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108 Cards in this Set

  • Front
  • Back
osmosis
movement from lesser concentration to higher concentration
diffusion
random movement from higher concentration to lower concentration; requires protein
filtration
higher to lower pressure
active transport
movement of ions to an area of higher pressure; requires atp
capillary hydrostatic pressure
strong;pushing force;fluid moves into interstitial
interstitial fluid hydrostatic pressure
weaker;push fluid back into capillaries
blood colloid osmotic pressure
inward pulling into capillaries
interstitial fluid colloid osmotic pressure
opposing force
arterial end
stronger;fluid moves into interstital; brings nutrients
venous end
weaker;moves into capillaries ; removes waste
colloid osmotic pressure
decreased colloid pressure
decrease serum protein = low colloid osmotic pressure
hydrostatic pressure
increase capillary pressure force fluid out and increases fluid in interstitial
increased capillary permeability
proteins leak into interstitial space; fluid is pulled from intravascular area into interstitial space causing edema
lymph obstruction
fluid and protein are retained in interstitial causing water in interstitial space
third spacing
shift of fluid from vascular bed to interstitial space; decreases vascular volume
adh
renal cells absorb water
decreases urine volume
raas
renin to angiotensin to angiotensin I to angiotenson II to aldosterone
aldosterone
increases volume of ecf by removing sodium and water
anp
secteted when blood volume and blood pressure rise and strerch atria; shuts off raas
volume imbalances
disturbances in the amount of fluid in extracellular compartment
osmolality imbalances
disturbances of the concentration of body fluids
ecf deficit
insufficient isotonic fluid in extracellular. hypovolemia
ecf excess
too much isotonic fluid in extracellular
hyoervolemia
retention of water and electrolytes
causes of hypervolemia
chf
renal failure
cirhosis
cushings
excessive salt
s/s hypervolemia
weight gain
peripheral edema
distended neck veins
polyuria
increased bp
moist rales
treatment of hypervolemia
treat problem
limit fluid intake
diuretics
restrict sodium
hypovolemia
conserve water and sodium
causes hypovolemia
blood loss
reduced fluid intake
excessive water loss
s/s hypovolemia
oliguria
treatment hypovolemia
determine renal ffunction
cont fluids
monitor renal output
eval lungs and bp for fluid overload
s/s fluid vol deficit
oliguria
drop in systolic bp
weak rapid pulse
weight loss
dry mucous membrane
below norm body temp
hct elevated
late stages: cold clammy skin oliguria stupor coma
hypernatremia
water deficit; loss of h2o than salt
hyponatremia
water excess; gain of more h2o than salt
sodium
dominant electrolyte
chief bade of blood
135-145
osmolar imbalances
sodium imbalances
hyperosmolar
too much sodium
hypoosmolar
too little sodium
causes hyponatremia
excess water intake
kidneys cant excrete water
heart failure
water enemas
excess iv d5w
s/s hyponatremia
mental confusion
headache
anxiety
seizures
n/v
edema
treatment hyponatremia
treat cause
restrict water intake
increase sodium
change iv to nss
monitor for hypervolemia
causes hypernatremia
decreased water intake (cant swallow, mental state, anorexia,cant ask for water)
kidney cant absorb water
cushings
excessive use of diuretics
diabetes insipidus
excessive water loss
s/s hypernatremia
dry sticky membrane
flushed dry skin
oliguria
low grade fever
irritability
treatment for hypernatremia
prevention
use d5 1/4% or .45% saline
monitor i and o
admin fluids
restrict sodium
intraoperative phase
from or to pacu
hemostatsis
bleeding stopped
anesthesia
partial or complete loss of sensation with or without loss of consciousness
anesthetics
