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Sx Classifications: Seriousness
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Sx Classifications: Urgency
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Sx Classifications: Purpose
- Ablative
- Pallitative
- Diagnostic
- Constructive
- Reconstructive
- Cosmetic
- Restorative
- Procurement of Organs
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Surgical Risks
- Bleeding disorders
- Diabetes mellitus
- Heart disease
- Liver disease
- Fever
- Heavy smoker
- Chronic respiratory disease
- Immunological conditions
- Abuse of street drugs
- Chronic pain
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Symptoms of Shock
- Low BP
- Rapid HR
- Restlessness
- Moist skin (cold and pale)
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Types of shock
- Hypovolemic
- Cardiogenic
- Septic
- Neurogenic
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Types of anesthesia
- Regional (spinal, epidural, peripheral block)
- General
- Local
- Conscious sedation
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Immediate Post-op
- Flat or to side (unless contraindicated)
- Administer antiemetic w/ persistent N/V
- Keep pt. warm
- Maintain airway. (SPIRO-CARE HOURLY )
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Possible Post-op Nursing Diagnosis
- Alteration in comfort
- Impaired skin integrity
- Risk of ineffective airway clearance
- Risk for volume deficit
- Anxiety
- SCD: bathing and groomin
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What is early ambulation helpful for?
- abd. distention
- depression
- anxiety
- thrombophlebitis
- generalized muscle weakness
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Some early post-op complications
- Abd. distention
- Atelectasis
- Hyperstatic pneumonia
- Hypoxia
- Nausea
- Shock
- Urinary retention
- Wound hemorrhage
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Some later post-op complications
- Thrombophlebitis
- Wound infection
- Wound dehiscence
- Wound evisceration
- Pulmonary embolus
- Malignant hyperthermia
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Overall possible Surg pt. Nursing diagnosis
- Airway clearance, ineffective
- Breathing patterns, ineffective
- Constipation, risk for
- Coping, family, ineffective
- Fear or Anxiety
- Fluid volume deficit or excess, risk for
- Infection, risk for
- Mobility impaired, risk for
- Skin integrity impaired
- Knowledge deficit
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Discharge Planning?
- Planning starts early-starts at admission
- Plan on continuity of care
- Discharge instruction sheet
- Document how pt. went home
- Follow up
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Causes of abdominal distention?
Surgical manipulation of bowel, swallowed air
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Symptom of atelectasis?
Shallow breathing
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Symptoms of hypostatic pneumonia?
Shallow resp. and fluid accumulation
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Reasons for hypoxia?
- respiratory depressants
- mucus
- pain
- poor positioning
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Reasons for nausea?
- medications
- eating or drinking before peristalsis returns
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Reasons for shock?
- loss of fluids and electrolytes
- VS instability
- trauma
- medications
- sepsis
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Reasons for urinary retention?
- medications
- local edema
- positioning
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Reasons for wound hemorrhage?
- slipping of suture
- dislodged clot
- wound evisceration
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Reasons for thrombophlebitis?
- venous stasis
- irritation from IV needles
- blood clot
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Causes of wound infection?
- poor technique
- "dirty" wound
- decreased immune system
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Causes of wound dehiscence?
- (seperation of wound edges)
- old age
- malnutrtion
- unusual strain
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What is wound evisceration?
protrusion of abd. viscera through incision
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Symptoms of pulmonary embolus?
- dyspnea
- tachycardia
- cough
- hemoptysis
- pleuetic pain
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NPSG #16?
- Improve recognition and response to changes in pt's condition
- Hold a "Time out" before any procedure in the hospital
- A pre-op verification checklist is requires
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What is a core measure?
- A specific item that can easily be measured in many hospitals.
- JCAHO uses this method in order to make valid comparisons between hospitals.
- Uses standardized sets of valid, reliable, evidence-based "core" measures that can be used to track progress in making hospitals safer for everyone.
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What is SCIP?
- Surgical Care Improvement Project
- This project is a national quality partnership of organizations focused on improving surgical care.
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Diprivan?
- AKA- Propofol
- General anesthesia
- short-acting
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Atropine?
- antiarrhythmics
- anticholinergic
- antimuscanarics
- Given pre-op to decrease oral/respiratory secretions
- Might increase HR
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Versed?
