(Print) Use this randomly generated list as your call list when playing the game. There is no need to say the BINGO column name. Place some kind of mark (like an X, a checkmark, a dot, tally mark, etc) on each cell as you announce it, to keep track. You can also cut out each item, place them in a bag and pull words from the bag.
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ECF volume > fluid intake
fluid volume deficit
releases ADH to allow water retention
pituitary gland
increased concentration of H+ ions are an ...
acid
shift of body fluids into transcellular compartment
third-space fluid shift
refers to the urine's concentration
specific gravity
provide largest amount of water normally taken into body
ingestion of liquids
earliest sign of fluid volume deficit
tachycardia
cardiac arrest may result if not corrected
hyperkalemia
- charge
anions
expression of H+ ion concentration
pH
excreted by exhalation
CO2
water travels from lesser to greater concentration
osmosis
filter only available to hang x 4 hrs
blood
regulate calcium and phosphate with PTH
parathyroid glands
+ charge
cations
cells swell & may burst in this type of solution
hypotonic
emergency; may cause bone pain, confusion, lethargy or slurred speech
hypercalcemia
levels regulated primarily by kidneys
bicarbonate
1/3 body fluid
ECF
secrete aldosterone to regulate blood volume, sodium and potassium balance
adrenal glands
CVADs require this prior to use
X-ray
pitting depth 6mm
3+ pitting edema
used temporarily to treat hypovolemia if album not available
D5NS
cells shrink in this type of solution
hypertonic
buffer system is slow onset but long-term
renal system
used to determine acid-base imbalance
ABG
drugs that increase risk of FVD and electrolyte disturbances
diuretics
2x volume of water in its liquid state
ice chips
low pH, low bicarb
Metabolic acidosis
elevated in impaired renal function, HF, shock & FVD
creatinine
low pH, high CO2
Respiratory acidosis
loss that can be seen or measured; ex. urine
sensible
buffer system is rapid & short-term
respiratory system
active transport requires what to move from lesser to greater solute concentration
ATP
"pulling force"
osmotic pressure
acts as solvent for (non) electrolytes
water
this type of loss cannot be measured or seen; ex. skin evaporation
insensible
"pushing force"
hydrostatic pressure
may have hyperactive DTRs
hypomagnesemia
difference in osmotic and hydrostatic pressure
filtration pressure
aka alkaline
base
solute moves from greater to lesser concentration
diffusion
