Title: RET 1024 Introduction to Respiratory Therapy
1RET 1024Introduction to Respiratory Therapy
- Module 4.0
- Bedside Assessment of the Patient
2Bedside Assessment of the Patient
- Examination of the Head and Neck
- Head
- Examine face for signs of respiratory problems
- Cyanosis
- Reduced oxygen content
- Pursed-lipped breathing
- COPD
- Nasal flaring
- Respiratory distress
3Bedside Assessment of the Patient
- Examination of the Head and Neck
- Head
- Cyanosis
- Reduced oxygen content
Central cyanosis lips, oral mucosa of mouth
4Bedside Assessment of the Patient
- Examination of the Head and Neck
- Neck
- Inspection and palpation of the neck
- Position of the trachea
- Jugular venous pressure (JVP)
5Bedside Assessment of the Patient
- Examination of the Head and Neck
- Neck
- Position of the trachea
- Normally in middle of neck
- Directly below the center of the suprasternal
notch - Shifts toward
- Collapsed lung
- Atelectasis
- Pneumonectomy
- Shifts away
- Increased air (tension pneumothorax)
- Increased fluid (pleural effusion
- Increased tissue (tumor)
6Bedside Assessment of the Patient
- Examination of the Head and Neck
- Neck
- Tracheal shift
- Pneumonectory
7Bedside Assessment of the Patient
- Examination of the Head and Neck
- Neck
- Tracheal shift
- Pleural effusion
8Bedside Assessment of the Patient
- Examination of the Head and Neck
- Neck
- Jugular Venous Pressure (JVP)
- Reflection of the volume of blood and pressure in
right side of heart - Right-sided heart failure
- Hypervolemia
- Estimated my examining the height of the blood
column in the jugular veins
9Bedside Assessment of the Patient
- JVP
- Elevate head of patients bed to 45?
- Blood column should only be a few centimeters
above the clavicle - If venous pressure is elevated, neck veins may be
distended as far as the jaw
10Bedside Assessment of the Patient
- JVP
- Distended Jugular VeinsThis patient with severe
mitral stenosis is sitting upright. Note the
distention of the jugular veins almost to the
mandible, reflecting elevated pressures in right
heart pressure.
11Bedside Assessment of the Patient
- JVP
- Nonpulsatile Distended Neck Veins in a patient
with SVC syndrome
12Bedside Assessment of the Patient
- Examination Thorax and Lungs
- Inspection
- Palpation
- Percussion of the Chest
- Auscultation of the Lungs
13Bedside Assessment of the Patient
- Inspection
- Thoracic Configuration
- Anteroposterior (AP) diameter
- Increases slightly with age
- Increases prematurely with COPD
Barrel Chest associated with emphysema
14Bedside Assessment of the Patient
- Inspection
- Thoracic Configuration
- Pectus excavatum
- Pectus carinatum
- Scoliosis
- Kyphoscoliosis
15Bedside Assessment of the Patient
- Inspection
- Thoracic Configuration
Pectus carinatum
associated with restrictive lung defects
Pectus excavatum
16Bedside Assessment of the Patient
- Inspection
- Thoracic Configuration
Kyphosis
Scoliosis
17Bedside Assessment of the Patient
- Inspection
- Thoracic Configuration
Kyphoscoliosis
may produce sever restrictive lung disease as a
result of poor lung expansion
18Bedside Assessment of the Patient
- Inspection
- Breathing Patterns - Provide reliable clues about
underlying pulmonary problem - Rapid shallow breathing
- Loss of lung volume
- Atelectasis
- Pneumonia
- Pulmonary edema
- Pleural effusion
- Pneumothorax
19Bedside Assessment of the Patient
- Inspection
- Breathing Patterns - Provide reliable clues about
underlying pulmonary problem - Prolonged exhalation time (IE ratio ?)
- Airway obstruction intrathoracic
- Asthma
- Bronchitis
- Emphysema
20Bedside Assessment of the Patient
- Inspection
- Breathing Patterns - Provide reliable clues about
underlying pulmonary problem - Prolonged inspiratory time
- Upper airway obstruction extrathoracic
- Epiglotitis
- Croup
- Extrathoracic tumor
21Bedside Assessment of the Patient
- Inspection
- Breathing Patterns
- Increased work of breathing
Accessory muscles of ventilation
22Bedside Assessment of the Patient
- Inspection
- Breathing Patterns
- Increased work of breathing
- Retractions
- Sternal
- Intercostal
- Supraclavicular
- Subcostal
Sternal retractions
23Bedside Assessment of the Patient
- Palpation
- The art of touching the chest wall to evaluate
underlying structure and function - Vocal and tactile fremitus
- Thoracic expansion
- Assess skin and subcutaneous tissues of the chest
24Bedside Assessment of the Patient
- Palpation
- Vocal Fremitus vibrations created by the vocal
cords during speech - When the vibrations travel down the
tracheobrochial tree, through the lung, and are
felt on the chest wall, it is called tactile
fremitus
25Bedside Assessment of the Patient
- Tactile Fremitus
- Ask patient to say ninety-nine or one, two,
three or E while palpating the anterior,
lateral, and posterior chest wall with either the
dorsal or palmar aspects of the fingers, or the
ulnar aspect of the hand
26Bedside Assessment of the Patient
- Tactile Fremitus
- May be
- Increased
- Atelectasis
- Pneumonia
- Decreased
- Pneumothorax
- Pleural effusion
- Emphysema
- Obesity
- Muscular
- Or Absent
- Pneumothorax
- Pleural effusion
27Bedside Assessment of the Patient
- Palpation
- Thoracic Expansion
- Normal chest wall expands symmetrically during
inhalation - Bilateral reduction in chest expansion
- Both lungs affected
- Neuromuscular diseases
- COPD
- Unilateral reduction in chest expansion
- One lung affected
- Lobar consolidation
- Atelectasis
- Pleural effusion
- Pneumothorax
28Bedside Assessment of the Patient
- Thoracic Expansion
- Posterior evaluation
- Place hands over the posterolateral chest
thumbs extended and meeting at the T-8 vertebra - Anterior Evaluation
- Place hands over the anterolateral chest thumbs
extended along the costal margin toward the
xiphoid process - Instruct patient to exhale slowly and completely
- Extend the tips of the thumbs toward the midline
until they are touching - Grasp the chest securely and instruct the patient
to take a full, deep breath - Note the distance that the thumbs separate
- Normal Each thumb moves an equal distance of 3
5 cm
29Bedside Assessment of the Patient
30Bedside Assessment of the Patient
- Palpation
- Skin and subcutaneous tissues
- General temperature
- Condition of the skin
- Subcutaneous emphysema
- Air under the skin
- Produce a crackling sound and sensation when
palpated called crepitus
Subcutaneous emphysema