Final Exam Quizlet Flashcards
hypovolemia
loss of water AND electrolytes
hypovolemia defining characteristics
confusion, combative, coma
tachycardia/pnea
irritable
dizzy, weak, fever
orthostatic hypotension
increased hct, BUN, and Na+
decreased hgb
hypovolemia interventions and assessments
monitor Na+, urine specific gravity, osmolality, vitals, I&Os, abd girth, daily weight
salt free foods
IV fluids
replace lost fluids over 48h
skin care and O2
hypervolemia
sodium and water retention
defining characteristics of hypervolemia
confusion, disoriented, convulsion, coma
increased BP
decreased BUN, hct, sodium, specific gravity
SOB, tachypnea, dyspnea, weak, crackles, pleural effusion, pulmonary edema, peripheral edema, ascites, polyuria, weight gain
hypervolemia interventions and assessments
monitor ABG, resp status, response to diuretics, rate of IV therapy, abd girth for ascites, strict I&Os, weight
restrict sodium and fluid intake, administer diuretics as prescribed, O2 therapy, elevate HOB
hypervolemia interventions and assessments
monitor ABG, resp status, response to diuretics, rate of IV therapy, abd girth for ascites, strict I&Os, weight
restrict sodium and fluid intake, administer diuretics as prescribed, O2 therapy, elevate HOB
resp acidosis risk factors
hypoventilation (COPD, PNA, atelectasis)
resp depression (barb or sedative, Guillain-barre)
resp arrest
resp acidosis clinical manifestations
neurological (coma, drowsy, disoriented)
cardio (hypotension, tachy)
resp (shallow, dyspnea, tachy, brady)
muscular (weak, tremors)
GI (N/V/D)
resp alkalosis risk factors
hyperventilation, anxiety, salicylates, disease states, mechanical overventilation, hypermetabolic states, acute hypoxia, pulmonary disease, anemia, hypotension
resp alkalosis clinical manifestations
neurologic: hyporeflexia, disoriented, weak, coma
muscular: tetany, hyperreflexia
respiratory: hyperventilation, dyspnea, tachypnea
cardiac: syncope, chest pain, EKG changes
diaphoresis
metabolic acidosis risk factors
cardiac arrest, ASA overdose, excess production of acids (DKA, lactic)
inadequate loss of acids (uremia)
excess loss of base (diarrhea)
metabolic acidosis clinical manifestations
neurologic: hyporeflexia, disoriented, weak, coma
GI: n/v/d, abdominal pain, dehydration
Cardiac: peripheral edema, weak pulse, hypotension
respiratory: hyperventilation
metabolic acidosis nursing interventions
treat underlying cause (diarrhea, DKA)
monitor K+ levels, neurologic status
provide mechanical ventilation
dialysis as ordered
metabolic alkalosis risk factors
loss of acids (vomit, excess gastric suctioning)
base or buffer imbalance (K+ deficit, excess NaHCO3 intake)
disease states (cushings, kidney)
multiple transfusions
over correction of acidosis
metabolic alkalosis clinical manifestations
neurologic: confusion, stupor, coma
GI: anorexia, nausea, vomiting
MS: weakness, tetany, paresthesia
hyperreflexia, tremors, cramps
respiratory: hypoventilation, cyanosis
potassium important info
NEVER IM OR IV PUSH/BOLUS
never on empty stomach
diuretics cause what
K+/Na+ loss
5 pain stimulating substances
histamine
bradykinin
acetylcholine
potassium
prostaglandins
3 pain controlling substances
enkephalins, endorphins, serotonin
acute pain
SYMPATHETIC nervous system responses
related to specific injury
protective pain
pt restless, anxious
goes away within 3 months
distinct starting point and cause
chronic pain
PARASYMPATHETIC
adaptation response
6 months+
chronic pain treatment
decrease time loss from work
increase quality of relationships
decrease anxiety
superficial pain
in cutaneous area
mild to moderate pain with sympathetic manifestations (rapid, shallow, respirations)