1 P1 Pediatric Patient Care P2 Cardiac Arrest Initial Care and CPR P3 Neonatal Resuscitation P4 Ventricular Fibrillation / Ventricular Tachycardia P5 PEA / Asystole P6 Symptomatic Bradycardia P7 Tachycardia P8 Shock PEDIATRIC TREATMENT GUIDELINES
2 P1 PEDIATRIC PEDIATRIC PATIENT CARE Pediatric patient is defined as age 14 or less. Neonate is 0-1 month These basic treatment concepts should be considered in all pediatric patients Scene Safety Body Substance Use universal blood and body fluid precautions at all times Isolation Systematic Assessment Determine Primary Impression Base Contact Transport Document Management and support of ABC s are a priority Identify pre-arrest states Assure open and adequate airway Place in position of comfort unless condition mandates other position Consider spinal immobilization if history or possibility of traumatic injury exists Assess environment to consider possibility of intentional injury or maltreatment Apply appropriate field treatment guidelines Explain procedures to family and patient as appropriate Provide appropriate family support on scene Contact base hospital if any questions arise concerning treatment or if additional medication beyond dosages listed in treatment guidelines is considered Use SBAR to communicate with base Minimize scene time in pre-arrest patient, critical trauma, shock or respiratory failure Transport patient medications or current list of patient medications to the hospital Give report to receiving facility using SBAR Document patient assessment and care per policy
3 Key Treatment Considerations Apparent Life-Threatening Event (ALTE) An Apparent Life-Threatening Event (ALTE) Is an event that is frightening to the observer (may think the infant has died) and involves some combination of apnea, color change, marked change in muscle tone, choking, or gagging. It usually occurs in infants less than 12 months of age, though any child with symptoms described under 2 years of age may be considered an ALTE. Most patients have a normal physical exam when assessed by responding personnel. Approximately half of the cases have no known cause, but the remainder of cases have a significant underlying cause such as infection, seizures, tumors, respiratory or airway problems, child abuse, or SIDS. Because of the high incidence of problems and the normal assessment usually seen, there is potential for significant problems if the child's symptoms are not seriously addressed. OBTAIN DETAILED HISTORY ASSESSMENT TREATMENT TRANSPORT Obtain history of event, including duration and severity, whether patient awake or asleep at time of episode, and what resuscitative measures were done by the parent or caretaker. Obtain past medical history, including history of chronic diseases, seizure activity, current or recent infections, gastroesophageal reflux, recent trauma, medication history. Obtain history with regard to mixing of formula if applicable. Perform comprehensive exam, including general appearance, skin color, interaction with environment, or evidence of trauma Treat identifiable cause if appropriate If treatment/transport is refused by parent or guardian, contact base hospital to consult prior to leaving patient. Document refusal of care.
4 P2 PEDIATRIC ESTABLISH TEAM LEADER CARDIAC ARREST INITIAL CARE AND CPR First agency on scene assumes leadership role Leadership role can be transferred as additional personnel arrive CONFIRM ARREST Unresponsive, no breathing or agonal respirations, no pulse COMPRESSIONS Begin compressions at a rate of at least 100 per minute Compress chest approximately 1/3 of AP diameter of chest: o In children (age 1-8) - around 2 inches o In infants (under age 1) around 1 ½ inches Allow full chest recoil (lift heel of hand) Change compressors every 2 minutes Minimize any interruptions in compressions. If necessary to interrupt, limit to 10 seconds or less Do not stop compressions while defibrillator is charging Resume compressions immediately after any shock AED or MONITOR/ DEFIBRILLATOR BASIC AIRWAY MANAGEMENT and VENTILATION Apply pads while compressions in progress Determine rhythm and shock, if indicated Follow specific treatment guideline based on rhythm Open airway For 2-person CPR: o Provide 2 breaths:30 compressions for children over age 8 o Provide 2 breaths:15 compressions for infants > 1 month & children to age 8 Avoid Excessive Ventilation Ventilations should last one second each, enough to cause visible chest rise Use two-person BLS Airway management (one holding mask and one squeezing bag).
