Poisoning Flashcards

1
Q

of poisonings are accidental.
The majority of poisonings occur at home
when the child’s caregiver is distracted.

A

Ninety percent

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2
Q
A

ingested

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3
Q

Mortality is

A
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4
Q
  1. Etiology. The most common toxic exposures

involve commonly used

A

household products.

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5
Q

(most common toxic exposure).

A

Cosmetics and personal-care products

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6
Q

e. Analgesics (e.g.,

A

acetaminophen, non-

steroidal anti-inflammatory drugs [NSAIDs], aspirin)

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7
Q

Miosis

A

OPOP

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8
Q

Mydriasis

A

ACTA

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9
Q

Nystagmus

A

Dilantin

Penicillin

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10
Q

Retinal hemorrhage

A

Carbon monoxide

Methanol

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11
Q

a. Screening laboratory tests include

A

serum glucose,
serum and urine toxicology screens,
and electrolytes.

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12
Q

Causes of an increased anion gap (>16)

A

AMUDPILES

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13
Q

b. Radiographic imaging of the abdomen may reveal

radiopague substances. These may be recalled

A

CHIPE

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14
Q
  1. If the patient has altered mental status,
    administer _________ for hypoglycemia and
    ___________ for possible opiate overdose.
A

Dextrose

naloxone

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15
Q

a. rapidly induces emesis by direct

gastric irritation and CNS chemoreceptor

A

Syrup of ipecac

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16
Q

Ipecac
(2) It is contraindicated in victims with decreased
level of consciousness, caustic or hydrocarbon
ingestions, and in children younger than

A

6 months

17
Q

b. is performed with a large bore oro-

gastric tube placed into the stomach to evacuate

A

Gastric lavage

18
Q

(1) Indications include life-threatening ingestions
presenting within 1-hour after ingestion and
ingestion of toxins that delay gastric emptying

A

Eg salicylates

19
Q

c. has a very large absorptive

surface area that binds toxins and minimize their absorption

A

Activated charcoal

20
Q

Charcoal improves clinical outcome, especially if given
within

A

1 hour after ingestion

21
Q

d. ) is rapid, complete
emptying of the intestinal tract accomplished
using polyethylene glycol (an osmotic agent) and
an electrolyte solution (to prevent electrolyte imbalance

A

Whole-bowel irrigation (WBI

22
Q

Preliminary studies show that WBI may be

effective for ingestions of

A

iron and other heavy metal

23
Q

Most common medications ingested by children and

adolescents.

A

Acetaminophen

24
Q

(2) Toxic intermediates produced when glutathione
is depleted bind directly to hepatocytes,
causing hepatocellular necrosis

A

Acetaminophen

25
Q

Acetaminophen poisoning antidote

A

NAC
(a) NAC is given orally as a 140 mg/kg loading
dose and is followed with 70 mg/kg every
4 hours for 17 doses. Intravenous NAC may

4 hours for 17 doses. Intravenous NAC may
also be used.

26
Q

(b) is hepatoprotective if given within
8 hours of ingestion. It may still be helpful
up to 72 hours after ingestion.

A

NAC

27
Q
  1. has decreased as
    acetaminophen’s usage has increased; however,
    salicylates remain an ingredient in many compounds,
    such as Pepto-Bismol, Ben-Gay, and oil of wintergreen.
A

Salicylate poisoning

28
Q

is the most common
acid-base disturbance.
In salicylate poisoning

A

Respiratory alkalosis with an anion gapmetabolic acidosis

29
Q

Salicylate poisoning management

A
Gastric lavage
Activated charcoal every 4 hours
Obtain serum salicylate level
Alkali inaction of urine
Dialysis
30
Q

one of the most common and potentially fatal childhood poisonings. As little as 20 mg

A

Iron poisoning

31
Q

IRon poisoning

Management

A

(1) Gastric lavage should be performed.
(2) Activated charcoal does not bind to iron.
(3) Hypovolemia, blood loss, and shock should be
anticipated and treated.

32
Q

(5) Serum iron level should be obtained

A

2-6 hours

after ingestion.

33
Q

Iron poisoning treatment

A

Deferoxamine

34
Q

Deferoxamine should be given if

A

a) Serum iron levels > 500 µg/dL, or if >300 µg/dL
and acidosis, hyperglycemia, or leukocytosis are
present
b) Severe gastrointestinal symptoms are present
c) More than 100 mg/kg of iron is ingested

35
Q

of all poisonings occur in

children younger than 6 years of age.

A

Sixty percent