- antianxiety agent
- sedative/hypnotic
- benzodiazepines
- pre-op sedation, conscious-sedation, post-op amnesia
- short-term
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Valium?
- AKA- diazepam
- relief of anxiety
- sedation
- amnesia
- skeletal muscle relaxation
- decreased seizure activity
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What do antiemetics generally do?
to manage nausea and vomiting
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What do opiod analgesics generally do?
Management of moderate to severe pain
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What do non-opiod analgesics generally do?
Used to control mild to moderate pain and/or fever
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General use of anti-infectives?
treatment and prophylaxis of various bacterial infections
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What are cephalosporins?
- chemical modifications of the penicillin stucture.
- bactericidal
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1st generation cephalosporin?
1st gen - used for skin/soft tissue infections. primarily active against gram-positive bacteria.
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2nd generation cephalosporin?
2nd gen - have increased activity against gram-negative micro-organisms and few cover anaerobes
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3rd generation cephalosporin?
More active against gram-negative bacteria. However, the 3rd gen is less effective against gram-positive cocci.
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4th generation cephalosporin?
Has antimicrobial effects comparable to the 3rd gen. It has the advantage of coverage against many Pseudomonas species and activity against gram-positive pathogens.
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Fluoroquinolones?
- Are synthetic, broad-spectrum agents with bactericidal activity.
- The antimicrobial spectrum for fluoroquinolones includes gram-negative and positive aerobes.
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What do opioid antagonists do?
They bind to opiod receptors and competively displace the opiod analgesics from their receptor sites.
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Anzemet
- AKA - dolasetron
- Antiemetic
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Compazine
- AKA - prochlorperazine
- Antiemetic
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Reglan
- AKA - metoclopramide
- Antiemetic
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Vistaril
- AKA - hydroxyzine
- Antiemetic
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Tigan
- AKA - trimethobenzamide
- Antiemetic
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Zofran
- AKA - ondansetrom
- Antiemetic
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Narcan
- AKA - naloxone
- Opioid antagonist
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Morphine Sulfate
Analgesic
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Tylenol & codeine (#3 & #4)
Analgesics
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Demerol
- AKA - Meperidine
- Analgesic
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Dilaudid
- AKA - hydromorphone
- Analgesic
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Vicodin
- AKA - hydrocodone and acetaminophen
- Analgesic
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Percodan
- AKA - oxycodone and aspirin
- analgesic
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Percocet
- AKA - Oxycodone and acetaminophen
- Analgesic
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Phenergan
- AKA - promethazine
- Analgesic
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Nubain
- AKA - nalbuphine
- Analgesic
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Ancef
- AKA - cefazolin
- 1st generation cephlosporins - antibiotic
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Keflex
- AKA - cephalexin
- 1st generation cephlosporins - antibiotic
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Rocephin
- AKA - ceftriaxone
- 3rd generation cephlosporins - antibiotic
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Levaquin
- AKA - levofloxacin
- fluoroquinolones
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Cipro
- AKA - ciprofloxacin
- fluoroquinolones
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Infancy
- 0-18 months
- Gender is assigned, genitals sensitive
- males may have erections
- females vaginal lubrication
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Preschool
- 1-5 years
- Identifies gender
- labels body parts correctly
- parent of opposite sex is focus of love
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Childhood
- 6-12 years
- Becomes curious about sex roles and reproduction
- friends are usually same sex
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Adolescence
- 12-18 years
- sex characteristics develop
- friendships may include the opposite sex
- may engage in masturbation and sexual activity
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Adulthood
- 18-65 years
- Establishes family to include sexual activity, values and family roles
- Between 40-65 hormone production decreased leading to climacteric in both sexes
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Older adult
- 65-death
- frequency of sexual activity decreases
- men and women experience altered sexual functioning
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Sexuality key concepts
- acceptance of one's body image
- sexual identity
- self-concept
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WHO definition: Sexual Health
- "a state of physical, emotional, mental and social well-being in relation to sexuality; it is not merely the absence of disease, dysfunction or infirmity"
- sexual intercourse
- refers to the physical part of a relationship, genital sexual activity
- gender/all developmental stages in life
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Male hormones
FSH and LH stimulate the testes to release the male sex hormone, testosterone.
