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263 CH19

263 EXAM 2

TermDefinition
thorax portion of the body extending from the base of the neck superiorly to the diaphragm inferiorly
lower respiratory system lungs, distal portion of the trachea and bronchi
thoracic cage outer structure of the thorax, sternum, 12 ribs, 12 thoracic vertebrae, muscles and cartilage
manubrium connect laterally with clavicle and first 2 pairs of ribs
sternum breastbone, center of chest, 3 parts
pectus carinatum forward protrusion of sternum causing adjacent ribs to slope back
sunken sternum funnel chest
suprasternal notch U shaped indentation superior border of manubrium
sternal angle angle of louis, location of second pair of ribs
mid axillary line runs from apex of axillae to the 12th rib
costal angle less than 90 degrees, meeting at xiphoid process
costal angle COPD patients trapped air, barrel chest
first 7 ribs articulate with sternum by way of coastal cartridges
xiphoid process smallest region of sternum, functions as muscular attachment
medastinum between lungs and above diaphragm, trachea, bronchi, esophagus, heart, great vessels
midsternal line middle of chest
trachea C shaped rings of hyaline cartilage, maintain shape and prevent collapse during respiration
bronchi bifurcates into right and left bronchi, in oblique position of mediastinum, enter lungs at hilum
right main bronchus shorter/ more vertical, make aspirated objects more likely to enter right lung
trachea and bronchi lined by mucus membranes that contain cili, dead space
dead space air is transported but no gas exchange
thoracic duct lumbar, superficial inguinal, superficial popliteal nodes drain into
pleural membranes line lungs, parietal and visceral
apex above clavicle
base level of diaphragm
adventitious sounds related to atelectasis, pulmonary edema (inside lungs), heard at bases
pulmonary edema pink, frothy sputum
pleural effusion fluid collects outside lungs
right lung 3 lobes, near heart
left lung 2 lobes
parietal pleura lines the chest cavity
visceral pleura covers external surface
pleural space lies between pleural layers, decreases friction as breathing
severe dehydration reduces volume of pleural fluid, results in increased transmission of lung sounds and possible friction rub
midclavicular line midway through clavicle on either side
vertebral line along spine in middle of back
midaxillary line middle of armpit down to the 12th rib
hypercapnia strongest stimulus to breathe (CO2)
bradypnea less than 10 per minute, can be medication induced, coma
hypoventilation decreased breathing rate, irregular pattern
kussamul breathing rapid, deep, associated with diabetic keto acidosis
cheyne stokes increased intracranial pressure and congestive heart failure, deep and rapid breathing, periods of apnea, drug OD
chronic bronchitis labored and noisy, occasional coughing (resonance)
continuous cough infection
early morning cough chronic bronchial inflammation
late cough exposure to irritants
wheezing narrowing of airways due to spasm or obstruction, asthma, CHF, excessive secretions
nonproductive cough upper respiratory irritants and early CHF
white mucus colds, viral infections, bronchitis
yellow/ green mucus bacterial infections
brown/ black mucus indicates blood in the sputum, seen in respiratory conditions
rust sputum tuberculosis, pneumococcal pneumonia
DRIVE4COPD determines risk for difficulty of breathing
starting point for posterior assesment 12th rib
ineffective airway clearance use of accessory muscles, deep, wet cough, cannot lie flat
crepitus rice crispy sounds
tactile fremitus abnormal consolidated or bronchial obstruction
pursed lip breathing asthma, CHF, emphysema, response to help slow down expiration and keep alveoli open
tripod position clients leaning forward, seen with COPD
hyperresonance trapped air (emphysema or pneumothorax), hyper-inflated lungs
pneumonia louder, fluid in the lungs conducts sound, increased fremitus
pleural effusion visceral pleura absorbs sound, acts as a blockade of sound
pneumothorax sound is contained, decreased tactile fremitus
breath sounds decrease air flow decreased/ transmission of sound is poor
egophony repeat letter e, sounds like a over area of consolidation
bronchophony patient sats 99 while listening to chest wall
pectoriloquy client whispers 1, 2, 3, heard faintly (abnormal = clear)
auscultate posterior apex of lungs at C7, intensity, pitch, quality
bronchovesicular moderate pitch, moderate amplitude
vesicular low pitch, soft amplitude, heard throughout inspiration, 2/3 expiration
pneumonia sounds course crackles, low pitch, bubbling, moist sounds
pleural friction low pitched, dry, grating sound
sibilant lung sounds high pitched heard during expiration
anterior inspection position of sternum, sternal retractions, slope of ribs, quality and pattern of respirations, intercostal spaces, use of accessory muscles
anterior palpation tenderness, sensation, crepitus, surface masses or lesions, chest expansion
pneumonia percussion sound dull
pleuritis friction rub, seen in older adults
older adults ability to cough weaker muscles and increased rigidity of thoracic wall
older adults dyspnea loss of lung elasticity, fewer functioning capillaries, loss of lung resiliency
kyphosis loss of lung resiliency and loss of accessory musculature
calcification of costal cartiladge loss of accessory musculature, thoracic expansion may decrease
tenderness at costochondral junction seen in fractures, in areas of extreme congestion, crepitus may be palpated
focused thoracic assesment percuss for diaphragmatic excursion, auscultate voice sounds
vertical expansion contraction of diaphragm
horizontal expansion intercostal muscles lift the sternum and elevate the ribs, increased anteroposterior diameter
bronchovesicular breath sounds 1st/ 2nd intercostal space anterior, posterior between scapulae, medium pitch
vesicular breath sounds low pitch, breezy quality, soft amplitude, located over peripheral lung fields
COPD causes obstructed airflow from the lungs, emphysema and chronic bronchitis main conditions, increase posterior to transverse diameter
airless lung increase of voice transmission auscultated
bronchial lung sounds expiration is longer than inspiration, sound is louder and higher in pitch with a short silence in between
pleural effusion sound flat
health lung tissue sound resonance
gastric air bubble sound tympany
fine crackles fluid in alveoli, high pitch, doesn't clear with cough, bronchitis, asthma, emphysema
coarse crackles popping sounds, velcro, extra fluid in lungs, pneumonia, pulmonary edema, pulmonary fibrosis
wheezes continuous musical sounds, airway obstruction
thoracic inspection client's lateral diameter is larger than anteroposterior diameter
biot's respirations seen with brain damage, irregular depth/ rate, periods of apnea
hypoventilation seen with narcotic OD
diaphragmatic excursion client breathes deep and hold breath
dullness heard when fluid or tissue occupies pleural space
trachea bifurcates sternal angle
scoliosis lateral deviation of spinous process
continuous cough acute infection
sinusitis nasal drip, nighttime
guide for vertical locations on chest sternal angle
normal lung position anterior - lower border crosses 6th rib at mid clavicular line
right middle lobe anterior 4th intercostal space
bronchial breath sounds anterior only, over tracheal area, high pitch, inspiration shorter than expiration
stridor heard on inspiration, obstructed airway, high pitch whistle
rhonchi whistle
late inspiratory crackles heart failure
early inspiratory crackles COPD, asthma
Created by: ahommel
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