5 MEDICATIONS AND DEFIBRILLATION ADVANCED AIRWAY MANAGEMENT and END-TIDAL CO2 MONITORING BLOOD GLUCOSE PREVENT HYPOTHERMIA TRANSPORT o o Use length-based tape to determine weight If child is obese and length-based tape used to determine weight, use next highest color to determine appropriate equipment and drug dosing See Pediatric Drug Chart for medication dose and defibrillation energy levels For patients 40 kg or greater only: Placement of advanced airway is not a priority during the first 5 minutes of resuscitation unless no ventilation is occurring with basic maneuvers. Placement of endotracheal tube or King Airway should not interrupt compressions for a period of more than 10 seconds For endotracheal intubation, position and visualize airway prior to cessation of CPR for tube passage. Confirm tube placement and provide ongoing monitoring using end-tidal carbon dioxide monitoring Treat if indicated. Glucose may be rapidly depleted in pediatric arrest. Move to warm environment and avoid unnecessary exposure Pediatric arrest victims are at risk for hypothermia due to their increased body surface area, exposure and rapid administration of IV/IO fluids Consider rapid transport to definitive care
6 P3 PEDIATRIC WARM PATIENT CLEAR AIRWAY DRY AND STIMULATE EVALUATE RESPIRATIONS, HEART RATE AND COLOR REASSESS / BEGIN CPR IF INDICATED NEONATAL CARE AND RESUSCITATION Provide warmth move to warm environment immediately If needed, position airway or suction. Rapidly suction secretions from mouth or nares. Dry child thoroughly, stimulate, reposition if needed, place hat on infant If breathing, heart rate above 100 and pink, observational care only If breathing, heart rate above 100 and central cyanosis OXYGEN 100% by mask reassess in 30 seconds o If cyanosis resolves (skin pink) observational care only o If persistent central cyanosis after oxygen, initiate bag mask ventilation at rate of 40-60/minute If apneic, gasping, or heart rate below 100 initiate bag mask ventilation at a rate of 40-60/minute with OXYGEN 100% reassess in 30 seconds o If heart rate increases to above 100 and patient ventilating adequately, discontinue bag mask ventilation and continue close observation o If heart rate persists below 100 continue bag mask ventilation If heart rate less than 60 despite ventilation with oxygen for 30 seconds, begin CPR (3:1 ratio 90 compressions and 30 ventilations/minute). Reassess in 30 seconds.
7 If heart rate remains less than 60 despite adequate ventilation and chest compressions: IV/IO TKO ml NS bag (use care to avoid inadvertent fluid administration). Do not delay transport for IV or IO access. EPINEPHRINE 1:10,000, 0.01 mg/kg IV or IO. Repeat every 3-5 minutes if heart rate remains below 60. Consider FLUID BOLUS Consider NALOXONE 10 ml/kg NS IV or IO. May repeat once if needed. 0.1 mg/kg IV or IO if depressed respiratory status despite efforts. Avoid use if long term use of opioids during pregnancy known or suspected. Key Treatment Considerations For uncomplicated deliveries, treatment priorities are to warm, dry, and stimulate the infant Anticipate complex resuscitation if not term gestation, amniotic fluid not clear, if newborn is not breathing or crying or if newborn does not have good muscle tone Use length-based tape for pediatric weight determination. See Pediatric Drug Chart for dose.
8 P4 PEDIATRIC INITIAL CARE DEFIBRILLATION CPR BVM VENTILATION IO or IV DEFIBRILLATION EPINEPHRINE DEFIBRILLATION AMIODARONE TRANSPORT VENTRICULAR FIBRILLATION PULSELESS VENTRICULAR TACHYCARDIA See Cardiac Arrest - Initial Care and CPR (P3) 2-4 joules/kg AED can be used if patient over 1 year and pediatric electrodes available (age 1-8) or if adult electrodes can be applied without touching each other Use infant paddles and manual defibrillator up to 1 year of age or 10 kg For 2 minutes or 5 cycles between rhythm check For patients 40 kg and over, defer advanced airway unless BLS airway inadequate TKO. Should not delay defibrillation or interrupt CPR 4 joules/kg 1:10, mg/kg IV or IO every 3-5 minutes - See Pediatric Drug Chart 4 joules/kg. Higher energy levels may be considered not to exceed 10 joules/kg or the adult maximum. 5 mg/kg IV or IO (see Pediatric Drug Chart for dosage) If Return of Spontaneous Circulation see guidelines for Shock (P8) if treatment indicated
9 Key Treatment Considerations Uninterrupted CPR and timely defibrillations are the keys to successful resuscitation. Their performance takes precedence over advanced airway management and administration of medications. To minimize CPR interruptions, perform CPR during charging, and immediately resume CPR after shock administered (no pulse or rhythm check) Avoid excessive ventilation with BLS airway management, which may cause gastric distention and limit chest expansion. Provide breaths over one second, with movement of chest wall as guide for volume needed. If advanced airway placed (40 kg and over), perform CPR continuously without pauses for ventilation Confirm placement of advanced airway with end-tidal carbon dioxide measurement. Continuous monitoring with ETCO2 is mandatory if values less than 10 mm Hg seen, assess quality of compressions for adequate rate and depth. Rapid rise in ETCO2 may be the earlist indicator of return of circulation. Prepare drugs before rhythm check and administer during CPR Give drugs as soon as possible after rhythm check confirms VF/pulseless VT (before or after shock) Follow each drug with 5-10 ml NS flush (minimum). Increase accordingly for patient size (20 ml in adolescents). Use length-based tape for pediatric weight determination. See Pediatric Drug Chart for medication dose and defibrillation energy levels.