drug induced state where cns is altered
analgesic
med to relieve pain
local anesthesia
interferes with nerve transmission
lidocaine
general anesthesia
controlled state of unconsciousness
4 stages general anesthesia
preinduction: monitors
induction:intubation
maintenance:preparation
emergence:awakening
regional anesthesia
loss of sensation no loss of consciousness, may be sedated
epideral spinal
conscious sedation
provides analgesia and anemia
propofol
malignant hyperthermia
life threating, hyperthermia with rigidity of skeletal muscles
s/s mh
muscle rigidity
high fever
tachypnea
metabolic acidosis
dysrhythmias
hypoxia
hypertension
hyperkalemia
cyanosis
traetment mh
stop triggering agent
o2
cool patient
steroids
dantrium
mobe pt.as little as possible
laryngospasms
occlusion of larynx
s/s larynospams
crowling
gasping
rr<12
cyanosis
shallow.breathing
confusion
treatment laryngospams
eliminate cause
lidocaine
o2
hyperextend neck
iv therapy
replace fluids and electrolytes into blood stream
gauge
larger gauge smaller diameter
18g blood
20g universal
22g elderly and small
isotonic iv solutions
same as blood
replace fluid
nss,lr,d5w
hypertonic iv solutions
more concentrate than blood
hyponatremia
d5ns,d51/2ns,d5lr,d10w,3%5%ns
hypotonic iv solutions
diluate than blood
hypernatremia
1/2ns(45%) 1/4 ns
dont give to pts.with increased intracranial pressure
decreased flow
may clot off
increased flow
fluid excess,could be fatal
infiltration
iv fluid enter surrounding area
s/s infiltration
edema
pallor/coolness
slight pain
treat infiltration
stop iv
warm or cool compress
phelbitis
inflammation of vein
s/s phelbitis
pain
edema
erythema
heat
treat phelbitis
discontinue iv
warm compress
acute hemolytic
incompatible blood
s/s acute hemolytic
fever
chills
low back pain
tacycardia
treat acute hemolytic
stop transfusion
febrile non hemolytic
sensitization to donor wbc
s/s febrile non hemolytic
sudden chills
fever
flushing
muscle pain
treat febrile non hemolytic
stop transfusion
give antipyretic
do not restart transfusion
mild allergic
sensitivity to foreign plasma
s/s mild allergic
flushing
edema
treat mild allergic
stop transfusion
give antihistamines
anaphylactic
infusion of iga proteins to iga deficient recipient
s/s anaphalactic
anxiety
urticaria
cyanosis
shock
traet anaphylactic
stop
cpr
epinepherine
circulatory overload
fluid faster than can handle
s/s circulatory overload
cough
sob
crackles
htn
treat circulatory overload
client upright
diuretics
adjust flow
sepsis
transfusion of contaminated blood
s/s sepsis
rapid onset chills
high fever
vomiting
shock
treat sepsis
stop transfusion
obtain blood culture
treat septicemia
rest
period of inactivity that is dependent on relaxation of mind and body
sleep
state of consciousness where individuals perception and reaction to environment is decreased
ras
wake center
maintains arousal
bulbar synchronizing system
sleep center
releases serotonin to promote sleep
nrem
4stages
restoration and recovery
rem
dreaming
cognitive and psychological restoration
insomnia
inadequate sleep
can't fall asleep
frequent awaking
sleep deprivation
quantity,quality,consistency of sleep
s/s sleep deprivation
hand tremors
decreased reflexes
mood
circadian rhythm disorder
cant sleep when sleep is needed
narcolepsy
eds:fall asleep without warning
cataplexy: no muscle control
hypnagogic: dreams while awake
sleep paralysis: mimics paralysis in rem sleep
meds for narcolspy
modafnil
nuvigil
ritalin
concerta
sleep apnea
periods of cessation of breathing
csa least common decrease in aryerial oxygen levels
osa cessation of breathing for 10 sec occurring 30 times
hypnotics
meds to induce sleep
sedatives
meds produce calming effect
benzodiazepines
depress cns
hangover effect
lorazepam
nonbenzodiazepines
treat of choice
zaleplon
eszopicolone