Readings Flashcards

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1
Q

AMPLE mnemonic for quick history

A

AMPLE is a useful mnemonic:

A – Allergies: What is this patient allergic to?
M – Medications: What medications is this patient taking?
P – Past History: What are the pertinent medical/surgical conditions of this patient?
L – Last Meal: When did this patient eat or drink last?
E – Events: What are the brief events that led to this patient’s condition?

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2
Q

Primary survey components

A

ABC or CAB

Are they going to die without intervention soon?

Immediate actions like IV, O2, Monitor

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3
Q

Secondary survey components

A

A focused history and PE

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4
Q

Risk factors for fever caused by UTI in infants?

A
Girls
White
Uncircumcised boys
Boys <6 mo
Girls <12 mo
Well appearing
Tenderness on exam
No urine symptoms
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5
Q

What is a good predictor for sepsis mortality?

A

Lactate is the primary method of risk stratification for patients presenting with sepsis. Lactate is believed to be a marker of anaerobic glycolysis during periods of insufficient oxygen delivery. Low lactate levels correlate with low mortality; conversely, elevated lactate levels correlate with high mortality.

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6
Q

Sigs of sepsis and organ dysfunction?

A
  • elevated lactate ≥ 2 mmol/L.
  • creatinine 2.0 mg/dl,
  • urine output < 0.5 ml/kg/hour,
  • bilirubin > 2,
  • platelets < 100,000, INR > 1.5, PTT > 60 secs.
  • Hypotension is typically defined as SBP ≤ 90 mm Hg, MAP ≤ 70 mm Hg, or a drop in SBP by 40 mm Hg from baseline
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7
Q

What is shock?

A

Shock is a broad term that describes a physiologic state where oxygen delivery to the tissues is inadequate to meet metabolic requirements, causing global hypoperfusion. It may also be thought of as an imbalance between tissue oxygen supply and demand.

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8
Q

Two ways to describe shock in terms of compensation

A

Shock may be described as compensated (normal blood pressure with inadequate perfusion) or uncompensated (hypotension and inability to maintain normal perfusion). Thus, a patient with normal vital signs may still be in shock.

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9
Q

4 types of shock and examples

A

Hypovolemic
(most common)
Decreased circulatory volume
Hemorrhage or fluid loss

Cardiogenic
Impaired heart pump function
Acute coronary syndrome, valve failure, dysrhythmias

Distributive
Pathologic peripheral blood vessel vasodilation
Sepsis, anaphylaxis, neurogenic

Obstructive
Non-cardiac obstruction to blood flow
Pulmonary embolus, tension pneumothorax, tamponade

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10
Q

What is the primary survey for trauma?

A

A: Airway Maintenance with CERVICAL SPINE protection
B: Breathing and Ventilation
C: Circulation with hemorrhage control / shock assessment
D: Disability: Neurological status (GCS)
E: Exposure/Environmental control

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11
Q

What GCS requires intubation?

A

9 or 8 (8 intubate)

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12
Q

What are two diagnoses you can’t miss on the primary survey in terms of airway and breathing?

A

Tension PTX and hemothorax

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13
Q

Mnemonic for AMS differential?

A
AMS = AEIOU TIPS
A	Alcohol
E	Epilepsy, Electrolytes, and Encephalopathy
I	Insulin
O	Opiates and Oxygen
U	Uremia
T	Trauma and Temperature
I	Infection
P	Poisons and Psychogenic
S	Shock, Stroke, Subarachnoid Hemorrhage and Space-Occupying Lesion
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14
Q

Contrast delirum, dementia, and psychosis in terms of

  • Onset
  • Course
  • VS
  • Hallucinations
  • Consciousness
A

Delirium

  • Rapid onset
  • Fluctuating course
  • Abnormal vital signs
  • Can have visual hallucinations RES
  • Fluctuating consciousness

Dementia

  • Slow onset
  • Progressive course
  • Normal vital signs
  • No hallucinations
  • Normal consciousness

Psychosis

  • Variable onset
  • Variable course
  • Normal vitals
  • Visual and auditory hallucinations and RIS
  • Variable consciousness
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15
Q

Anticholinergic toxicity toxidrome

A

This is the classic anticholinergic syndrome:

Mad as a hatter (Altered mental status)
Blind as a bat (mydriasis)
Hot as Hades/Hare
Red as a beet
Dry as a bone
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16
Q

3 most common anticholinergic drugs for toxicity

A

TCA’s Tricyclic antidepressants
Antihistamines
Overactive bladder medication

17
Q

Cholinergic classic toxidrome

A

This is the classic mnemonic SLUDGE:

Salivation
Lacrimation
Urination
Diaphoresis and defecation
Gastrointestinal upset
Excessive bradycardia or tachycardia (muscarinic or nicotinic)
18
Q

Sympathomimetic toxidrome

A

This is the classic sympathomimetic syndrome with a fight or flight picture:

Tachycardia
Hypertension
Mydriasis
Diaphoresis
Hyperthermia
Agitation
19
Q

Opiate toxidrome

A

Classic signs:

Apnea
Hypoxia
Unresponsiveness
Flash pulmonary edema (rare)

20
Q

3 sedatives used in emergent intubation

A

Propofol
Etomidate
Ketamine

21
Q

2 Paralytics used in emergent intubation

A

Succinylcholine

Rocuronium

22
Q

Impt exam elements for ingestion/poisoning

A

Vital signs

Level of consciousness

Pupils: miosis or mydriasis

Skin: color, presence of diaphoresis, dry skin or piloerection

Oral: moist/dry mucous membranes

Abdomen: hyper or hypoactive bowel sounds, bladder size (urinary retention)

Neurological: hypo or hyperreflexia, seizures

23
Q

5 Steps in Poison Control?

A
  1. Resuscitation
  2. Risk Assessment
  3. Detoxification
  4. Testing
  5. Observation
24
Q

What’s the most important part of the resuscitation ABC? What component specifically?

A

Breathing

Most specifically minute ventilation b/c of metabolic acidosis, need to have hyperventilation so they compensate

25
Q

Components of Circulatory resuscitation (3)

A

Fluids and vasopressors (Epi, NE), then rhythms

26
Q

Poisoning Risk assessment components (3)

A

Drug, dosage, patient

27
Q

What’s a common poisoning test to do? (3)

A

Acetaminophen, EKG, ABG

28
Q

Treatment of hypovolemic shock

A

Fluid repl only

29
Q

Treatment of distributive shock

A

Fluid replacement attempt then vasopressors if inadequate response

30
Q

Treatment of cardiogenic shock

A

Inotropes, probably not fluid

31
Q

What is the dose dependent effect on target of dopamine?

A

Low to high

D-B1-A

32
Q

3 Vasopressors used in tx of distributive shock?

A

NE, phenylephrine, Vasopressin

33
Q

What are the 2 main differentiators between anticholinergic and sympathomimetic toxidromes?

A

Anticholinergic- DRY and CONFUSED

Sympathomimetic- WET (sweat) and AGITATED

34
Q

What are the 2 differentiators for Opiate vs Sedative toxidromes?

A

Opiate- MIOSIS, decr RESPIRATION

35
Q

How do you calculate shock index?

What value is concerning?

A

heart rate divided by systolic blood pressure

A normal index ranges from 0.5-0.7; repeated values >1.0 indicate decreased left ventricular function and are associated with higher mortality.

If the HR is higher than the BP that is generally a bad sign

36
Q

CREDIT mnemonic for AMS

A
C- anything from a CT like bleeding or abscess
R- respiratory
E- electolyte abn
D- drugs
I- infection
T- tonic clonic seizures/post ictal