10 P5 PEDIATRIC INITIAL CARE BVM VENTILATION IV or IO PULSELESS ELECTRICAL ACTIVITY / ASYSTOLE See Cardiac Arrest Initial Care and CPR (P3) Defer advanced airway (for patients 40 kg and over) unless BLS airway inadequate TKO EPINEPHRINE 1:10, mg/kg IV or IO every 3-5 minutes Consider treatable causes treat if applicable: Consider 20 ml/kg NS may repeat X 2 for hypovolemia FLUID BOLUS VENTILATION WARMING MEASURES Ensure adequate ventilation (8-10 breaths per minute) for hypoxia For hypothermia Consider NEEDLE For tension pneumothorax THORACOSTOMY To determine treatment for other identified potentially treatable causes - Hydrogen BASE CONTACT Ion (Acidosis), Hyperkalemia, Toxins Safety Warning: Unlike adult resuscitation, atropine is not used in treatment of asystole or PEA in the pediatric patient If Return of Spontaneous Circulation see guidelines for Shock (P8) if treatment indicated
11 Key Treatment Considerations Uninterrupted CPR is key to successful resuscitation. This takes precedence over advanced airway management and administration of medications. If advanced airway placed in patients 40 kg and over, perform CPR continuously without pauses for ventilation Avoid hyperventilation. If intubated, give 8 to 10 ventilations per minute, administered over one second. Prepare drugs before rhythm check and administer during CPR Follow each drug with 5-10 ml NS flush (minimum). Increase accordingly for patient size (20 ml in adolescents). Use length-based tape for pediatric weight determination. See Pediatric Drug Chart for dose.
12 P6 PEDIATRIC SYMPTOMATIC BRADYCARDIA 90% of pediatric bradycardias are related to respiratory depression and respond to support of ventilation Only unstable, severe bradycardia causing cardiorespiratory compromise will require further treatment Signs of severe cardiorespiratory compromise are poor perfusion, delayed capillary refill, hypotension, respiratory difficulty, altered level of consciousness OXYGEN High flow. Be prepared to support ventilation. CARDIAC MONITOR IV or IO TKO. Use IO only if patient unstable and requires medication. Use ml NS bag. If heart rate remains less than 60 with poor perfusion despite oxygenation and ventilation, Consider CPR perform CPR. EPINEPHRINE 1:10, mg/kg IV or IO. Repeat every 3-5 minutes. SAFETY WARNING: Atropine should be considered only after adequate oxygenation/ventilation has been assured Consider ATROPINE 0.02 mg/kg IV, IO (0.1 mg minimum dose). Maximum single dose 0.5 mg. If continued heart rate less than 60, repeat 0.02 mg/kg IV or IO
13 P7 PEDIATRIC TACHYCARDIA Sinus tachycardia is by far the most common pediatric rhythm disturbance UNSTABLE SINUS TACHYCARDIA (narrow QRS less than or equal to 0.09) P waves present/normal, variable R-R interval with constant P-R interval Unstable sinus tachycardia is usually associated with shock and may be pre-arrest UNSTABLE SUPRAVENTRICULAR TACHYCARDIA (SVT) (narrow QRS less or equal to 0.09) P waves absent/abnormal, heart rate not variable History generally vague, non-specific and/or history of abrupt heart rate changes Infants rate usually greater than 220 bpm, Children (ages 1 8) rate usually greater than 180 bpm UNSTABLE POSSIBLE VENTRICULAR TACHYCARDIA - Wide QRS (greater than 0.09 sec) In some cases, wide QRS can represent supraventricular rhythm INITIAL THERAPY ALL TACHYCARDIA RHYTHMS Low flow. If increased work of breathing high flow. Be prepared to support OXYGEN CHECK PULSE AND PERFUSION ventilation. Determine stability: Stable - Normal perfusion: Palpable pulses, normal LOC, normal capillary refill, and normal BP for age Unstable - Poor perfusion: ALOC, abnormal pulses, delayed cap. refill, difficult/unable to palpate BP. If unstable, transport early and treat as below. CARDIAC MONITOR Run strip to evaluate QRS Duration IV or IO TKO. Use ml bag NS FLUID BOLUS 20 ml/kg NS if hypovolemia suspected. May repeat X 1.
