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fundamentals final

QuestionAnswer
metabolic changes due to immobility decreased appetite due to negative nitrogen balance (weight loss, decreased muscles mass and weakness) hypercalcemia decreased GI motility
psychosocial changes due to immobility depression
respiratory changes due to immobility atelectasis hypostatic pneumonia
cardiovascular changes due to immobility orthostatic hypotension thrombus
musculoskeletal changes due to immobility disuse osteoporosis joint contracture foot drop
urinary changes due to immobility urinary status renal calculi
bowel changes due to immobility constipation
integumentary changes due to immobility pressure injuries
localized infection swelling, redness, heat, pain or tenderness, and loss of function in affect body part
systemic infection fever, leukocytosis, malaise, anorexia, N/V, lymph node enlargement, or organ failure
contact precaution MRSA and VRE private room, gown and gloves, and wash hands
droplet precaution meningococcal meningitis, rubella, influenza, pertussis, and RSV private room, mask or respirator, and wash hands
airborne precaution TB, chickenpox, SARS, and measles private room with negative pressure room and closed door, respirator
shear force is sliding movement of skin and subq tissue while underlying muscle and bone is stationary
friction force of two surfaces moving across one another such as mechanical force exerted when skin is dragged across coarse surfaces
stage 1 pressure ulcer contact skin with nonblanchable skin
stage 2 pressure ulcer partial thickness skin loss involving epidermis, dermis, or both blister
stage 3 pressure ulcer full thickness tissue loss with visible fat
stage 4 pressure ulcer full thickness tissue loss with exposed bone, muscle, or tendon
deep tendon injury purple or maroon localized area of discoloration intact skin or blood filled blister
undermining an area of tissue injury beneath intact skin around the margins of wound
tunnelling tract of injury occurring in any direction from surface or edge of wound
granulation tissue soft, pink, fleshy projections of tissue that form during the healing process in a wound not healing by primary intention
slough stringy substance attached to wound bed
eschar thick layer of dead, dry tissue, that covers a pressure ulcer or thermal burn it mat be allowed to be sloughed off naturally, or it mat need to be surgically removed
exudate fluid, cells, or other substance that have been discharged from cells or blood vessels slowly through small pores or breaks in cell membrane
serous drainage clear watery plasma
purulent drainage thick yellow, green, tan, or brown
serosanguineous drainage pale, pink, watery: mixture of clear and red fluids
sanguineous drainage bright red: indicated active bleed
dehicence partial or total separation of wound layers
evisceration total separation of wound that visceral organ protrudes through wound opening
debridement removal of nonviable, necrotic tissue
what organ in the GI system absorbed the most nutrients duodenum
what is something the large intestines DOES NOT do absorb nutrients
nutritional considerations for someone who has a new ostomy consume low fiber diet for the first weeks eat slowly and chew throughly drink 10-12 glasses pt mat choose to avoid gassy foods
ventilation process of moving gases into and out of the lungs
perfusion ability of CV system to pump oxygenated blood to the tissue and return deoxygenated blood to lungs
how to calculate the cardiac output stroke volume x HR
preload amount of blood I the LV at the end of diastole
afterload resistance to Lt ventricular ejection
cardiac output amount of blood ejected from the LV each minute
stroke volume amount of blood ejected from the LV with each contraction
hyperventilation ventilation in excess of that required rate and depth of respirations increase
causes of hyperventilation severe anxiety infection drugs acid-base imbalance fever
s/s of hyperventilation rapid respiration sighing breaths numbness and tingling in hands/feet light headedness LOC
hypoventilation alveolar ventilation inadequate to meet the body's oxygen demand RR and depth is low
causes of hypoventilation atelectasis drugs- that cause respiratory depression
s/s of hypoventilation mental status changes dysrhythmias convulsions unconscious death
hypoxia inadequate tissue oxygenation at the cellular level cyanosis is late sign
causes of hypoxia decrease in hemoglobin and lowered O2 carrying capacity diminished inspired O2 decreased diffusion of O2
s/s of hypoxia apprehensive and agitation restlessness and behavioral changes decreased LOC dizziness increased HR and RR LATE S/S: decreased RR and HR; cyanosis
normal pH 7.35-7.45
s/s of hypovolemia increased HR weak thready pulses change in position may increase HR or decrease BP dizziness/light headedness UO less than 500 mL altered mental status restlessness lethargy
s/s of hypervolemia increased pulse distended neck vein increased BP polyuria edema SOB most crackles headache
s/s hypernatremia restlessness agitation confusion seizures thirst dry, swollen tongue hypotension flushed skin edema weight gain
s/s hyponatremia irritability apprehension dizziness tremors, seizures, coma cold and clammy skin N/V/D weight gain increased BP
s/s hyperkalemia irritability abdominal cramping and diarrhea weakness of lower extremities irregular pulses cardiac arrect EKG: Vfib or V standstill
s/s hypokalemia fatigue muscle weakness and leg cramps N/V and paralytic ileum soft and flabby muscle paresthesia and decreased reflexes bradycardia and dysrhythmias
s/s hypercalcemia lethargy and weakness depressed reflexes confusion, personality changes, and psychosis anorexis; N/V/C bone pain and fractures flank pain/renal calculi ventricular dysrhythmias
s/s hypocalcemia numbness and tingling in extremities hyperreflexia and muscle cramps Chvostek and trousseau's sign laryngeal spasms tetant and seizures ventricular tachycardia
s/s hypermagnesemia bradycardia and hyptension cardiac arrest lethargic coma deep tendon reflexes are absent or reduced skeletal muscle contractions become progressively weaker and finally stop
s/s hypomagnesemia confusion neuromuscular changes tremors/seizures hyperactive deep tendon reflexes painful muscle contractions monitor for + chvostek's and trousseau's sign
signs of infiltration cool, pallor skin, and can be painful and swollen
signs of phlebitis inflammation of vein with red, painful, streaked up vein
signs of acute hemolytic reaction chills, fever, low back pain, flushing, tachycardia, tachypnea, hypotension, hemoglobinuria, sudden oliguria, and cardiac arrest
cognitive learning domain metal learning
affective learning domain self or feeling
psychomotor learning domain manual or physical
palliative care prevention, relief, reduction, or soothing of symptoms of disease or disorders throughout the entire course of illness goal: help pt and families achieve best possible quality of life perk: pt can still look for curative treatments
hospice care usually less than 6 months to 12 months left in life can't be getting curative treatments; only think is comfort care
causes of respiratory acidosis drug OD pulmonary edema chest trauma airway obstruction COPD hypoventilation
causes of metabolic acidosis diabetic ketoacidosis shock sepsis diarrhea renal failure salicylate OD
causes of respiratory alkalosis anxiety high altitude initial stage of pulmonary emboli hypoxia fever pregnancy hyperventilation
causes of metabolic alkalosis loss of gastric juice overuse of antacids potassium wasting diuretics
s/s of metabolic acidosis headache decreased BP hyperkalemia muscle twitching confused and drowsy kussmaul respirations N/V/D
s/s of metabolic alkalosis restlessness lethargy tachycardia dizzy N/V/D tremors muscle cramps tingling sensation hypokalemia
s/s of respiratory acidosis hypoventilation -> hypoxia decreased BP dyspnea headache drowsiness and disoriented muscle weakness
s/s of respiratory alkalosis seizures hyperventilation tachycardia decreased or normal BP lethargy light headedness numbness and tingling N/V
Created by: molrando
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