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Exam week 11
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solute
a substance that dissolves in a fluid
Solutes can be ________ or _______
crystalloids
colloids
Crystalloids
dissolve easily
colloids
take longer to dissolve
made up of proteins or large molecules
solvent
the component of a solution that can dissolve the solute
in the body water is the _______ and the ______ are electrolytes, oxygen, co2, glucose, proteins
water = solvent
solute
what are the 4 processes of movement
osmosis
diffusion
filtration
active transport
Osmosis
movement of water
across a semipermeable membrane from
less concentrated side
to
more concentrated side
to create balance
an example of a hypertonoc solution is ______
0.3% sodium chloride
hypertonic solution causes ________
water to be pulled from the cells into the vascular space
an example of __________ is 0.9% NS
isotonic solution
Isotonic Solution causes water to
expands the body fluid without causes fluid shift from one compartment to another
an example of hypotonic solution is
45% NS
Hypotonic solution causes
pushes fluid into surrounding cells out of the vascular compartment
hypertonis solution has a ______ osomotic pressure
higher
hypotonic solution has a ____ osmotic pressure
lower
newborn has ___ % of total body weight is water
80%
Adult Male has ___ % of total body weight is water
60%
Adult female has ___ % of total body weight is water
50%
filtration allows ______ and _____ to cross the semi-permeable membrane
solvents and solutes
isotonic Solution
equal to blood
expands fluid without causing fluid shift from one compartment to another
hypertonic
higher concentration = higher osmotic pressure than surrounding cells
Pulls fluid from cells and increases the fluid in the vascular compartment
hypotonic
less concentrated= lower osmotic pressure than cells
Pushes fluid into the surroundimg cells and out od the vascular compartment
phosphate function
essential for muscles, nerves and RBC
metabolism of protein, fat and carbohydrates
nursing intervention for high oe low phosphate
specific to underlying cause
phosphate normal
1.8-2.6
chloride function
regulate acid-base
major component in gastric juices
low chloride
muscle twitching
tremors
tetany
high chloride
acidosis risk
lethargy
weakness
risk dysrhythmias or coma
nursing intervention for high magnesium
monitor LOC, VS
patellar reflex absent notify pcp
nursing intervention low mag
seizure precautions
encourage green leafy veg
mag high
n/v
hypotension
bradycardic
flushing
vasodilation
depressed tendon reflexes
mag low
tachycardia
hypertension
increased heart rate
confusion
vertigo
seizure
magnesium function
ICF Metabolism
needed for ATP production
neuromuscular and cardiac function
calcium function
regulates muscle contraction anf relaxation
neuromuscular and cardiac function
3 electrolytes that maintain neuromuscular and cardiac function
Calcium
Potassium
Magnesium
ECF
scc
sodium
chloride
calcium
ICF
pmp
potassium
magnesium
phosphate
equation to get drops per min
total volume x drop factor (gtt factor)
-------------------------------------------
total time in min
=drops per min
normal pH
7.35-7.45
high B low A
normal PCO2
35-45
high A low B
normal HCO3
22-26
high b low a
pH normal
full compensation
3 abnormal
partial comp
norm bicarb or PCO2
no compensation
low calcium
numbness tingling extremities and around mouth
confusion
muscle spasms
convulsions
pot low
dysrhythmias
decreased bowel sounds
muscle weakness
pot high
confusion
decreased HR
cardiac arrest
ANP
responds to hypervolemia causes sodium loss and inhibits thirst mechanism
flushes out sodium and water goes with it
renin produces
angiotension I which cause vasoconstriction
ADH
antidiuretic hormone
causes temp drop in urine output
FVD
isotonic
FVE
isotonic
overhydration
osmolar
dehydration
osmolar
Author
alicia0309
ID
244714
Card Set
Exam week 11
Description
Fluid and electrolyte balance
Updated
2013-11-04T12:05:47Z
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