Respiratory Management in Pediatrics
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1 Respiratory Management in Pediatrics Children s Hospital Omaha Critical Care Transport Sue Holmer RN, C-NPT
2 Objectives Examine the differences between the pediatric and adults airways. Recognize respiratory distress and impending respiratory failure. Discuss management of respiratory distress and respiratory failure. Case Scenarios.
3 Children are not small adults Children are still growing in every way. Their bodies are different, they perceive things and communicate differently, and the long term implications of treatment are not the same.
4 Respiratory Emergencies Pediatric Respiratory Emergencies # 1 reason for pediatric hospital admissions. # 1 cause of death during the first year of life with the exception of congenital abnormalities.
5 Early Intervention is Critical Respiratory Distress Respiratory Failure/Shock Cardiopulmonary Failure Cardiopulmonary Arrest
6 Pediatric Cardiopulmonary Arrests Cardiac 10% Shock 10% Respiratory 80% Most pediatric cardiopulmonary arrests begin as respiratory failure or respiratory arrest. Decrease respiratory reserve + Increased O2 demand = Increased respiratory failure risk
7 Respiratory Emergencies in Pediatrics Airway Diseases Croup, epiglottitis, asthma, bronchiolitis, foreign body aspiration, bronchopulmonary dysplasia. Lung Tissue Diseases pneumonia, ARDS, aspiration, pulmonary contusion Non-respiratory causes CNS depression, musculoskeletal disorders, thoracic disorders or injuries, shock
8 Why are children more vulnerable? Obligate nose breathers until 6 months Large tongue Lymphoid tissue achieves adult size at 2 Large, anterior epiglottis Narrow subglottic region Fewer alveoli Smaller airways: Hagen-Pouiselle s Law Decreased cartilage in airways Increased chest wall compliance Increased metabolic rate, increased O2 consumption Typical oxygen consumption 6-8 ml/kg/min in a child vs. 3-4 ml/kg/min in adult
9 Pediatric Airway
10 Airway Resistance Full Term Newborn Airway 1mm of edema, the diameter will be 44% of normal. Adult Airway 1mm of edema, the diameter will be 81% of normal. Poiseuille s law If radius is halved, resistance increases 16fold Resistance increases 3x in an adult and 16x in an infant. R = 8 n l r4
11 Adult Airway VS. Pediatric Airway Adult Pediatric
12 The Licorice Airway Please bite a small piece off to top and bottom of your licorice. We will now perform a test on your airway. Breath in and out of the licorice for 30 seconds.
13 Airway Management Position Position Position
14 Airway Positioning Sniffing Position In the child older than 2 years Towel is placed under the head
15 Airway Position - Children <2yrs
16 Airway Position - Children <2yrs
17 Pediatric Respiratory Management Airway Breathing Circulation Without an A you will not get a B.
18 Airway Management A Open it correctly! Position the patient in the neutral, supine position. Use the head tilt, chin lift to open the airway and place the patient in a sniffing position. Use a shoulder role. If you can not open the airway: Reposition! Clear the airway by suctioning any secretions within the mouth or nose.
