Fluid Therapy 2 Flashcards

1
Q

indications for IVF therapy

A

dehydration, electrolyte imbalance, acid/base imbalance, maintenance, deliver medication, hypotension, diuresis, toxins

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2
Q

abnormal losses

A

vomiting, diarrhea, hemorrhage, polyuria, body compartment loss (ascites, effusions)

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3
Q

how are fluids lost? (what happens in the cells?)

A

decreased profusion and hypoxia can affect how fluids move from the intravascular space (plasma) to the interstitial space (tissue)
dehydration can affect how fluids move from the interstitial space to the intracellular space

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4
Q

what can cause changes in fluid volumes?

A

hypovolemia, dehydration, hypervolemia

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5
Q

hypovolemia

A

decrease in circulating fluid volume (IVF)

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6
Q

dehydration

A

whole body fluid loss
can figure out how dehydrated from physical exam and labs

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7
Q

hypervolemia

A

excess of circulating fluid volume
fluid overload or heart disease

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8
Q

what causes hypovolemia?

A

severe dehydration, rapid blood loss, vasodilation (anaphylaxis, sepsis)

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9
Q

hypovolemia CS

A

tachycardia, bradycardia (cats), delayed CRT, pale mm, dull mentation, weak or absent pulses

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10
Q

dehydration physical exam signs and clinical signs

A

% dehydration (won’t show up until 5%), skin turgor, mm moisture/CRT, eyes, HR/pulses

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11
Q

dehydration lab signs

A

increased PCV, increased TP, increased urine specific gravity

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12
Q

hypernatremia

A

primary causes: free water deficit, excessive sodium gain
neurologic clinical signs

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13
Q

hyponatremia

A

primary causes: underlying disease (diuresis, V/D, CV, endo dz)
may not be clinically evident

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14
Q

hyperkalemia

A

primary causes: abnormal renal function, #1 urinary obstructions
has cardiac muscle effects

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15
Q

hypokalemia

A

primary causes: dietary intake, GI losses
has cardiac and skeletal muscle effects

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16
Q

what is a normal pH?

A

7.35-7.45

17
Q

what roles does acid/base balance have in the body in order to regulate the body’s internal environment?

A

synthesize and utilize proteins, transportation of molecules, cellular integrity, essential body function to sustain life

18
Q

how are hydrogen and pH related?

A

inversely related
low pH = acidic (increased H+)
high pH = alkalotic (decreased H+)

19
Q

what does acid-base analysis give insight to?

A

acid-base status, ventilation, oxygenation (if arterial sample)

20
Q

what are the normal values for pH, PCO2, and HCO3?

A

pH= 7.35-7.45
PCO2= 35-45
HCO3= 18-24

21
Q

what is the most common acid-base disturbance seen in clinic?

A

metabolic acidosis

22
Q

what should you monitor on patients receiving fluids?

A

mentation, HR, pulse, mm color, CRT, extremity temp, weight (1L = 1kg), lab values (PCV: 1% increase = 10 mL/kg loss), signs of fluid overload

23
Q

what are signs of fluid overload?

A

serous nasal discharge, chemosis, edema, effusion, polyuria, tachypneic, coughing, restlessness

24
Q

shock fluid rate

A

dog: 90 mL/kg
cat: 60 mL/kg

25
Q

maintenance fluid rate

A

40-60 mL/kg/day

26
Q

dehydration fluid formula

A

(% dehydrated) (weight in kg) (10)

27
Q

how are ongoing losses calculated?

A

estimated or by weighing bedding before putting in and then weigh soiled bedding

28
Q

how are shock boluses given?

A

entire fluids replaced
given in aliquots