ball ch25 lecture
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CHILD HEALTH NURSINGCHILD HEALTH NURSINGPartnering with Children and FamiliesPartnering with Children and Families
CHAPTER
THIRD EDITION
Copyright © 2014, © 2010, © 2006 by Pearson Education, Inc.All Rights Reserved
Alterations in Respiratory Function
25
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Child Health Nursing: Partnering with Familes and Children, Third EditionJane W. Ball | Ruth C. Bindler | Kay J. Cowen
LEARNING OUTCOME 1Describe unique characteristics of the pediatric respiratory
system's anatomy and physiology and apply that information to the care of children with respiratory conditions.
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Child Health Nursing: Partnering with Familes and Children, Third EditionJane W. Ball | Ruth C. Bindler | Kay J. Cowen
Pediatric vs. Adult Respiratory System Anatomy and Physiology• Anatomy of airway• Comparison of airway structures
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Child Health Nursing: Partnering with Familes and Children, Third EditionJane W. Ball | Ruth C. Bindler | Kay J. Cowen
Figure 25-1 It is easy to see that a child's airway is smaller and less developed than an adult's airway, but why is this important? The infant and child are more vulnerable to the consequences of an upper respiratory tract infection, enlarged tonsils and adenoids, an allergic reaction, positioning of the head and neck during sleep, and small objects that can be aspirated. All can cause an airway obstruction that results in respiratory distress.
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Child Health Nursing: Partnering with Familes and Children, Third EditionJane W. Ball | Ruth C. Bindler | Kay J. Cowen
Pediatric vs. Adult Respiratory System Anatomy and Physiology• Upper airway differences
– Airway diameter
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Child Health Nursing: Partnering with Familes and Children, Third EditionJane W. Ball | Ruth C. Bindler | Kay J. Cowen
Figure 25-3 The diameter of an infant's airway is approximately 4 mm, in contrast to an adult's airway diameter of 20 mm. An inflammatory process in the airway causes swelling that narrows the airway, and airwayresistance increases. Note that swelling of 1 mm reduces the infant's airway diameter to 2 mm, but the adult'sairway diameter is only narrowed to 18 mm. Air must move more quickly in the infant's narrowed airway toget the same amount of air to the lungs. The friction of the quickly moving air against the side of the airwayincreases airway resistance. The infant must use more effort to breathe and breathe faster to get adequateoxygen.
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Child Health Nursing: Partnering with Familes and Children, Third EditionJane W. Ball | Ruth C. Bindler | Kay J. Cowen
Pediatric vs. Adult Respiratory System Anatomy and Physiology• Upper airway differences
– Position of trachea
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Child Health Nursing: Partnering with Familes and Children, Third EditionJane W. Ball | Ruth C. Bindler | Kay J. Cowen
Figure 25-2 In children, the trachea is shorter and the angle of the right bronchus at bifurcation is moreacute than in the adult. Where is an aspirated foreign body likely to land? When you are resuscitating or suctioning, you must allow for the differences in the length of the trachea because it is easier to slip into the rightbronchus with an endotracheal tube or suction catheter.
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Child Health Nursing: Partnering with Familes and Children, Third EditionJane W. Ball | Ruth C. Bindler | Kay J. Cowen
Pediatric vs. Adult Respiratory System Anatomy and Physiology• Upper airway differences
– Position of right mainstem bronchus– Airway resistance
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Child Health Nursing: Partnering with Familes and Children, Third EditionJane W. Ball | Ruth C. Bindler | Kay J. Cowen
Pediatric vs. Adult Respiratory System Anatomy and Physiology• Lower airway differences
– Growth of alveoli• Diaphragm use for respirations
– Use of accessory muscles• Immaturity of respiratory system
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Child Health Nursing: Partnering with Familes and Children, Third EditionJane W. Ball | Ruth C. Bindler | Kay J. Cowen
LEARNING OUTCOME 2
Contrast respiratory conditions and injuries that can cause respiratory distress in infants
and children.
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Child Health Nursing: Partnering with Familes and Children, Third EditionJane W. Ball | Ruth C. Bindler | Kay J. Cowen
Respiratory Conditions and Injuries
• Airway obstruction• Blockage of airway passages by
different causes– Foreign-body aspiration
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Child Health Nursing: Partnering with Familes and Children, Third EditionJane W. Ball | Ruth C. Bindler | Kay J. Cowen
Figure 25-5 An aspirated screw is clearly visible in the child's left mainstem bronchus on this chest radiograph.Source: Courtesy of Evelyn Anthony, MD, Department of Radiology, Brenner Children's Hospital, Wake Forest University Health Sciences.