19 Airway Assessment OPEN and CLEAR Able to Maintain Unable to Maintain
20 Maintaining the Pediatric Airway Nasal Airway Oral Airway Bag Masking Intubation
21 Foreign Bodies ALWAYS consider a foreign body as a cause of Respiratory Distress. Usually will have a SUDDEN onset.
22 Signs of Respiratory Distress Tachypnea Tachycardia Grunting Stridor Head bobbing Flaring Inability to lie down Agitation Retractions Accessory muscles Wheezing Sweating Prolonged expiration Apnea Cyanosis
23 Signs of Impending Respiratory Failure Reduced air entry Severe work Irregular breathing or apnea Cyanosis despite Oxygen delivery Altered Level of Consciousness Diaphoresis
24 Respiratory Failure Respiratory Failure is the inability of the airway and lungs to meet the metabolic demands of the body. Hypoxic Respiratory Failure Inadequate oxygenation Can t Get Oxygen in Hypercarbic Respiratory Failure Inadequate ventilation Can t Get CO2 out
25 Nasopharyngeal Airway Length: Nostril to Tragus Contraindications: Basilar skull fracture CSF leak Coagulopathy
26 Endotracheal tube as nasal airway A regular ETT can be cut and used as a nasal airway
27 Adjuncts: Oral Airway Wrong size: Too Long
28 Adjuncts: Oral Airway Wrong size: Too Short
29 Adjuncts: Oral Airway Correct size
30 Bag Mask Ventilation
31 Intubation: Indications Failure to oxygenate Failure to remove CO 2 Increased WOB Cardiovascular failure Neuromuscular weakness CNS failure
32 Laryngoscope Blades Macintosh Miller
33 Airway Open? Able to maintain? Position and Assess? Bag/Mask? Intubation? Pediatric Airway with inflammation
34 A Closer Look Normal Pediatric Airway
35 A Closer Look Abnormal Pediatric Airway
36
37
38 ET Tube Sizing Age kg ETT Length (lip) Newborn mos yr yrs Children > 2 years: ETT size: (Age +16)/4 ETT depth (lip): Length of tube x 3 (Approximately)
39 Intubation Technique Better in younger children with a floppy epiglottis Straight Laryngoscope Blade used to pick up the epiglottis
40 Rapid Sequence Intubation When: Intubation is emergent and there is concern for aspiration Why: Obtain airway control rapidly and minimize aspiration risk How: All necessary intubation equipment and personnel Preoxygenate Rapidly acting sedative, analgesic and neuromuscular blocking agent are Presentation Template /15/2012
41 Rapid Sequence Intubation When: Intubation is emergent and there is concern for aspiration Why: Obtain airway control rapidly and minimize aspiration risk How: All necessary intubation equipment and personnel Preoxygenate Rapidly acting sedative, analgesic and neuromuscular blocking agent are Presentation Template /15/2012
42 Deterioration after Intubation Displaced tube Obstructed tube Pneumothorax Equipment
43 Respiratory Case Scenarios Let s manage some patients together
44 Case scenario 1 3 month old is admitted to the hospital with a runny nose, poor appetite, and frequent coughing. Classify patient
45 Scenario 1 Assessment
46 Scenario 1 Assessment Vitals H.R. = 136 R.R. = 60 WOB = Intercostal and subcostal retractions B.S. = Noisy breathing (crackles and wheezing) SpO2 on Room Air = 88% Diagnosis
47 Respiratory Syncytial Virus (RSV) RSV is a very common virus that infects half the children during their first year of life. Symptoms include wheezing, nasal congestion, rapid breathing, cough, irritability, retractions, poor feeding, sluggishness, and fever. Synagis is given as a prophalytic treatment to children with the highest risk for severe RSV.
48 RSV in the Airway Premature lung with RSV
49 Scenario 1 Treatment A Airway Management Secretion Management B Breathing * Suction before all feeds. Oxygen Therapy C Circulation Hydration Treat symptoms Prophylaxis (Synagis) SUCTION
50 The Nose Nose is responsible for 50% of total airway resistance at all ages Infant: blockage of nose = respiratory distress
51 Case Scenario 2 A 2 year old patient is admitted to the ED with lethargy, poor appetite for 3 days, fever, increasing respiratory distress. Classify Patient
52 Scenario 2 Assessment
53 Case Scenario 2 Vitals H.R. = 172 R.R. = 58 WOB = substernal retractions B.S. = rales, diminished bases SpO2 on Room Air = 80% Diagnosis
54 Scenario 2 Treatment A Airway Management Position child to Open Airway Clear Airway B Breathing Oxygen Therapy C Circulation Hydration
55 Case Scenario 2 30 minutes later: Vitals H.R. = 186 R.R. = 66 WOB = substernal and intercostal retractions B.S. = diminished SpO2 on 10 liter O2 mask = 90% X-ray = hyperinflation, right lower lobe atelectasis Cap gas results: ph = 7.26, CO2 = 75, O2 = 53
56 Case Scenario 2 Chest X-ray
57 What is plan B? L aryngeal M ask A irway
58 Needle Cricothyrotomy A quick fix, buys some time Used when you can t intubate or ventilate
59 King Airway Backup Airway Inserted Blind.
60 Case Scenario 3 7 year old child is brought to the Emergency Department with a chief complaint of SOB. Classify
61 Case Scenario 3 Vitals H.R. = 132 R.R. = 28 WOB = substernal and intercostal retractions B.S. = decreased SpO2 on Room Air = 87% Diagnosis
62 Asthma Statistics 23 million Americans currently have Asthma. Number of children who currently have Asthma: 7.0 million. Students with Asthma miss nearly 13 million school days every year due to illness.
63 Scenario 3 Treatment A Airway Management Oxygen Sitting Position, Position of Comfort B Breathing Albuterol 0.5 ml and more bronchodilators Steroids Encourage Coughing C Circulation Hydration
64 Special Populations Tracheotomies Stay CALM!!
65 Special Populations Cystic Fibrosis SUCTION, Position of Comfort, Cough SUCTION SUCTION
66 It is all about the ABC s Airway Breathing Circulation Recognize the signs of respiratory distress and use your ABC s.
67 Questions?
68 Thank You!!!
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