Barriers • PPE (personal protective equipment) • • • • Gowns Gloves Masks Eyewear • Each institution is required to have infection control policies and guidelines. What about when we don’t know? • 3 systems • Universal precautions • Body substance precautions • Standard precautions Precautions to guard against the unknown • Apply to everyone • General public • May or may not carry an infection History Lesson • Initially concerned with patient to patient • Followed by concern for health care professionals • 1970 – Hepatitis B • 1987 – HIV • Universal precautions by Center for Disease Control (CDC) Universal precautions Stated : All blood & body flds should be treated as potentially infectious. Body Substance Isolation (BSI) • Infection control practitioners in Seattle and SanDiego • Canada adopted policy but renamed it Body Substance Precautions (BSP) Standard Precautions • 1996- newest guidelines by CDC combined the major features of universal precautions & BSP 2 Tier System • 1996 CDC new guidelines 1st Tier – Standard Precautions • • • • Most important Universal precautions + BSP Applies to everyone Primary strategies for prevention of infection • Standard precautions • Blood, body flds., nonintact skin, mucus membranes nd 2 Tier • Specific infections/diagnosis • Droplet, airborne, contact with contaminated surface 3 Types Transmission Based Precautions • Airborne, droplet, contact • Some infections combination (chicken pox) • These extra precautions are in addition to Standard Precautions Airborne • Travels on small particles • Air currents • Portal of entry – nose, mouth, mucus membranes • Measles, chicken pox, TB Requirements for Airborne • Negative pressure room – door closed • TB = HEPA filter • Do not enter if not immune to measles/chickenpox • Client wears mask when required to leave room Droplet • Large droplets of moisture • Coughing, sneezing, talking • Travels 3 ft. or less • Enters nose / mouth • Mumps, pertusis, influenza • Private room • Staff regular mask for 3 ft. • Client mask for transport Contact Dry skin to dry skin = Direct Dry skin to object = Indirect Impetigo, herpes zoster, scabies Gloves – for direct care or touching anything in the room • Private room or semi if cohort has same diagnosis • • • • • Remove gloves prior to exiting and wash hands • Gown for • patient contact • Changing linen • Handling objects in the room • Remove gown prior to exiting • Wash hands • Careful clothing does not touch room surfaces Protective Isolation / Reverse isolation • Compromised or suppressed immune system • Highly susceptible to infections • Protection from environmental pathogens Protective Isolation / Reverse isolation What do you need ? • Private room – door closed • Gown, mask, gloves if direct contact • Wash hands • No plants / flowers Procedure • Before instituting • EXPLAIN to client & family • Disease • Purpose of isolation • Steps to follow • Time frame Room Preparation • • • • • • Private with BR facilities Sign on door Isolation cart outside door Laundry hamper in room Waste basket with plastic bag Thermometer, B/P cuff, stethoscope in room • Sharps receptacle • Be organized • Gather equipment prior to entering room • Remove rings and wash hands • Don PPE • Gown usually disposable • Gloves up over cuff of gown • Put your watch in a plastic bag if no clock in room • Linen is placed in a water soluble bag & then cream/yellow bag • No special treatment for dishes / trays Exiting Room • • • • Untie gown at waist Remove gloves properly Remove mask Untie gown at neck, drop over shoulders, don’t touch outside, fold inwards, and discard Exiting Room • Wash hands • Use paper towel on door handle • Wash hands again outside room Important to do as much client care as you can while you are in the room….CLUSTER ACTIVITY. Basic Principles • Wash hands prior to entering & exiting room • Careful disposal of contaminated materials • Knowledge of disease and mode of transmission • Protection of client and public during transport Client Consideration • • • • Isolation Loneliness Self – esteem, body image Boredom Sterile Technique / Surgical Asepsis Purpose – to eliminate all microorganisms from objects that come into contact with the tissues of the body that are normally sterile. Practice Areas • • • • Operating room Labor and delivery Major diagnostic area At the bedside in 3 main situations 1. Procedures requiring intentional perforation of the skin 2. When the skin’s integrity is broken due to surgery or burns 3. During procedures involving insertion of devices into normally sterile body cavities • Any break in technique could result in contamination increasing clients risk for infection. Methods of Sterilization • • • • • Steam – most common Dry heat Ethylene oxide gas Chemicals Indicator of sterility – • tape on pkg. turns color or forms lines • Expiration Date Examples of sterilization processes • Moist heat /steam • Radiation • Autoclaveinstruments, parental solutions, dressings • Drugs, foods, heat sensitive items Examples of sterilization processes • Chemicals • All types microorganisms • Rapid action • Work with water • Stable in heat & light • Inexpensive • Not harmful to body tissue • Instruments • Glass thermometers • Ex. Chlorine – used to disinfect water & for housekeeping purposes Examples of sterilization processes • Ethylene oxide gas • Destroys microorganisms by altering cells’ metabolic processes. • Rubber • Plastic Examples of sterilization processes • Boiling water • Cheap • Imp. – bacterial spores andsome viruses resist boiling. Not used in hospitals! • Items should be boiled for at least 15 min. Practical Exam • • • • Prepare a sterile field Add an item Add a liquid Don sterile gloves