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Child Health Nursing: Partnering with Familes and Children, Third EditionJane W. Ball | Ruth C. Bindler | Kay J. Cowen
Respiratory Conditions and Injuries
• Acute respiratory distress syndrome (ARDS)
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Child Health Nursing: Partnering with Familes and Children, Third EditionJane W. Ball | Ruth C. Bindler | Kay J. Cowen
FIGURE 25–7 A ventilation-perfusion mismatch can occur when an infant or child has an abnormal distribution of ventilation or perfusion. A, Children with normal lung function and circulation have a ventilation-perfusion ratio of 0.8 to 0.9 because perfusion is greater than ventilation (air exchange) in the lung bases. B, When ventilation is inadequate to well-perfused areas of the lungs, the ventilation-perfusion ratio is low or mismatched, resulting in shunting. Blood passing through the pulmonary capillaries gets less oxygen exchange than normal, and hypoxemia occurs. This is the case in asthma due to bronchoconstriction and in pneumonia because alveoli are filled with fluid. C, In the case of neonatal acute respiratory distress syndrome, ventilation does not occur because the alveoli are collapsed, so blood passes through the alveolar capillaries and no oxygenation occurs. The ventilation-perfusion ratio is very low with significant shunting that does not respond to oxygen therapy because the capillary bed never gets exposed to the supplemental oxygen (Brashers, 2010a).
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Child Health Nursing: Partnering with Familes and Children, Third EditionJane W. Ball | Ruth C. Bindler | Kay J. Cowen
Respiratory Conditions and Injuries
• Multiple factors may cause ARDS– Sepsis– Pneumonia– Meconium aspiration– Gastric content aspiration– Smoke inhalation– Near drowning
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Child Health Nursing: Partnering with Familes and Children, Third EditionJane W. Ball | Ruth C. Bindler | Kay J. Cowen
Apnea in Infants and Children
• Cessation of respirations for longer than 20 seconds
• Obstructive apnea• Central apnea• Mixed apnea• Apnea of prematurity• Apparent life-threatening events
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Child Health Nursing: Partnering with Familes and Children, Third EditionJane W. Ball | Ruth C. Bindler | Kay J. Cowen
Apnea Monitors
• Polysomnography
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Child Health Nursing: Partnering with Familes and Children, Third EditionJane W. Ball | Ruth C. Bindler | Kay J. Cowen
Sudden Infant Death Syndrome
• The sudden death during sleep of an infant under 1 year of age that remains unexplained after a thorough investigation
• Most SIDS deaths occur in infants between 2 and 4 months of age.
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Child Health Nursing: Partnering with Familes and Children, Third EditionJane W. Ball | Ruth C. Bindler | Kay J. Cowen
Sudden Infant Death Syndrome
• Parent education related to prevention– Back to Sleep– Avoid loose bedding, toys, pillows– Discourage co-sleeping– Use of pacifier during sleep– Smoking increases risk
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Child Health Nursing: Partnering with Familes and Children, Third EditionJane W. Ball | Ruth C. Bindler | Kay J. Cowen
LEARNING OUTCOME 3
Distinguish between mild, moderate, and severe respiratory distress, and plan the appropriate nursing
care for each level of respiratory distress severity.
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Child Health Nursing: Partnering with Familes and Children, Third EditionJane W. Ball | Ruth C. Bindler | Kay J. Cowen
Table 25-1 Assessment Guidelines for the Child with a Respiratory Condition*
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Child Health Nursing: Partnering with Familes and Children, Third EditionJane W. Ball | Ruth C. Bindler | Kay J. Cowen
Clinical Manifestations of Respiratory Distress
• Dyspnea• Tachypnea• Grunting• Nasal flaring• Retractions
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Child Health Nursing: Partnering with Familes and Children, Third EditionJane W. Ball | Ruth C. Bindler | Kay J. Cowen
Figure 25-4 The chest wall is flexible in infants and young children because the chest muscles are immatureand the ribs are cartilaginous. With respiratory distress, the negative pressure created by the downwardmovement of the diaphragm to draw in air is increased, and the chest wall is pulled inward causing retractions. Intercostal retractions are seen in mild respiratory distress. As the severity of respiratory distress increases, retractions can be seen in the substernal and subcostal areas. In cases of severe distress, accessory muscles (sternocleidomastoid and trapezius muscles) are used, and retractions are seen in the supraclavicularand suprasternal areas.
