Ppt chapter 21
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Transcript of Ppt chapter 21
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Copyright © 2013 Wolters Kluwer Health | Lippincott Williams & Wilkins
Chapter 21
Oxygenation
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Oxygenation Oxygenation
• Oxygen: measures approximately 21% in the Earth’s atmosphere
• Each cell of the human body uses oxygen to metabolize nutrients and produce energy
• Without oxygen, cell death occurs rapidly
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QuestionQuestion
•Is the following statement true or false?
Expiration creates more chest space, causing the pressure within the lungs to fall below that in the atmosphere.
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AnswerAnswer
False.
Inhalation creates more chest space, causing the pressure within the lungs to fall below that in the atmosphere.
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Anatomy and Physiology of BreathingAnatomy and Physiology of Breathing
• Inspiration and expiration
• Ventilation: movement of air in and out of lungs; facilitates respiration
• Respiration: exchange of oxygen and carbon dioxide
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Anatomy and Physiology of Breathing(cont’d)
Anatomy and Physiology of Breathing(cont’d)
• External and internal respiration
– External respiration takes place at most distal point in airway: between the alveolar-capillary membranes
– Internal respiration occurs at the cellular level between hemoglobin and body cells
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Assessing OxygenationAssessing Oxygenation
• Physical assessment
– Monitoring the client’s respiratory rate
– Observing breathing pattern and effort
– Checking chest symmetry
– Auscultating lung sounds
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Assessing Oxygenation (cont’d)Assessing Oxygenation (cont’d)
• Arterial blood gases measure:
– Partial pressure of oxygen dissolved in plasma
– Percentage of hemoglobin saturated with oxygen
– The pH of blood
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Arterial Blood Gases Arterial Blood Gases
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Assessing Oxygenation (cont’d)Assessing Oxygenation (cont’d)
• Pulse oximetry
– Composed of a sensor and a microprocessor
– Noninvasive, transcutaneous technique for periodically or continuously monitoring the oxygen saturation of blood
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QuestionQuestion
•Which of the following is used for monitoring the oxygen saturation of blood?
a. Arterial blood gases
b. Pulse oximetry
c. Incentive spirometry
d. Oxygen analyzer
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AnswerAnswer
b. Pulse oximetry
Pulse oximetry is a technique for periodically or continuously monitoring the oxygen saturation of blood. Arterial blood gases monitor the pH of blood. Incentive spirometry is a technique for deep breathing using a calibrated device. Oxygen analyzer is a device that measures the percentage of delivered oxygen to the client.
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Promoting Oxygenation Promoting Oxygenation
• Positioning: Fowler’s position
• Breathing techniques
– Deep breathing
o Incentive spirometry
– Pursed-lip breathing
– Diaphragmatic breathing
– Nasal strips
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Diaphragmatic BreathingDiaphragmatic Breathing
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Oxygen TherapyOxygen Therapy
• Oxygen sources
– Wall outlet
– Portable tanks
– Liquid oxygen unit
– Oxygen concentrator
• Equipment used in oxygen administration
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Oxygen Therapy (cont’d)Oxygen Therapy (cont’d)
• Equipment used in oxygen administration
– Flowmeter
– Oxygen analyzer
– Humidifier
• Common delivery devices
– Nasal cannula
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Oxygen Therapy (cont’d)Oxygen Therapy (cont’d)
• Common delivery devices (cont’d)
– Masks
o Simple mask
o Partial rebreather mask
o Non-rebreather mask
o Venturi mask
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Oxygen Therapy (cont’d)Oxygen Therapy (cont’d)
• Common delivery devices (cont’d)
– Face tent
– Tracheostomy collar
– T-piece
• Additional delivery devices
– Nasal catheter
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Comparison of Oxygen Delivery Devices
Comparison of Oxygen Delivery Devices
(Refer to Table 21-4 in the textbook.)
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Oxygen Therapy (cont’d)Oxygen Therapy (cont’d)
• Additional delivery devices (cont’d)
– Oxygen tent and CPAP mask
– Transtracheal oxygen
• Oxygen hazards
– Fire potential
– Oxygen toxicity
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Administering Oxygen SafelyAdministering Oxygen Safely
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QuestionQuestion
•Which of the following is a common delivery device for oxygen?
a. Flowmeter
b. Nasal cannula
c. Oxygen analyzer
d. Humidifier
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AnswerAnswer
b. Nasal cannula
Nasal cannula is a common delivery device. Flowmeter, oxygen analyzer, and humidifier are equipment used in oxygen administration.
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Related Oxygenation Techniques Related Oxygenation Techniques
• Water-seal chest tube drainage
– A technique for evacuating air or blood from the pleural cavity
• Hyperbaric oxygen therapy
– Delivery of 100% oxygen at 3 times the normal atmospheric pressure within an airtight chamber
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Nursing ImplicationsNursing Implications
• Nursing diagnoses: hypoxemia or hypoxia
– Ineffective breathing pattern
– Impaired gas exchange
– Anxiety
– Risk for injury (related to oxygen hazards)
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Ineffective Breathing PatternIneffective Breathing Pattern
(Refer to Nursing Care Plan 21-1in the textbook.)
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General Gerontologic ConsiderationsGeneral Gerontologic Considerations
• Reduced gas exchange and efficiency in ventilation; major age-related changes occur in the respiratory system
• Respiratory muscles become weaker and the chest wall becomes stiffer as a result of calcification of the intercostal cartilage
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General Gerontologic Considerations (cont’d)
General Gerontologic Considerations (cont’d)
• Diminished cough and gag reflexes, increased use of accessory muscles for breathing, increased mouth breathing, snoring
• Inactive, debilitated, or chronically ill clients or smokers are at a higher risk for respiratory infections and compromised respiratory function