Michael Avant, M.D. The Children’s Hospital of GHS OVERVIEW ER to ICU Transition Early Management Priorities – the First 48 hours Organ System Support Complications THE FIRST 48 HOURS Communication Damage Control Surgery Ongoing Resuscitation Organ System Support Missed Injuries Manage/Prevent Complications Communication: Yes, It’s really that important ! Joint Commission says: 10% of trauma fatalities preventable 67% of these due to communication errors Patient handoff critical The Handoff (Miami data) 24% had missing injuries in ICU record 50% had discrepancies in documentation Communication: ER to ICU Handoff No standardization Poorly defined responsibilities Many distractions Differing clinical priorities among services Novice trainees Medical hierarchy Solutions Flattening of medical hierarchy Pilot/Co-Pilot model Trauma checklist ICU TRAUMA CARE General Neurologic Respiratory Cardiovascular Hematologic Orthopedic ICU Trauma Care : General Hyperglycemia Early enteral nutrition Surgical timing Infection surveillance – fever, wounds Tertiary survey Family communication Ongoing monitoring Prevention of complications & secondary injury ICU Trauma Care: Respiratory Lung protective strategy 6 – 8 ml/kg tidal volume Higher PEEP Avoid hyperventilation in TBI Avoid hypoxia Pulmonary contusion Consider TRALI & TACO Sedation of mechanically ventilated pt ICU Trauma Care : Sedation Rapid acting, Short duration Propofol 2-3 mg/kg bolus followed by 75 – 200 mcg/kg/min infusion Midazolam 0.1 – 0.2 mg/kg Fentanyl 2 – 3 mcg/kg Ketamine 1 – 2 mg/kg Longer duration Lorazepam Morphine 0.1 mg/kg 0.05 – 0.1 mg/kg Infusions – propofol, midazolam, fentanyl Neuromuscular blockade ICU Trauma Care: Neurologic Traumatic brain injury (TBI) most common cause of pediatric mortality Primary vs. secondary injury Hypoxia, hypotension, ischemia Avoidance of secondary injury – Critical! First 24 – 48 hours Single episode of hypotension doubles mortality 4x risk of poor neurologic outcome Goals > 90% O2 sat or PaO2 > 60 mmHg Systolic BP > 75th % PaCO2 30 – 40 mmHg Consider abusive head trauma GOALS OF NEUROLOGIC SUPPORT Avoid secondary injury Mitigate cerebral edema & control ICP Seizure control Avoid hyperventilation Support hemodynamics (CPP) Avoid/Tx hyperthermia Treat hyperglycemia Neurologic : Seizure Prophylaxis Seizure Risks – young age, pre-hospital hypoxia, non-accidental trauma, depressed skull fracture, penetrating injury, subdural hemorrhage 70% occur within first 24 hours Non-convulsive seizures common in peds Consider EEG monitoring Treatment Benzodiazepines Keppra (levetiracetam) Fosphenytoin barbituates Neurologic : ICP Control ICP Monitoring GCS < 8 Abnormal head CT Abnormal neuro exam Sedation Maintain ICP < 20 cm H20 Osmolar therapy Sedation /analgesia/NMB CPP management Induced hypothermia ( 32 – 35 Co) Consider reimaging Decompressive craniectomy ICP Control : Osmolar Therapy Mannitol Hypertonic Saline (3%) Long history of use Recent clinical use Little clinical data Substantial recent data Rapid onset Sustained response 0.25 – 1 grm/kg 3 – 5 cc/kg and/or 0.1-1 cc/kg/hr Diuresis & hypovolemia Hyperchloremic acidosis, thrombosis if Na+ >170 Follow serum Osm Follow serum Na+ (< 170) Out of favor (except emergent) Currently recommended Hemodynamic Support Avoid hypotension !! Lactate and/or base deficit monitoring Superior to BP & UOP monitoring Keep lactate < 1.5 & BD > -2 High mortality if acidosis remains > 48 hours CPP Management (CPP =MAP – ICP) Adults 6 – 17 yo 0 – 5 yo 50 – 60 mmHg > 50 mm Hg > 40 mm Hg Consider blunt cardiac injury Arrhythmia Unresponsive hemodynamics ICU Trauma Care: Hematologic Aggressive use of blood products Minimize crystalloid Massive transfusion protocol 1:1:1 PRBC:FFP:Platelets PT/PTT vs. TEG/ROTEM monitoring New data on fibrinolysis Alternative therapies Tranexamic acid rFVIIa Fibrinogen concentrate Fibrinolysis Definition: Process that restores flow to injured areas by dissolving fibrin clots formed by the coagulation cascade Plasmin degrades Fibrin which worsens coagulopathy Common early in severe trauma CRASH-2 Study : Tranexamic acid should be given within 3 hours of injury Tranexamic acid – inhibits fibrinolysis by blocking plasminogen(prevents degfradation of existing clots) TEG monitoring ???? MISSED INJURIES 6.5% of all trauma deaths due to undiagnosed injuries Types of missed injuries Fractures – facial, extremity Spinal Vascular Abdominal Risk Altered mental status or sedation Lack of early symptoms Unresponsive to resuscitation Tertiary survey Family communication ICU Trauma Care: Complications Hypothermia – coagulopathy Transfusion Related Acute Lung Injury(TRALI) Transfusion Associated Circulatory Overload (TACO) Rhabdomyolysis Hyper/ Hypo – kalemia Hypocalcemia Intra-abdominal hypertension Bladder pressure monitoring Infection FROM ER TO ICU – SUMMARY Communication Monitor need for ongoing resuscitation Lactate/Base deficit Minimize crystalloid 1:1:1 Transfusion ratio Lung protective strategy Avoid hypotension, hypoxia, ischemia Hypertonic saline recommended over Mannitol Be aware of fibrinolysis ICP control guidelines Tertiary survey Family communication