ICU Pearls Flashcards

(42 cards)

1
Q

What are the most important lab values to check on the first scan?

Lab Results

A

Potassium, Magnesium, Hemoglobin

think electrolytes and then blood

These values are crucial for initial patient assessment in critical care settings.

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2
Q

Think complications

What potassium level indicates a need for replacement?

A

Potassium less than 4

Replacement is necessary to prevent complications related to low potassium levels.

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3
Q

What magnesium level indicates a need for replacement?

A

Magnesium less than 2

Adequate magnesium levels are essential for various physiological functions.

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4
Q

What hemoglobin level indicates a need for replacement?

A

Hemoglobin less than 7

Low hemoglobin levels can lead to anemia and require intervention.

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5
Q

What should you check if there is ectopy?

Think a few PVC or PAC - lab values

A

Check magnesium and potassium levels

Ectopy can be a sign of electrolyte imbalances.

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6
Q

What is important to know about a Heparin drip?

A

When is their next PTT due?

Monitoring PTT is critical for safe anticoagulation therapy.

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7
Q

What should you do after receiving the PTT result?

A

Review the Heparin order set for titration

This ensures the appropriate dosage adjustment based on coagulation status.

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8
Q

What should you never do with drips in ICU?

A

Never turn off your drips unless absolutely necessary

Maintaining drip continuity is vital for patient stability.

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9
Q

What are some drips to be concerned about?

Its 8 of them

A
  • Levofed
  • Epinephrine
  • Vasopressin
  • Dobutamine
  • Dopamine
  • Propopol
  • Amiodarone
  • Heparin

These medications require careful monitoring due to their potent effects.

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10
Q

When the provider insert a Swan-Ganz catheters how is it confirmed?

A

Confirm by x-ray and measure upon patient assessment

Proper placement of Swan-Ganz catheters is critical for accurate monitoring.

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11
Q

How often should you check the Swan-Ganz catheter position?

A

At least every 4 hours, preferably more frequently

Regular checks help prevent complications related to catheter displacement.

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12
Q

What is important about NG and OG tubes?

A

Confirm placement with x-ray; measure and mark position

Proper placement is essential to avoid complications such as aspiration.

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13
Q

What is the purpose of an arterial line?

A

To provide a constant and accurate measurement of blood pressure

Arterial lines are essential for continuous blood pressure monitoring in critical care.

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14
Q

What should you never do with an arterial line?

A

Never try to push medications through it

This can lead to serious complications or inaccurate pressure readings.

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15
Q

What does MAP stand for and what is its normal value?

A

Mean Arterial Pressure; normal value is 65

MAP is a critical parameter for assessing perfusion.

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16
Q

What should be done if MAP goes below 65?

A

Take action to increase blood pressure

Low MAP indicates inadequate perfusion and requires prompt intervention.

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17
Q

What should be checked at the top of every hour in ICU?

Think vital signs and 1 more

A
  • Urine output
  • Blood pressure
  • Heart rhythm
  • Heart rate
  • Respiratory rate
  • Oxygen saturation

These vital signs are crucial for ongoing patient assessment.

18
Q

What should be assessed every 4 hours in ICU?

A

Patient’s pain and Temperature

Regular assessment helps manage pain and monitor for fever or infection.

19
Q

What are Swan Gant numbers related to?

A

Cardiac monitoring

These numbers provide important information about cardiac function.

20
Q

What is the purpose of ertic balloon pumps?

A

Support cardiac function

These devices are used in cases of severe heart failure to improve cardiac output.

21
Q

How do you look for urethra in older women?

A

It envelops into the vagina

22
Q

What does ACID stand for in the context of chemistry?

A

Acidic

ACID is often used to describe substances that have a pH less than 7.

23
Q

What is respiratory acidosis?

A

A condition caused by the inability to breathe out CO2, leading to CO2 buildup in the body

Conditions such as respiratory depression, sleep dyspnea, COPD, asthma, alcohol intoxication, and CNS depressants can lead to respiratory acidosis.

24
Q

Which substances can cause respiratory acidosis?

A
  • Benzodiazepines
  • Morphine
  • Hydrocodone

These CNS depressants can impair breathing and lead to CO2 retention.

25
What is the relationship between pH and CO2 in respiratory acidosis?
Increased CO2 leads to decreased pH, making the environment more acidic ## Footnote TC02 = +pH indicates a relationship where increased CO2 results in lower pH values.
26
What is metabolic acidosis?
A condition characterized by an increase in hydrogen ions (H+) ## Footnote Common causes include diarrhea, renal failure, and diabetic ketoacidosis.
27
What are examples of conditions that can lead to metabolic acidosis?
* Diarrhea * Renal failure * Diabetic ketoacidosis ## Footnote These conditions result in an accumulation of acids or a loss of bicarbonate.
28
What is the term for a pH of 7?
Neutral ## Footnote A neutral pH indicates a balance between acids and bases.
29
What does the term 'alkaline' refer to?
A condition having a pH greater than 7 ## Footnote Alkaline substances can neutralize acids.
30
What is respiratory alkalosis?
A condition caused by excessive breathing out of CO2 ## Footnote This leads to a decrease in CO2 levels in the body.
31
What are examples of conditions that can cause respiratory alkalosis?
* Hyperventilation * Panic * Anxiety * Pain ## Footnote These conditions can lead to rapid breathing and CO2 loss.
32
What is the effect of breathing out too much CO2 on pH?
It causes the pH to increase, making the environment more alkaline ## Footnote VC02 = 1PH indicates that decreased CO2 corresponds with an increase in pH.
33
What is metabolic alkalosis?
A condition characterized by an increase in bicarbonate (HCO3-) ## Footnote This often results from excessive vomiting or the use of diuretics.
34
What are examples of conditions that can lead to metabolic alkalosis?
* Vomiting * NG tube suctioning * Diuretics * Antacids ## Footnote These factors can lead to an increase in bicarbonate levels or loss of hydrogen ions.
35
What EKG changes are associated with Hypokalemia?
• Depressed ST Segment • Inverted T wave • Prominent U wave
36
What EKG changes are associated with Hyperkalemia?
• ST Segment elevation • Peak T wave • Prolonged PR interval • Widened QRS complex
37
What EKG changes are associated with Hypocalcemia?
• Prolonged QT • Prolonged ST • If Severe: V-Tach
38
What EKG changes are associated with Hypercalcemia?
• Short QT Interval • Short ST segment • Widened T wave
39
What EKG changes are associated with Hypomagnesemia?
• Depressed ST Segment • Inverted T wave • Prolonged QT Interval
40
What EKG changes are associated with Hypermagnesemia?
• Widened QRS complex • Prolonged PR Interval
41
# Think Heart What is a WCD?
wearable cardioverter defibrillator eg. life vest a vest with a small monitor. The vest contains electrodes, or pads, that can shock your heart if the monitor detects a life-threatening arrhythmia.
42
# Think heart What is a VAD?
A ventricular assist device (VAD) is a device that helps pump blood from the lower chambers of the heart to the rest of the body.