570 likes | 1.01k Views
Pediatric Trauma Case Studies: Assessment and Intervention. Ankush Gosain, MD, PhD, FACS Medical Director, Pediatric Trauma Program American Family Children’s Hospital University of Wisconsin – Madison 06 December 2012. Disclosures.
E N D
Pediatric Trauma Case Studies:Assessment and Intervention Ankush Gosain, MD, PhD, FACS Medical Director, Pediatric Trauma Program American Family Children’s Hospital University of Wisconsin – Madison 06 December 2012
Disclosures • I do not have any relationships with commercial interests to disclose. • I do not intend to reference unlabeled or unapproved uses of drugs or products in my presentation.
Objectives • 1. To understand the incidence and epidemiology of pediatric trauma. • 2. To understand pediatric anatomic and physiologic factors relevant to pediatric trauma resuscitation. • 3. To understand the current approach to management of pediatric solid organ injury
Objectives • 1. To understand the incidence and epidemiology of pediatric trauma. • 2. To understand pediatric anatomic and physiologic factors relevant to pediatric trauma resuscitation. • 3. To understand the current approach to management of pediatric solid organ injury
Objectives • 1. To understand the incidence and epidemiology of pediatric trauma. • 2. To understand pediatric anatomic and physiologic factors relevant to pediatric trauma resuscitation. • 3. To understand the current approach to management of pediatric solid organ injury
Children are NOT just small adults • Anatomic considerations • Physiology responds differently to trauma • Injury patterns differ from adults
Anatomy - Airway • Larger head • Smaller jaw • Short, narrow airway
Anatomy - Head • Soft cranium • Open fontanelle – easy estimate of fluid status/intracranial pressure
Anatomy - Spine • Spine • SCIWORA • Flexible ligaments • Pseudo-subluxation
Anatomy - Chest • Soft flexible chest wall • Weak muscles • Significant force required to fracture ribs
Anatomy - Abdomen • Liver and spleen project farther below the costal margin • Thin abdominal wall • Multiple injuries common
Physiology – Vital Signs • Different normal range
Physiology • Blood volume • About 70-80 mL/Kg • Resuscitation/Blood Loss need to be Weight-based
Physiology • Vigorous ability to compensate for blood loss – typically increased HR • May see very little change in vital signs until loss of 30% of intravascular volume
Physiology • Sudden cardiovascular collapse
Physiology - Thermoregulation • Higher body surface area to mass ratio • Thin skin • Limited subcutaneous fat
Physiology – Hypothermia • Keep them dry • Keep them covered • Keep the heat on • Warmed fluids and blankets if available
Injury Prevention • Helmets • Window locks • Seat belts/car seats • Motorized vehicles
Abuse/ Non-accidental trauma • About 7% of admissions to a pediatric trauma center • More severe injuries • Younger • Higher mortality (9%)
NAT – History • Delay in care • Repetitive injuries • Discrepancies • Inappropriate responses • Medical neglect
NAT – Physical Exam • Multicolored bruises • Femur fractures • Unusual scald/contact burns • Bilateral subdural hematoma • Retinal hemorrhage
Response to abuse • Document the “story” • Don’t ask too many questions • Treat the trauma • Report, report
Objectives • 1. To understand the incidence and epidemiology of pediatric trauma. • 2. To understand pediatric anatomic and physiologic factors relevant to pediatric trauma resuscitation. • 3. To understand the current approach to management of pediatric solid organ injury
Non-operative management of splenic trauma • Prior to the 1960s – routine splenectomy for injury • “not a vital organ” • Risk of OPSS recognized • Non-operative management championed in pediatric patients • Success led to adoption of practice by adult trauma surgeons in the late 1990s
Spleen Injury: Non-operative Management • Hospital for Sick Children, Toronto • First proposed non-operative management in 1948 • Upadhyaya & Simpson. SurgGynecol Obstet. 1968. • Douglas & Simpson. J Peds Surg. 1971.
Non-operative Management Rate Splenic Salvage LOS Mortality Transfusion Rate