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Child Health Nursing: Partnering with Familes and Children, Third EditionJane W. Ball | Ruth C. Bindler | Kay J. Cowen
Assessment of Respiratory Status
• Quality of pulse• Quality of respirations• Color• Cough• Behavior changes• Signs of dehydration
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Child Health Nursing: Partnering with Familes and Children, Third EditionJane W. Ball | Ruth C. Bindler | Kay J. Cowen
Clinical Manifestations Respiratory Failure and Imminent Respiratory Arrest
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Child Health Nursing: Partnering with Familes and Children, Third EditionJane W. Ball | Ruth C. Bindler | Kay J. Cowen
Nursing Care
• ABC—airway, breathing, circulation• Determine if cause can be alleviated
– Foreign body• Supportive care
– Supplemental oxygen
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Child Health Nursing: Partnering with Familes and Children, Third EditionJane W. Ball | Ruth C. Bindler | Kay J. Cowen
Pulmonary Function for Chronic Conditions
• Force vital capacity (FVC)• Peak expiratory flow rate (PEFR)
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Child Health Nursing: Partnering with Familes and Children, Third EditionJane W. Ball | Ruth C. Bindler | Kay J. Cowen
Partnering with Families: Using a Peak Expiratory Flow Meter
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Child Health Nursing: Partnering with Familes and Children, Third EditionJane W. Ball | Ruth C. Bindler | Kay J. Cowen
Pulmonary Function for Chronic Conditions
• Forced expiratory volume in 1 second (FEVI)
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Child Health Nursing: Partnering with Familes and Children, Third EditionJane W. Ball | Ruth C. Bindler | Kay J. Cowen
LEARNING OUTCOME 4
Assess the child's respiratory status and analyze the need for oxygen
supplementation.
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Child Health Nursing: Partnering with Familes and Children, Third EditionJane W. Ball | Ruth C. Bindler | Kay J. Cowen
Diagnostic Tests to Determine Oxygen Saturation
• Pulse oximetry• Arterial blood gases
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Child Health Nursing: Partnering with Familes and Children, Third EditionJane W. Ball | Ruth C. Bindler | Kay J. Cowen
Box 25-1 Guidelines for Increasing the Accuracy of Pulse Oximetry Readings
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Child Health Nursing: Partnering with Familes and Children, Third EditionJane W. Ball | Ruth C. Bindler | Kay J. Cowen
Supplemental Oxygen
• Indicated when SPO2 level < 92%• Monitor with pulse oximetry and blood
gases• Humidified oxygen may be needed
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Child Health Nursing: Partnering with Familes and Children, Third EditionJane W. Ball | Ruth C. Bindler | Kay J. Cowen
LEARNING OUTCOME 5
Differentiate between the signs and symptoms of a child with an upper airway and lower airway respiratory condition.
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Child Health Nursing: Partnering with Familes and Children, Third EditionJane W. Ball | Ruth C. Bindler | Kay J. Cowen
Upper Airway Disorders
• Croup syndromes• Laryngotracheobronchitis• Epiglottitis• Bacterial tracheitis
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Child Health Nursing: Partnering with Familes and Children, Third EditionJane W. Ball | Ruth C. Bindler | Kay J. Cowen
Upper Airway Disorders
• Characterized by inflammation and swelling of pharynx, surrounding tissues
• Clinical manifestations vary according to severity
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Child Health Nursing: Partnering with Familes and Children, Third EditionJane W. Ball | Ruth C. Bindler | Kay J. Cowen
Table 25-4 Summary of Acute Infectious Upper Airway Obstructive Disorders
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Child Health Nursing: Partnering with Familes and Children, Third EditionJane W. Ball | Ruth C. Bindler | Kay J. Cowen
Lower Airway Disorders
• Neonatal respiratory distress syndrome• Meconium aspiration syndrome• Transient tachypnea of the newborn• Bronchitis• Bronchiolitis and respiratory syncytial
virus • Pneumonia• Tuberculosis
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Child Health Nursing: Partnering with Familes and Children, Third EditionJane W. Ball | Ruth C. Bindler | Kay J. Cowen
Lower Airway Disorders
• Common clinical manifestations—infants– Nasal flaring– Retractions– Grunting– Irritability– Tachypnea
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Child Health Nursing: Partnering with Familes and Children, Third EditionJane W. Ball | Ruth C. Bindler | Kay J. Cowen
Lower Airway Disorders
• Common clinical manifestations– Crackles– Labored breathing, dyspnea– Wheezing– Cyanosis (with increased severity)– Cough (bronchitis, pneumonia,
tuberculosis)
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Child Health Nursing: Partnering with Familes and Children, Third EditionJane W. Ball | Ruth C. Bindler | Kay J. Cowen
Lower Airway Disorders
• Respiratory distress uncommon with TB
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Child Health Nursing: Partnering with Familes and Children, Third EditionJane W. Ball | Ruth C. Bindler | Kay J. Cowen
LEARNING OUTCOME 6
Create a nursing care plan for a child with a common acute respiratory condition.
