Chapter 11 - Fluid and Electrolytes Flashcards

1
Q

_____ is the maintenance of stable internal environment by the body.

A

Homeostasis

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2
Q

_______ is the reclamation of useful substances (water, glucose, amino acids, ions) from filtrate back into the blood during the process of blood purification in the kidney.

A

reabsorption

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3
Q

______ in the kidneys filter the blood

A

Glomerulus

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4
Q

______ is the movement of substances from blood to filtrate.

A

secretion

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5
Q

T or F: The kidneys can filter 150L of blood plasma a day.

A

True

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6
Q

______ relates to calcium in the blood. _______ refers to potassium in the blood.

A

Calcemia; kalemia

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7
Q

______ is when the blood pH is below 7.35. _____ is hen the pH is above 7.45.

A

Acidosis;alkalosis

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8
Q

The _____ assist in regulating the acid-base balance by filtering out _____ and excess ____, returning needed substances. They regulate the ____ of blood and _____ makeup of the blood by achieving proper, fluid, _______ and acid-base balance. (p.256 Roy)

A
Kidneys
waste
ions
volume
chemical
electrolyte
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9
Q

Filtering of blood and the formation of urine is carried out by three processes: ______, ______, and______.

A

filtration - takes place in glomeruli
reabsorption
secretion (reabsorption in reverse)

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10
Q

The four roles of the kidneys are ____ excretion, maintaining _____ , _____ ad _____-_____ balance.

A

waste

water, electrolyte and acid-base

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11
Q

What hormone influences the process of sodium balance by enhancing sodium reabsorption by the kidneys?

A

Aldosterone p.257

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12
Q

When evaluating kidney function consider the following:
BUN (blood urea nitrogen) range ____ - 20 mg/dL
Cr (creatinine) range 0.5 - ____ mg/dL
CO2 (serum carbon dioxide) 25 - ____ mEq/L
eGFR (est. glomerular filtration rate)
Male - 107-139 ml/min
Female 87- ____ ml/min

A
BUN 10-20
Cr 0.5-1.2
CO2  25-30
eGFR 
Femle 87-107
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13
Q

Fluid may be intracellular, extracellular, interstitial, or transcellular. What is an example of transcellular?

A

Cerebral fluid

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14
Q

Fluids within arteries, veins, and capillaries are called ________ fluids

A

intravascular

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15
Q

_______ are substances such as salts that break down into ions when in solution.

A

electrolytes

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16
Q

T or F: The major elements forming salts within the body fluids are sodium, potassium and calcium

A

True

17
Q

______ balances fluid levels by controlling extracellular fluid volume and water distribution in the body and assists in neuromuscular function.

A

Sodium (Na)

Normal values: 135-145 mEq/L

18
Q

_______ is a main component f cellular fluid, this positive electrolyte help to regulate neuromuscular function. Even the slightest alteration in its levels can effect cardiac muscle and cognitive function.

A

Potassium (K)

Normal values: 3.5-5.0 mEq/L

19
Q

_____ is required in the extracellular fluid for normal clotting of blood, cell membrane permeability and secretory functions. Also effects neuromuscular performance

A

Calcium (Ca)

Normal values: 9.0-10.5 mEq/L

20
Q

______ is a constituent of many coenzymes that contribute to normal muscle and nerve irritability. It influences muscle contractions and intracellular activity.

A

Magnesium

Normal values: 1.5-2.1 mEq/L

21
Q

______ helps maintain osmotic pressure in the blood. Hint: Sodium ______

A

Chloride

Normal values: 98-106 mEq/L

22
Q

______ is a negative electrolyte that impacts metabolism and regulates acid-balance base and calcium levels

A

HPO4 - Phosphate

23
Q

emia refers to?

A

substance in blood

24
Q

Natremia relates to?

A

sodium (Na) in the blood

25
Q

Hyoponatremia inhibits the release of antidiuretic hormone and allows ____water to be excreted. Hypernatremia stimulates the release of antidiuretic hormone and results in ______ water in the urine.

A

more (not enough salt, more water out to bring water to sodium ratio in balance)

less (too much sodium, must retain water to keep water/salt in balance)

26
Q

If more hydrogen ions means more acidic. What happens when someone hyperventilates (releases rapid CO2)?

A

Alkalosis. Releasing hydrogen ions means higher pH, alkaline.

27
Q

Increased thirst can indicate excessive amounts of ______ or potassium in the body.

A

Sodium

28
Q

In assessing fluid/electrolyte and acid-base balance, is diarrhea a concern?

A

Yes! Diarrhea leads to dehydration. Dehydration leads to imbalance.

29
Q

If a patient reports fatigue, drowsiness, restlessness and seems irritable, could this be related to an F&E A-B imbalance?

A

Yes. Ineffective adaptation related to electroytes could be a stimuli.

30
Q

In ways can we use skin to check for F& or A-B imbalance?

A

Temperature, turgor, edema, pinch skin and it tents

31
Q

What are some important labs we should perform when F&E A-B imbalance is suspected?

A

Hemoconcentration: HGB (hemoglobin) & HCT (hematocrit)

32
Q

Once we determine that there is an imbalance (system is compromised), what is the next step in the nursing process?

A

assess stimuli. What is causing the imbalance?

33
Q

One the stimuli influencing the imbalance is identified, what is the next step?

A

Label stimuli as focal, contextual or residual.

34
Q

Is vomiting and/or diarrhea a stimulus or a behavior?

A

It depends. If they are the cause of imbalance, they are a stimuli. If they are caused by the imbalance, they are a behavior

35
Q

What are some examples of nursing diagnosis for F&E A-B imbalance?

A
Dehydration
Fluid overload
ELectrolyte imbalance
Altered tissue perfusion
Self care knowledge of deficit regarding maintenance o FE balance
36
Q

______ is when a person has trouble breathing while lying down.

A

Ortopnea