management of pts with chest and lower respiratory Flashcards
atelectasis
complete or partial collapse of the entire lung or area of the lung. When tiny alveoli within the lung become deflated
pneumonia
fluid in the lungs, one of the most common causes of death in U.S.
aspiration
something going down the wrong pip (ex. fluid into lung)
tracheobronchitis
inflammation of the trachea and bronchi (purulent sputum) classified as respiratory tract infection
pulmonary tuberculosis
serious infection caused by bacterium mycobacterium tuberculosis that involves the lungs but may spread to other organs, highly contagious (put in negative pressure room)
acute atelectasis
when the lung recently collapsed and is primarily notable only for airlessness (take care of right away)
chronic atelectasis
the affected area characterized by a complex mixture of airlessness, infection, widening of the bronchi, destruction, and scarring (maintenance)
who’s at risk for atelectasis
surgical patients, immobilized patients, increased age
symptoms of atelectasis
increasing dyspnea, cough, sputum production, respiratory distress, tachycardia, tachypnea, central cyanosis (late sign)
prevention for atelectasis
early mobilization, frequent turns, manage secretions, IS, deep breathing, fluids
before and after breathing treatment, what do you assess
pulse ox
types of pneumonia: community acquired
get it when out in public, symptoms can occur less than 48 hours after admitted
types of pneumonia: health care associated
non hospital areas (nursing homes, rehab) occurred in another health care setting
types of pneumonia: hospital acquired
more than 48 hours after admitted they develop pneumonia (hospitals fault)
types of pneumonia: ventilator associated
48 hours after intubated (ex. came into hospital had brain bleed and needed to be intubated, 48 hours after admitted on a ventilator)
types of pneumonia: immunocompromised
HIV/ AIDS/ cancer pts
types of pneumonia: aspiration pneumonia
water down into lungs and can’t cough it up (risk are stroke pts/ babies/ older population with weakness in swallowing muscles)
pneumonia can be
viral, fungal, or bacterial
path-physiology of pneumonia
presence of bacterial, mycobacterial, viral, or fungal in the lung -> causes inflammation in the lung tissues (alveoli) -> affects ventilation and diffusion -> decrease in alveolar oxygen tension mismatched ventilation & perfusion -> arterial hypoxemia
risk factors for pneumonia
age, exposure, immune state, nutritional state/ impaired swallowing, prolonged mobility, smoking
what types of patients may have pneumonia onto of another disease
COPD pts, cystic fibrosis pts, cancer pts
s/sx of pneumonia
hypoxia, fever, orthopnea, tires easily, sputum production (green/ blood tinged)
how to diagnose pneumonia
initial assessment (check BUN & creatinine before giving dye), sputum culture, chest xray, bronchoscopy, tissue biopsy
for pneumonia, when checking the CBC what might you see
high WBC, decrease in hemoglobin (all protein is going to make WBC to fight infection and leaves hemoglobin on back burner -> oxygen level will go down)
Tx for pneumonia
check cultures (need deep mucus, not just spit), start with broad spectrum antibiotic and later change as needed, oral or IV
prevention of pneumonia
flu shot, pneumococcal vaccine (older adults or chronic illness pt), avoid pollutants, avoid infectious situations, maintain hydration, physical activity, isolate if infected, hand hygiene
pleural effusion
extra fluid in the pleural space between the visceral and parietal membrane (doesn’t allow lungs to expand)
if WBC is low you can indicate
viral infection or chronic stress
if WBC is high you can indicate
bacterial infection or acute stress
complications if covid 19
pleural effusion, shock & respiratory failure
covid 19 is what type of transmission
viral, air borne, droplet
TB is transmited by
airborne, droplet (coughing, sneezing laughing)
TB can spread to
lungs, meninges (in brain), kidneys, bones, lymph nodes