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Throat and Thorax Injuries

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Throat and Thorax Injuries Chapter 7 Chapter 7 Objectives Understand the basic anatomy of the throat and thorax. Understand how to prevent injuries of the throat and ... – PowerPoint PPT presentation

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Title: Throat and Thorax Injuries


1
Throat and Thorax Injuries
Chapter 7
  • Chapter 7

2
Objectives
  • Understand the basic anatomy of the throat and
    thorax.
  • Understand how to prevent injuries of the throat
    and thorax.
  • Know the care necessary to treat an injury within
    the throat or thorax.
  • Understand the implications of illness or injury
    related to a specific organ in the thorax.

3
Throat Anatomy
  • Carotid artery
  • Jugular vein
  • Larynx
  • Trachea
  • Esophagus

4
Throat Anatomy
  • Esophagus
  • Passageway for food
  • In front of cervical vertebrae, behind trachea
    and larynx
  • Trachea
  • Made up of circular rings of cartilage
  • Main passageway for air to get to and from lungs
  • Larynx
  • Modified portion of upper trachea, contains vocal
    cords

5
Throat Anatomy
  • Carotid artery
  • One on each side of the trachea
  • Carries oxygenated blood to the brain
  • Jugular vein
  • One on each side of the trachea
  • Carries unoxygenated blood away from the brain
  • Deadly if either are severed

6
Thorax Anatomy
  • Thoracic Vertebrae
  • 12 Ribs on each side (2 floating)
  • Sternum
  • These bones function to protect the organs

7
Thoracic organs
  • Heart
  • Lungs
  • Diaphragm

8
Thorax Anatomy
  • Heart
  • Size of your fist
  • Pumps blood to all parts of body
  • Blood carries nutrients and oxygen to cells and
    carbon dioxide and waste away from cells

9
Heart
  • Chambers
  • Left and right atrium
  • Left and right ventricle
  • Thicker due to function of pumping blood
    throughout the body

10
Heart
  • Function-pumps blood to lungs and entire body
  • Path
  • Right atrium(RA) fills with deoxygenated blood
    from body
  • Goes to right ventricle (RV) and out to lungs to
    receive oxygen

11
Heart
  • Path (continued)
  • Left atrium (LA) receives oxygenated blood from
    the lungs
  • Goes to left ventricle (LV)largest chamber of
    the heart and sends it to the rest of the body
    through the aorta to other major arteries
  • Once oxygen is used, blood returns to heart
    through veins

12
Lungs
  • Function to exchange oxygen and carbon dioxide
    and dissipate body heat

13
Lungs
  • Bronchi
  • Branches of the trachea
  • Bronchioles
  • Divisions of the bronchi
  • Alveoli
  • Ends of the bronchioles where oxygen-carbon
    dioxide exchange occurs

14
Diaphragm
  • Separates thorax and abdominal cavities
  • Contracts and pulls down to assist inhalation and
    moves up to push air out

15
Injury Prevention
  • Protective equipment
  • Rules
  • Always buy best protective equipment

16
Treating throat injuries and conditions
  • Most injuries to throat are contusions caused by
    a blow from sticks, feet, or arms
  • Treat with ice
  • Most response to throat injury is coughing,
    spitting, difficulty breathing, and pain

17
Throat lacerations
  • Superficial lacerations can be controlled with
    direct pressure
  • Deep are medical emergencies
  • Apply direct pressure, treat for shock
  • Must respond quickly

18
Cartilage fracture
  • Caused by severe blow to throat
  • Can be life threatening
  • Causes difficulty breathing, gasping, spitting
    blood, pain, difficulty talking, appear anxious
  • May turn blue (lack of oxygen)
  • Treat with extreme care due to possible cervical
    spine injury
  • Treat as medical emergency (call 911) and
    backboard to transport
  • Ice area, keep athlete calm, keep airway free of
    blood

19
Pneumothorax
  • Air in the pleural cavity (collapsed lung)
  • Can occur with or without trauma
  • Traumatic caused by punctured lung (rib fracture,
    gunshot, severe laceration)
  • Non-traumatic caused by weakness of lung tissue

20
Pneumothorax
  • When occurs, injured lung moves toward center of
    chest, puts pressure on heart and other organs
  • Causes difficulty breathing and athlete will gasp
    for air
  • Inhaled air escapes through hole and into chest
    cavity which causes further compression on organs

21
Spontaneous pneumothorax
  • Can happen in healthy athlete
  • Caused by weakness in lung tissue
  • Difficulty breathing, chest pain, possible blue
    skin (cyanotic)
  • Place athlete on ground with injured lung closest
    to ground, treat for shock and treat as medical
    emergency (911)
  • Usually heals itself without surgery

22
Tension Pneumothorax
  • Air leaking out forces lung into other lung and
    heart
  • Tracheal deviation possible causing more
    respiratory distress
  • Death can occur if not treated rapidly
  • If there is an external puncture would, partially
    cover it leaving one side unsealed to prevent
    tension from getting worse

23
Tension Pneumothorax
  • Sign/symptoms
  • Respiratory distress
  • Absent breath sounds on injured side
  • Anxiety
  • Bluish skin color
  • Pulse rapid and weak
  • Blood pressure will drop
  • Injury requires physician to insert a chest tube
    and possible surgical intervention

24
Flail chest
  • Multiple ribs fractured in 2 or more places
  • Occurs from direct impact
  • Entire fractured portion moves in and out when
    athlete breathes, but opposite normal
  • Very painful, possible other internal injuries

25
Flail chest
  • Treatment- decrease movement of fracture
  • Treat athlete for shock
  • Call 911 immediately

26
Pulmonary contusions
  • Bruised lung
  • Direct impact (usually blunt object)
  • Causes bleeding and swelling
  • Difficulty breathing and bluish skin color
  • Call 911, ice if athlete allows

27
Sucking chest wounds
  • Puncture of chest wall, air from outside is drawn
    noisily into cavity
  • Lung is not punctured
  • Air coming in causes pressure on lungs causing
    distress
  • Difficulty breathing, circulation impairment
    (cyanotic)
  • Seal wound with cellophane or plastic bag
  • Call EMS immediately

28
Hyperventilation
  • Quick breathing gt24 breaths per min
  • Causes abnormal loss of carbon dioxide from the
    blood
  • Caused by becoming overly excited, anxiety, or
    diabetes
  • Can become dizzy, experience numbness in
    extremities, and/or loss of consciousness
  • Treat by encouraging athlete to breath slowly,
    calming the athlete
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