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Female hormones
FSH and LH result in the production and release of mature egg cell and in the production of female sex hormones, estrogen and progesterone.
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Factors affecting sexual behavior
- environment
- illness
- medications
- surgery
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Primary dysfunction
the problem has existed most of the individuals adult life
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Secondary dysfunction
- sexual problem is recent in origin
- HTN
- Painful intercourse due to vaginal lubrication
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Manifestations of altered sexuality
- sexual abuse
- inhibited sexual drive
- impotence
- ejaculatory dysfunction
- orgasmic dysfunction
- dyspareunia
- vaginismus
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How does sexual dysfunction impact activities of daily living?
- Decrease in self esteem and in self confidence
- interpersonal relationships may be affected
- less emotional energy to concentrate on important aspects of daily living
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What is asepsis?
The absence of germs or microorganisms
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What is medical asepsis?
- Those actions designed to reduce the number of pathogens in an area and decrease the likelihood of their transfer.
- Use of technique of clean to dirty (hand washing, changing pt's bed, cleaning thermometer, ect)
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What is surgical asepsis?
- Actions to make or keep an object or person free of all microorganisms.
- Sterilization destroys all microorganisms and their spores.
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What are nosocomial infections?
- Hospital acquired
- Higher in critical care areas (sicker pts and more invasive procedures)
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Some normal self-care prevention of biological hazards.
- Storage and handling of food
- Hand washing
- individual tooth brush, ect.
- immunizations
- covering cough or sneeze
- Precautions regarding sexuality
- keeping newborns out of crowds
- cleaning, dishwasher, laundry
- liquid soap, paper cups in bath room
- keeping contagious disesae people at home
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The normal defense mechanisms against infection
- skin
- mouth
- eye
- respiratory tract
- urinary tract gastrointestinal tract
- vagina
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What are the steps to the infection chain?
- Infectious agent
- Reservoirs
- Portal of exit
- Means of transmission
- Portal of entry
- susceptible host
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Breaking the chain: Use of infectious agents
- disinfection
- sterilization
- disinfectant
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Breaking the chain: Reservoir
- Good dressing techniques
- non contaminated water pitchers
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Breaking the chain: Means of transmission
- good hand washing
- good asepsis with dressings
- isolation techniques
- proper disposal of urine
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Breaking the chain: Portal of entry
- good care of skin and mucous membranes
- no contaminated food or food serving utensils
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Breaking the chain: Susceptible host
- identification of high risk pts
- assessment and maintenance of nutrition and fluid balance
- promoting therapeutic health habits
- admin meds and assessment of effects of medicaiton on pt's defense mechanisms
- supporting body's defenses
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The course of infection by stage
- Incubation - entering to 1st symptoms
- Prodromal - nonspecific to more specific
- Illness - specific to type of infection
- Convalescence - acute symptoms to good health
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VRE
- vancomycin resistant enterococcus
- enterococcus bacterium that is resistant to the antibiotic vancomycin
- infected pts show clinical s/s
- colonized pts do not show s/s
- category - contact (and mask for respiratory tract symptoms
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C. Diff
- causes pseudomembronous colitis
- may be due to antibiotic use
- primary symptom - diarrhea (stool sent to lab)
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Why can antibiotic use lead to c.diff?
Antibiotics diminish normal colon flora and may result in overgrowth and release of toxins which injure mucosa
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Treatment of c.diff?
- Contact precautions
- May treat with oral flagyl or vancomycin
- Must wash hands with soap and water
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What is MRSA?
- Methicillin Resistant Staphylococcus Aureus
- Staph bacteria have become resistant to various antibiotics including penicillin-related antibiotics
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What precautions are to be taken with MRSA?
Precautions may be droplet, contact. ect. depending on where infection is
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Colonization?
- indicates presence of bacteria but absence of signs and symptoms of infection
- once initial infection for MRSA and VRE is treated, patient can remain colonized for indefinite period of time
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What to do with airborne precautions?
- The door must be closed at all times
- N95 particulate respirator mask (orange duckbill) MUST BE WORN BY ALL WHO ENTER
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What to do with droplet precautions?
mask must be worn when working within 3 feet of the patient
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What to do with contact precautions?
