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Pediatric Assessment. BY: Fidel O. Garcia EMT-P Co-Owner ProEMSeducators.com fidel@proemseducators.com. Survival Following Respiratory Arrest vs Cardiopulmonary Arrest in Children. 100%. Survival rate. 50%. 0%. Respiratory arrest. Cardiopulmonary arrest. General Impression. Sick
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Pediatric Assessment BY: Fidel O. Garcia EMT-P Co-Owner ProEMSeducators.com fidel@proemseducators.com
Survival Following Respiratory Arrest vs Cardiopulmonary Arrest in Children 100% Survivalrate 50% 0% Respiratoryarrest Cardiopulmonaryarrest
General Impression • Sick • vs • Not Sick
Pediatric Assessment Triangle (PAT) Breathing W. O. B. Appearance T. I. C. L. S. Circulation to Skin
Respiratory Distress Appearance: Normal Breathing: Increased Circulation to Skin: Normal
Respiratory Failure Appearance: Abnormal Breathing: Increased or decreased Circulation to Skin: Normal to abnormal
Shock Appearance: Abnormal Breathing: Normal Circulation to Skin: Abnormal
CNS dysfunction or Metabolic abnormality Appearance: Abnormal Breathing: Normal Circulation to Skin: Normal
The ABC’s provide maintenance of normal vital function Airway Ventilation Breathing Oxygenation Circulation Perfusion
Respiratory problem or Shock ?
Physical Examination - Airway Rapid Assessment Clear Maintainable Unmaintainable Pediatric vs adult airways BVM considerations Intubation considerations Check D.O.P.E
Physical Examination - Breathing Effort Mental Status Skin Color Rate:Neonate 40 – 60 Infant 40 – 50 Toddler 30 – 40 Child 20 – 30 Adolescent 12 - 20 Air Entry
Common Upper Airway Emergencies Croup: Epiglotitis FBAO 6 months -3 yrs 3yrs – 6 yrs all ages Slow onset rapid onset rapid onset “Seal bark” quiet high pitched squeal Usually quick fix long term fix usually quick fix Fall or winter anytime anytime Usually not life life threatening Usually not life threatening threatening Viral bacterial neither Mild secretions drooling may drool Hx URI no hx URI No hx URI Moderate fever High fever no fever
Common Lower Airway Emergencies Asthma: Hyper - reactive airways RSV : Virus causing bronchiolitis
Common Lowewr Airway Emergencies Asthma RSV Air trapping disease Virus causing bronchiolitis Rapid Onset Slow onset Afebrile Febrile Under 2 years of age 3 years and older Previous history No history Wheezes Wheezes / rhonchi No drainage Rhinorrhea May be life threatening Less life threatening
Shock Or Respiratory?
Assessment of Shock Mental Status:Altered or decreased Extremity temp: Warm or cold Determine Pulses:Infant: 100 – 160 Toddler: 90 – 150 Preschooler: 80 – 140 Child: 70 – 120 Adolescent: 60 – 100 Internal Pulse Quality: Color / Cap refill: Central vs peripheral Renal output: 1 – 2 ml/kg/hr
Blood pressure Low end of normal systolic pressure Age >60 0 to 1 month >70 1 month to 1 yr >70 + (2 x age in yrs) Older than 1 What information does blood pressure provide ?
Hemodynamic Response to Shock Vascular resistance Blood pressure Cardiacoutput Compensated shock Decompensated shock
Review of the Physical Finding in Shock Early signs (compensated) increased rate poor systemic perfusion altered mental status Late signs (decompensated) weak central pulses decreased mental status decreased urine output hypotension
Phases of Pediatric Shock Early Late (hypotension) Delayed death Survival Immediate arrest intact Multiple organ dysfuntion
Physical Finding in Shock Early signs (compensated) increased rate poor systemic perfusion altered mental status Late signs (decompensated) weak central pulses decreased mental status decreased urine output hypotension
Etiologies of Pediatric Shock Hypovolemic Distributive Septic Anaphylactic Neurogenic Cardiogenic Obstructive
Child dying with Multiple Organ Dysfunction Syndrome (MODS) , despite resuscitation efforts
Etiologies of Cardiopulmonary Failure Many Etiologies Respiratory Failure Shock Cardiopulmonary Failure
Definition of Cardiopulmonary Failure Global Deficitis in : Ventilation Oxygenation Perfusion Resulting in : Agonal Respirations Bradycardia Cardiopulmonary arrest
Priorities of Initial Management Cardiopulmonary failure oxygenate, ventilate, monitor reassess for: respiratory failure shock obtain vascular access
Many Etiologies Respiratory Failure Shock Cardiopulmonary Failure Cardiopulmonary arrest Death Cardiopulmonary recovery Unimpaired neurologic recovery Impaired neurologic recovery