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Child Health Nursing: Partnering with Familes and Children, Third EditionJane W. Ball | Ruth C. Bindler | Kay J. Cowen
Respiratory Assessment
• Determine baseline status of child• Provide pulmonary therapies as needed• Maintain oxygenation
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Child Health Nursing: Partnering with Familes and Children, Third EditionJane W. Ball | Ruth C. Bindler | Kay J. Cowen
Increased Metabolic Activity
• Increased need for calories/nutrition• Increased need for fluid
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Child Health Nursing: Partnering with Familes and Children, Third EditionJane W. Ball | Ruth C. Bindler | Kay J. Cowen
Anxiety and Fear Common
• Psychosocial support for parent• Psychosocial support for child
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Child Health Nursing: Partnering with Familes and Children, Third EditionJane W. Ball | Ruth C. Bindler | Kay J. Cowen
Discharge Planning
• Education about duration of illness• Need for follow-up• When to seek emergency care
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Child Health Nursing: Partnering with Familes and Children, Third EditionJane W. Ball | Ruth C. Bindler | Kay J. Cowen
Home-Care Planning
• Education of parents/child about home therapies
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Child Health Nursing: Partnering with Familes and Children, Third EditionJane W. Ball | Ruth C. Bindler | Kay J. Cowen
LEARNING OUTCOME 7
Plan the nursing care for a child with a chronic respiratory condition.
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Child Health Nursing: Partnering with Familes and Children, Third EditionJane W. Ball | Ruth C. Bindler | Kay J. Cowen
Chronic Lung Diseases
• Asthma• Bronchopulmonary dysplasia• Cystic fibrosis
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Child Health Nursing: Partnering with Familes and Children, Third EditionJane W. Ball | Ruth C. Bindler | Kay J. Cowen
Nursing Considerations for Chronic Respiratory Conditions
• Oxygenation• Activity intolerance• Fluid and nutrition• Growth and development• Treatment management• Social interactions• Psychosocial support
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Child Health Nursing: Partnering with Familes and Children, Third EditionJane W. Ball | Ruth C. Bindler | Kay J. Cowen
Oxygenation
• Most important consideration– Assess and reassess– Hypoxia leads to chronic changes– Permanent changes in body systems
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Child Health Nursing: Partnering with Familes and Children, Third EditionJane W. Ball | Ruth C. Bindler | Kay J. Cowen
Figure 25-18 Digital clubbing.
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Child Health Nursing: Partnering with Familes and Children, Third EditionJane W. Ball | Ruth C. Bindler | Kay J. Cowen
Oxygenation
• Activity intolerance• Stress and coping• Fluid management as necessary
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Child Health Nursing: Partnering with Familes and Children, Third EditionJane W. Ball | Ruth C. Bindler | Kay J. Cowen
Growth and Development
• Nutritional concerns– Need increased calories to meet body
requirements• Developmental
– Appropriate activities and interactions
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Child Health Nursing: Partnering with Familes and Children, Third EditionJane W. Ball | Ruth C. Bindler | Kay J. Cowen
Social Interactions
• Lack of peers for some• Decreased activity tolerance• Decreased age activities
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Child Health Nursing: Partnering with Familes and Children, Third EditionJane W. Ball | Ruth C. Bindler | Kay J. Cowen
Treatment Management
• Family collaboration required– Plan around family, if possible
• Family education– Prevention of exacerbations– When to call healthcare provider, 911– Medication administration
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Child Health Nursing: Partnering with Familes and Children, Third EditionJane W. Ball | Ruth C. Bindler | Kay J. Cowen
LEARNING OUTCOME 8
Demonstrate the nursing assessment for a child with an acute lung injury.
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Child Health Nursing: Partnering with Familes and Children, Third EditionJane W. Ball | Ruth C. Bindler | Kay J. Cowen
Assessing Acute Lung Injury
• Smoke inhalation– Vital signs– Pulse oximetry– Auscultation– Level of consciousness– Behavioral changes
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Child Health Nursing: Partnering with Familes and Children, Third EditionJane W. Ball | Ruth C. Bindler | Kay J. Cowen
Assessing Acute Lung Injury
• Blunt chest trauma– Observation
Dyspnea, wheezes, crackles Decreased breath sounds Hemoptysis Transient temperature elevation Level of consciousness Agitation, lethargy
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Child Health Nursing: Partnering with Familes and Children, Third EditionJane W. Ball | Ruth C. Bindler | Kay J. Cowen
Assessing Acute Lung Injury
• Blunt chest trauma– Careful monitoring
Inspect thorax Cyanosis is a late sign of respiratory
distress.
![Page 62: Ball Ch25 Lecture](https://reader035.vdocuments.us/reader035/viewer/2022062310/5695d13a1a28ab9b0295a6cc/html5/thumbnails/62.jpg)
Child Health Nursing: Partnering with Familes and Children, Third EditionJane W. Ball | Ruth C. Bindler | Kay J. Cowen
Assessing Acute Lung Injury
• Pneumothorax– Airway management– Monitoring lung inflation– Careful monitoring of vital signs and
respiratory function– Monitor chest tube, related
complications