Fliud, electrolytes, and acid-base balance Flashcards

1
Q

determines the reabsorption of both sodium ions and water from the kidney tubules; these hormones conserve more fluid when there is a fluid deficit in the body

A

Aldosterone

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2
Q

controls the amount of fluid leaving the body in the urine; promotes water reabsorption into the blood from the kidney tubules .

A

Antidiuretic hormone (ADH)

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3
Q

fluid in the abdominal cavity

A

Ascites

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4
Q

hormones that are released from by the cardiac muscle fibers in response to increased pressure within the cardiac chambers, stimulate the elimination of water and sodium in the urine to prevent salt-induced hypertension

A

Atrial natriuretic peptide (ANP) and B-type natriuretic peptide (BNP

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5
Q

an abnormality in the timing or pattern of the heartbeat

A

Arrhythmias

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6
Q

atypical contraction of the fingers

A

Carpopedal spasm

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7
Q

the force exerted by the blood confined within blood vessels or heart chambers

A

Blood hydrostatic pressure

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8
Q

fluid overload; a medical condition that occurs when there is too much fluid in the blood. I can cause high blood pressure, swelling, and impact organ function

A

Hypervolemia

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9
Q

Causes of hypomagnesemia

A

use of diuretics, diabetic ketoacidosis, hyperparathyroidism, hyperaldosteronism

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10
Q

Signs and symptoms of hypomagnesemia

A

tremors, tetany, seizures, arrhythmia, numbness, tingling, nausea, vomiting, fatigue, weakness, dysphagia (difficulty swallowing), insomnia

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11
Q

area in the brain that controls body temp, heart rate, hunger, and mood

A

Hypothalamus

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12
Q

Hypovolemia

A

fluid deficit; causes weakness, dizziness, muscle cramps, thirst, low blood pressure, weak thready pulse, increased heart rate, fatigue, increased hematocrit, confusion
Caused by- dehydration, hemorrhage, burns, sodium depletion (hyponatremia), diabetic ketoacidosis

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13
Q

abnormal touch sensation such as “pins and needles”

A

Paresthesia

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14
Q

a solution having the same osmotic pressure as some other solution, especially one in a cell or a body fluid.

A

Isotonic

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15
Q

having a lower osmotic pressure than a particular fluid, typically a body fluid or intracellular fluid.

A

Hypotonic

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16
Q

having a higher osmotic pressure than a particular fluid, typically a body fluid or intracellular fluid

A

Hypertonic

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17
Q

Causes of hyponatremia

A

excessive sweating, vomiting, diarrhea, use of diuretics with low-salt diets, hormonal imbalances (insufficient aldosterone, adrenal insufficiency, and excess ADH secretion), early chronic renal failure, excessive water intake

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18
Q

Effects of hyponatremia

A

Low sodium levels impair nerve conduction and result in fluid imbalances between the compartments

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19
Q

Signs and symptoms of hyponatremia

A

fatigue, muscle cramps, abdominal discomfort or cramps with nausea and vomiting, anorexia, lethargy, muscle weakness, headache, confusion, decreased blood pressure

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20
Q

Effects of hypernatremia

A

thirst, weakness, lethargy, agitation, edema, elevated blood pressure, decreased urine output because ADH is low, firm subcutaneous tissues

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21
Q

Causes of hypernatremia

A

insufficient ADH which results in a large volume of dilute urine (diabetes insipidus), loss of the thirst mechanism, watery diarrhea, prolonged periods of rapid dehydration

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22
Q

Causes of hypokalemia

A

excessive losses from the body because of diarrhea, decreased dietary intake, treatment of diabetic ketoacidosis with insulin, certain diuretic drugs, presence of excessive aldosterone or glucocorticoids in the body ( such as cushings syndrome)

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23
Q

Effects of hypokalemia

A

cardiac dysrhythmias showing ECG pattern changes eventually leading to cardiac arrest, anorexia, nausea, constipation, fatigue, muscle twitch, weakness, leg cramps, shallow respirations, paresthesia, postural hypotension, polyuria, nocturia, elevated serum pH level (alkalosis)

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24
Q

Causes of hyperkalemia

A

renal failure, deficit of aldosterone, use of “potassium sparing” diuretic drugs, leakage of intracellular potassium into extracellular fluid from extensive tissue damage(burns, crush injury), displacement of potassium from prolonged severe acidosis

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25
Q

Effects of hyperkalemia

A

arrhythmias, cardiac arrest, nausea, diarrhea, muscle weakness, paralysis beginning in the legs, paresthesia (fingers, toes, face tongue), oliguria (low urine output), serum pH decreased (acidosis), shallow respirations,

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26
Q

hypoparathyroidism (decreased parathyroid hormone results in decreased intestinal absorption of calcium), malabsorption syndrome (vit. D or calcium), deficit serum albumin, increased serum pH (alkalosis)

A

Causes of hypocalcemia

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27
Q

tetany, muscle spasm, carpopedal spasm, tingling fingers, mental confusion, irritability, arrhythmias, weak heart contraction due to insufficient calcium for muscle action

A

Effects of hypocalcemia

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28
Q

uncontrolled release of calcium ions from the bones owing to neoplasms, hyperparathyroidism, increased intake of calcium, milk-alkali syndrome associated with milk and antacid intake

A

Causes of hypercalcemia

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29
Q

tetany, muscle spasm, carpopedal spasm, tingling fingers, mental confusion, irritability, arrhythmias, weak heart contraction due to insufficient calcium for muscle action

A

Causes of hypercalcemia

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30
Q

apathy, lethargy, anorexia, nausea, constipation, polyuria, thirst, kidney stones, arrhythmias, prolonged cardiac contractions, increased blood pressure

