Study Guide Exam #2 Flashcards

1
Q

Superficial

A

1st degree burn. Damage to epidermis. Example: Sunburn.

Heals 3-6 days. No scarring.

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2
Q

Superficial partial thickness

A

2nd degree burn. Damage to the entire epidermis and some parts of the dermis.
Example: Flame or burn scalds.

Painful. Heals 10-21 days. No scarring.

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3
Q

Deep partial thickness

A

Damage to entire epidermis and deep into the dermis.
Examples: flame and burns, grease, tar, or chemical burns, exposure to hot objects for prolonged time.

Painful 3-6 weeks. Scarring likely. Possible grafting.

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4
Q

xenograft

A

pigskin

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5
Q

xenograft

A

pigskin. For partial thickness burns.

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6
Q

explain how to treat a chemical burn. What are the complications of chemical burns.

A

Can be liquid or dry.

Liquids must be removed with copious amounts of water.

Dry chemicals must be brushed off.

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7
Q

amnion

A

Obtained from human placenta. Requires frequent changes.

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8
Q

explain how to treat a chemical burn. What are the complications of chemical burns.

A

Can be liquid or dry.

Liquids must be removed with copious amounts of water.

Dry chemicals must be brushed off.

Complications:Deep tissue damage,Heart attack, Death - rare, Systemic reaction, Scarring, Blindness, Seizures, Gastrointestinal tract damage

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9
Q

explain and be able to use the rule of nines for estimating burns.

A

Method to approximate the extent of burns by divings the body parts into multiples of 9. Total sum = total body surface area TBSA.

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10
Q

discuss circumferential burns, including priorities of care.

A

A deep full thickness burn that is a problem around the chest or abdomen. Oedema and swelling in the tissue deep to the burn cause the unyielding overlying burnt skin (‘eschar’) to act like a tourniquet. In a limb this will result in interference with distal blood flow.

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11
Q

list the priorities of emergent burn care.

A

ABC’s

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12
Q

how does the nurse evaluate the effectiveness of fluid replacement in the burn patient

A
  • Monitor fluid volume status. With daily and maintain I&O
  • Monitor labs to compare data
  • Administer IV fluids and electrolytes (not potassium)
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13
Q

how are pain meds administered in the burn patient

A

Topically

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14
Q

list the tissues involved in a full thickness burn

A

epidermis, dermis, and subcutaneous layer.

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15
Q

what type of diet is necessary for the burn client who is beginning to take oral feeds and why

A

The client might need 5,000 calories a day to prevent hypoglycemia. Increased protein will be needed to prevent tissue breakdown and promote healing.

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16
Q

explain the pathophysiology of curling’s ulcer. how is it treated

A

Stress ulcers: An ulcer in the duodenum in clients who have severe burns on the surface of the body.

hypovolemia due to fluid shifts into the tissue –> diminished blood flow to the gastric mucosa –> paralysis of the GI tract –> increased susceptibility to hydrochloride acid –> erosion of the gastric mucosa with non-inflammatory ulcerations.

17
Q

which tissues are usually affected in the client who has sustained electrical burns

A

Electrical burns can cause severe damage in organs, tissue destruction with subsequent need for amputation of a lim, and cardiac and/or respiratory arrest.

18
Q

what med is used to treat a burn client with a pseudomonas infection

A

Silver nitrate 0.5%

19
Q

burns of which part of the body pose the greatest risk for life threatening complications

A

The chest, neck, and face pose a risk to the respiratory system. Airway is #1.

20
Q

why do patients with major burns need to be kept npo initially

A

Because of decreased GI motility. They will be in a hyper metabolic and hyper catabolic state.

21
Q

why is a urinary catheter usually ordered for the burn client in the emergent/acute phase of a burn injury

A

Output needs to be monitored from Parkland Formula.

22
Q

list the priorities of burn care and explain why you chose the order

A
  • ABC’s #1.
  • Fluid and Electrolyte
  • Prevent infection
23
Q

list 5 nursing interventions when caring for a client with major burns over 50% of the body

A
  • Monitor airways and ventilation
  • Assist client to cough and deep breath
  • Suction hourly as needed
  • Keep HOB elevated at all times
  • Maintain cardiac output