14 UNSTABLE SUPRAVENTRICULAR TACHYCARDIA (narrow QRS less or equal to 0.09) VAGAL MANEUVERS Consider if will not result in treatment delays. ICE PACK to face of infant/child. BASE CONTACT ADENOSINE SYNCHRONIZED CARDIOVERSION Consider SEDATION For all treatments listed below: 0.1 mg/kg rapid IV push followed by ml NS flush (maximum dose 6 mg) If not converted, 0.2 mg/kg rapid IV push followed by ml NS flush (maximum dose 12 mg) If unable to obtain IV access, prepare for Synchronized Cardioversion. Do NOT delay cardioversion to obtain IV or IO access or sedation. Consider MIDAZOLAM 0.1 mg/kg IV or IO, titrated in 1 mg maximum increments (maximum dose 5 mg) SYNCHRONIZED joule/kg. If not effective, repeat at 2 joules/kg. CARDIOVERSION UNSTABLE POSSIBLE VENTRICULAR TACHYCARDIA ( Wide QRS greater than 0.09 sec) BASE CONTACT For all treatments listed below: SYNCHRONIZED CARDIOVERION Consider SEDATION SYNCHRONIZED CARDIOVERSION Prepare for CARDIOVERSION while attempting IV/IO access, but do not unduly delay care for IV access or medications If IV/IO access has been obtained, consider MIDAZOLAM 0.1 mg/kg IV or IO, titrated in 1 mg maximum increments (maximum dose 5 mg) joule/kg. If not effective, repeat at 2 joules/kg. Early transport appropriate in unstable patients. Use length-based tape for pediatric weight determination. See Pediatric Drug Chart for dose.
15 P8 PEDIATRIC SHOCK Altered level of consciousness; cool, clammy, mottled skin; capillary refill greater than 2 seconds; tachycardia; blood pressure less than 70 systolic Listless infant or child with poor skin turgor, dry mucous membranes, history of fever may indicate sepsis, meningitis OXYGEN Keep patient warm CARDIAC MONITOR EARLY TRANSPORT CODE 3 IV or IO High flow. Be prepared to support ventilations as needed. FLUID BOLUS 20 ml/kg NS may repeat X 2 BLOOD GLUCOSE Check and treat if indicated PREVENT HYPOTHERMIA Move to warm environment. Avoid unnecessary exposure. Related guidelines: Altered level of consciousness (G2), Tachycardia (P7)
16 Key Treatment Considerations Successful pediatric resuscitation relies on early identification of the pre-arrest state Normal blood pressure, delayed capillary refill, diminished peripheral pulses and tachycardia indicates compensated shock in children Hypotension and delayed capillary refill > 4 seconds indicates impending circulatory failure Systolic blood pressure in children may not drop until the patient is 25-30% volume depleted. This may occur through dehydration, blood loss or an increase in vascular capacity (e.g. anaphylaxis). Decompensated shock (Hypotension with > 5 seconds capillary refill) may present as PEA in children Sinus tachycardia is the most common cardiac rhythm encountered Supraventricular tachycardia should be suspected if heart rate greater than 180 in children (ages 1-8) or greater than 220 in infants Hypoglycemia may be found in pediatric shock, especially in infants Pediatric shock victims are at risk for hypothermia due to their increased body surface area, exposure and rapid administration of IV/IO fluids Use length-based tape for pediatric weight determination. See Pediatric Drug Chart for dose.
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