A

Effects of hypercalcemia

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31
Q

Causes of hypomagnesemia

A

Renal failure

32
Q

depressed neuromuscular function, decreased reflexes, lethargy, cardiac arrhythmias

A

Effects of hypermagnesemia

33
Q

malabsorption syndromes, diarrhea, excessive use of antacids, alkalosis, hyperparathyroidism

A

Causes of hypophosphatemia

34
Q

Effects of hypophosphatemia

A

tremors, weak reflexes (hyporeflexia), paresthesias, confusion and stupor, anorexia, difficulty swallowing (dysphagia), blood cells function less effectively – oxygen transport decreases and clotting and phagocytosis decreases

35
Q

renal failure, tissue damage from chemotherapy may cause a relase of intracellular phosphate

A

Causes of hyperphosphatemia

36
Q

Effects of hyperphosphatemia

A

(same as hypophosphatemia) tremors, weak reflexes (hyporeflexia), paresthesias, confusion and stupor, anorexia, difficulty swallowing (dysphagia), blood cells function less effectively – oxygen transport decreases and clotting and phagocytosis decreases

37
Q

associated with alkalosis in the early stages of vomiting, excessive perspiration associated with fever or strenuous labor

A

Causes of hypochloremia

38
Q

Effects of hypochloremia

A

nausea, vomiting, diarrhea, muscle twitching, confusion, sleepiness

39
Q

excessive intake of sodium chloride orally or intravenously, hypernatremia attributed to other causes

A

Causes of Hyperchloremia

40
Q

Effects of hyperchloremia

A

Edema, weight gain

41
Q

Causes, effects, and compensation of respiratory acidosis

A

-slow shallow respirations (e.g. drugs), respiratory congestion.
-Increased PCO2
-Kidneys excrete more hydrogen ion and reabsorb more bicarbonate

42
Q

Causes, effects, and compensation of metabolic acidosis

A

-Shock, diabetic ketoacidosis, renal failure, diarrhea
-Decreased serum bicarbonate ion
-Rapid, deep respirations

43
Q

Causes, effect, and compensation of respiratory alkalosis

A

-hyperventilation(anxiety, aspirin overdose)
-Decreased PCO2
-Kidneys excrete less hydrogen ion and reabsorb less bicarbonate

44
Q

Causes, effects, and compensation of metabolic alkalosis

A

-vomiting (early stage), excessive antacid intake
-Increased serum bicarbonate ion
-Slow, shallow respirations, kidneys excrete less acid and decrease bicarbonate absorption

45
Q

normal potassium levels

A

3.5-5.1

46
Q

normal sodium levels

A

135-145

47
Q

normal calcium levels

A

2.13-2.55

48
Q

normal phosphate levels

A

2.5-4.5

49
Q

normal chloride levels

A

97-105

50
Q

normal magnesium levels

A

1.7-2.2

51
Q

magnesium controls

A

muscle relaxation

52
Q

phosphorus controls

A

muscle contraction

53
Q

potassium controls

A

INTRAcellular excitation

54
Q

Calcium controls

A

neuronal excitation

55
Q

chloride controls

A

acid/base (alkalosis)

56
Q

sodium controls

A

EXTRAcellular excitation

57
Q

what happens if you have hypermagnesemia

A

muscles are too relaxed
decreased DTR
respiratory arrest

58
Q

what happens if you have hypomagnesemia?

A

muscles are excitied!
increased DTR
seizures
tachycardia

59
Q

what happens if you have hyperphosphatemia?

A

muscle excited!
tetany

60
Q

what happens if you have hypophosphatemia?

A

muscles are too relaxed
weakness
respiratory failure

61
Q

what happens if you have hyperkalemia?

A

paralysis
tall peaked t waves
diarrhea

62
Q

what happens if you have hypokalemia?

A

parethesias (pins and needles)
flattened t waves
u waves
constipation

63
Q

what happens with hypercalcemia?

A

decreased muscle contraction
constipation
QT shortening
Sever muscle weakness and lethargy

64
Q

what happens with hypocalcemia?

A

excess muscle contraction
diarrhea
muscle spasms
tetanu
trouseau sign
seizures
QT prolongation

65
Q

what happens to you with hypernatremia?

A

thirst
dry, flushed skin

66
Q

what happens to you with hyponatremia?

A

muscle cramps
confusion
weakness

67
Q

Causes or hypercalcemia

A

Hyperparathyroidism
High path=high calcium
Cancer
Immobility

68
Q

Causes or hypocalcemia

A

Low pth=low calcium
Renal failure
Chronic kidney disease

69
Q

Phosphate signs are opposite of?

A

Calcium signs

70
Q

Causes of hyperphosphatemia

A

Renal failure
Chronic kidney disease

71
Q

Causes of hypophosphatemia

A

Hyperparathyroidism
High pth=high calcium
Genetics
Cancer

72
Q

Causes of hypermagnesemia

A

Renal failure
Alcoholism
Malnourishment

73
Q

Causes of hypomagnesemia

A

Crohns disease
Celiac disease

74
Q

Causes of hypernatremia

A

Low adh
Diabetes insidious
Rapid respirations
Watery diarrhea
Loss of thirst

75
Q

Causes of hyponatremia

A

Sweating
Excess water intake
Siadh
Vomit and diarrhea
Diuretics
Diet low in salt
Low aldosterone

76
Q

Causes of hyperkalemia

A

Renal failure
Low aldosterone

77
Q

Causes of hypokalemia

A

Fluid loss/electrolyte loss
Diarrhea
Diuretics
Diet
Dka
Aldosterone