Renal Deck 2 Flashcards

1
Q

Hyponatremia

A

Serum sodium less than 135 mEq/L

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2
Q

Most common type of electrolyte imbalance of clients who are hospitalized

A

hyponatremia

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3
Q

Symptoms of hyponatremia are dependent on the

A

degree of sodium imbalance

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4
Q

Early signs of hyponatremia

A

Loss of appetite
Nausea and vomiting
Abdominal cramping

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5
Q

Late signs of hyponatremia

A
Confusion
Lethargy
Tremors
Muscle twitching
Convulsions
Coma
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6
Q

Replacement therapy for Hyopnatremia include

A

sodium chloride in tablets or IV solutions depending on severity of condition

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7
Q

Hypernatremia

A

Serum sodium greater than 145 mEq/L

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8
Q

Symptoms of hypernatremia

A
Fatigue
Weakness
Muscle twitching
Convulsions
Changed mental status
Reduced level of consciousness
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9
Q

treament of mild cases of hypernatremia

A

eating low-salt diet and drinking adequate water

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10
Q

treatment of hypernatremia severe

A

diuretics or infused 5% dextrose

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11
Q

Normal potassium range

A

3.5–5 mEq/L.

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12
Q

Hyperkalemia

A

> 5mEq/L

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13
Q

Mild hyperkalemia

the treatment of choice

A

restrict potassium-rich foods

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14
Q

potassium-rich foods

A

citrus fruits, bananas, dried fruits, broccoli, green leafy vegetables, and peanut butter.

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15
Q

In addition to dietary restrictions, it is important to assess this in hperkalemia

A

if the client is taking a potassium-sparing diuretic. If so, the dose may have to be decreased, or another type of diuretic prescribed in its place.

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16
Q

Severe hyperkalemiamay include administration of

A

Furosemide (Lasix), a diuretic that reduces potassium
Insulin with glucose or dextrose; causes potassium to enter cells
Calcium gluconate or calcium chloride; decreases cardiac complications
Sodium bicarbonate; corrects acidosis
Sodium polystyrene sulfonate (Kayexalate); binds with potassium in the intestinal tract for elimination

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17
Q

Hypokalemia

A

<3.5mEq/L

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18
Q

Hypokalemia

Very common electrolyte imbalance. It is most often caused by

A

potassium-wasting diuretics, vomiting, diarrhea, or excessive muscular activity.

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19
Q

Treatment for mild hypokalemia includes

A

eating foods high in potassium and/or taking dietary potassium supplements.

20
Q

Treatment for severe hypokalemia

A

IV replacement of potassium is administered for more severe cases. Because cardiac problems can occur with IV potassium replacement, the client must be monitored very closely for adverse effects.

21
Q

one of the biggest indicators of issues with sodium (either high or low)

A

normal mental status is not quite there.

22
Q

Acidosis

A

<7.35 pH

23
Q

Alkalosis

A

> 7.45 pH

24
Q

Three systems work together to maintain pH

A

Buffer systems
Respiratory system
Renal system

25
Q

Buffers prevent major

A

changes in pH

26
Q

Buffers bind with

A

hydrogen ions when excess acid present

27
Q

buffers act

A

act quickly

28
Q

buffers release

A

hydrogen if the body fluids are too basic

29
Q

three main buffer systems

A

Bicarbonate–carbonic acid buffer system
Phosphate buffer system
Protein buffers

30
Q

Respiratory System

Regulates

A

carbonic acid by eliminating or retaining CO2

31
Q

CO2 is potential

A

acid when combined with water

32
Q

Increase in CO2or H+ stimulates

A

respiratory center

33
Q

Increasing rate and depth of respiration increase

A

Eliminates CO2 and carbonic acid

Increases pH to normal range

34
Q

Alkalosis decreases

A

rate and depth of respiration

35
Q

decrease in respiration causes

A

CO2 retention
CO2 combines with H2O
Restores carbonic acid levels
pH back to normal

36
Q

Renal System

Long-term regulation

A

of acid–base balance

37
Q

Kidneys eliminate

A

nonvolatile acids

38
Q

Kidneys regulate

A

bicarbonate (HCO3) in ECF

39
Q

Kidney pH regulation is

A

slower

40
Q

kidneys selectively excrete or retain

A

H+ to maintain pH

41
Q

PaCO2 measures pressure of dissolved

A

CO2 in blood

42
Q

PaO2 measures

A

measures pressure of oxygen dissolved in plasma

43
Q

Serum HCO3 reflects

A

regulation of acid–base

44
Q

Acid–base balance assessed by

A

measuring arterial blood gases (ABGs)

45
Q

Sodium Bicarb goal

A

Goal in acidosis: reverse the effects of excess acids

46
Q

Sodium return pH to

A

to normal levels quickly

47
Q

Sodium Bicarb for acute acidosis

A

Administration of sodium bicarbonate infusions if bicarbonate level low
Monitor for signs of alkalosis (overcorrection of pH)