- gloves upon entry to the room
- gown when you will be working directly with the patient
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3 things to breaking cycle of infection
- cleansing
- disinfection
- sterilization
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Definition of medical asepsis?
procedures used to reduce the number of microorganisms and prevent their spread
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Definition of surgical asepsis?
procedures used to eliminate all microorganisms including pathogens and spores
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Definition of disinfection?
elimination of pathogenic organisms, with the exception of spores, on inanimate objects.
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Definition of sterilization?
process of destroying all microorganisms, including spores
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The 7 principles of surgical asepsis?
- 1. sterile object to sterile object
- 2. sterile object on sterile field
- 3. sterile object or field out of range of vision or an object held below person's waist is considered contaminated4. contamination by prolonged exposure
- 5. wet = contaminated6. fluid flows in the direction of gravity
- 7. edges of sterile field or container = contaminated
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Moist heat
- autoclave (moist heat under pressure)
- used for surgical instruments
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Radiation
used in sterilizing drugs, plastics and food
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Boiling water
- requires object to be in boiling water for at least 15 minutes
- bacterial spores and some viruses resist
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Ethylene Oxide gas
used to sterilize rubber, paper, plastic items
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Chemical solutions
used for instruments and equipment
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Which procedures at bedside require sterile aseptic technique?
- sterile dressing changes
- urinary catheter insertions
- preparing and administering injectable medications
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Describe an acute wound?
- orderly and timely reparative process
- sustained restoration of anatomical and functional integrity
- caused by trauma from sharp object
- wound edges clean and intact
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Describe a chronic wound?
- not orderly and timely reparative process
- unsustained restoration of anatomical and functional integrity
- caused by friction, secretions, pressures
- wound edges may be necrotic, drainage maybe present
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Primary Intention?
- skin edges approximated
- little loss of tissue
- low risk of infection
- healing is rapid and primarily by collagen synthesis
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Secondary Intention?
- Wound edges not approximated
- large and irregular
- involves loss of tissue
- takes longer to heal and has greater risk of infection
- (burns, pressure ulcers, severe lacerations)
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Tertiary Intention?
Wound is initially left open and later closed
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When does does hemorrhage occur?
usually occurs within 24 to 48 hours
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When does does infection occur?
commonly occurs on 4th or 5th day with post-operative wound
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When do you get a culture and sensitvity specimen of a wound?
before starting antibiotics
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When does does dehiscence occur?
commonly 3 to 11 days
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When does does evisceration occur?
- medical emergency
- IMMEDIATE ACTION
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What are the complications of a fistula?
- increases risk of infection
- fluid/electrolyte imbalance
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Definition of inflammation?
protective response of body tissues to irritation or injury
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Definition of infection?
infectious agent is living and growing in the tissues and overcomes the body's normal defenses
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S&S of an infection?
- fever
- tenderness
- pain
- elevated WBC
- purulent and odorous drainage
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Factors influencing healing
- age
- nutrition
- general health
- weight
- smoking
- oxygen availability
- drugs
- wound stress
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When assessing the appearance of a wound what 7 things should you note?
- 1. size
- 2. appearance of tissue
- 3. edges appoximated
- 4.signs of inflammation or infection
- 5. amount of discharge with color and odor
- 6. discomfort
- 7. drains (hemovac, jackson-Pratt (JP), penrose)
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What are the 5 purposes of wound dressing?
- to protect wound from microorganism contamination
- promote healing
- support or splint the wound site
- promote thermal insulation of the wound surface
- provide maintenance of high humidity between wound and dressing
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What are the main surgical dressing layers?
- Contact or primary layer
- Absorbent layer
- Outer protective layer
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Types of dressings?
- Woven guaze sponges
- non-woven sponges
- non-adherent guaze
- self-adhesive
- transparent
- hydrocolloid
- hydrogel
- alginate
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Goals for wound treatment
- keep the ulcer bed continuously moist
- debridement
- type, size and depth of wound
- controlling exudate
- caregiver time
- area where wound is located
- hospital protocol
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What is important to teach with meds going home
- Take meds exactly as prescribed
- evenly spaced intervals of dosing
- take medication for the full length of time prescribed or until all the drug is gone
- infection may return if the full course of therapy is not completed
- any leftover medication should be appropriately discarded
- provide list of adverse reactions, drug & food interactions
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