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THORAX-F
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STERNUM Divided into 3 parts:
Manubrium
Body of the sternum
Xiphoid process
Manubrium
forms the upper part of the sternum
articulates and connects with body of sternum at manubriosternal joint
Manubrium
sternal joint a.k.a Sternal Angle and ___
Angle of Louis
Body
of
the
sternum
articulates with manubrium and xiphoid process (
articulates with 2nd to 7th ribs
Xiphoid
process
thin plate of cartilage
becomes ossified as its proximal end during adult life
no ribs or costal cartilages are attached
RIBS
12 pairs
Attached posteriorly to the thoracic vertebrae
True
ribs
Upper 7
pairs
Attached to the sternum by their costal cartilages
False
Ribs
Attached anteriorly to each other
Also attached to the 7th rib by their costal cartilages and small synovial joints
Floating
Ribs
(11th and 12th)
No anterior attachment
COSTAL CARTILAGES
Bars of cartilage
FORCED
INSPIRATION
during exercise/ activity; require active manipulation of breathing (Hyperpnea)
QUIET EXPIRATION
at rest/ normal breathing does not require cognitive thought; diaphragm and intercostal muscles contract (Eupnea)
FORCED
EXPIRATION
mas marami ang ma expel na air whenever you’re trying to breathe
during exercise/ activity; require active manipulation of breathing (Hyperpnea)
Active
process
Contraction of muscles of abdominal wall
diaphragm moves up, ribs move down as well as the intercostal muscles relaxes
Quadratus
Lumborum
contraction (pulls 12th rib downward)
Latissimus contraction
(pulls down lower ribs)
CREPITUS
clicking sound from fracture
Eupnea
normal respiratory rate and rhythm
Tachypnea
increased respiratory rate
Bradypnea
decrease rate but regular breathing
sleep, drugs, metabolic disorder
Apnea
absence of breathing
Cheyne-stokes
breaths that gradually become faster and deeper than normal and then slower, with apneic episodes
Biot’s
rapid, deep breathing with abrupt pauses between each breath, irregular rate and depth
spinal meningitis, many CNS causes, and head injury
Kaussmaul’s
rapid, deep respirations associated with diabetic ketoacidosis, renal failure, and metabolic acidosis
Apneustic
prolonged inspiratory phase with shortened expiratory phase (lesion in brain stem)
PIGEON
CHEST
CHEST IS PROTRUDING (thorax area)
pectus
carinatum
Permanent deformity caused by ricketts
FUNNEL
CHEST
Pectus
excavatum
Congenital defect
Depression is very evident in the sternum area
Narrowed anteroposterior diameter
BARREL
CHEST
Seen in clients with thoracic kyphosis and emphysema classified under COPD
ADAMS
FORWARD
BEND
TEST
test for scoliosis
Atelectasis
is the collapse or closure of a lung resulting in reduced or absent gas exchange
occurs from a blocked airway (obstructive) or pressure from outside the lung
Pneumonia
Infection brought by the streptococcus pneumoniae
Lung inflammation caused by bacterial or viral infection, in which the air sacs filled with pus and may become solid.
double pneumonia
Pneumonia that infects both lungs
single
pneumonia
Pneumonia that infects one lung
lobar pneuomonia
Pneumonia that infects certain lobes
Pneumothorax
Air-filled
COLLAPSED LUNGS
Occurs when air leaks into the space between your lung and chest wall.
TENSION
PNEUMOTHORAX
progressive build-up of air within the pleural space, usually due to lung laceration which allows air to escape into the pleural space
Pleural
effusion
Fluid in the pleural space
Water in lungs
When its filled with blood its called hemothorax
CHEST
TRAUMA
Caused By pneumothorax, pleural effusion, hemothorax, blunt trauma
CHRONIC
OBSTRUCTIVE
PULMONARY
DISEASE
is a lung disease characterized by chronic obstruction of lung airflow that interferes with normal breathing and is not fully reversible.
CHRONIC
BRONCHITIS
“Blue bloaters”
excessive mucus production with recurrent, persistent cough during 3 months of a 2 year for 2 consecutive years
Hypoxic
major cause is smoking
EMPHYSEMA
“Pink puffers”
pink because of the buildup of CO2
permanent enlargement of the alveoli distal of terminal bronchioles with destruction of alveolar wall.
problem in alveoli means a problem in gas exchange