Fractures from trampolines: Results from a National database, 2002 to 2011

Randall Loder, William Schultz, Meagan Sabatino

Research output: Contribution to journalArticle

21 Citations (Scopus)

Abstract

Results: There were an estimated 1,002,735 ED visits for trampoline- related injuries; 288,876 (29.0%) sustained fractures. The average age for those with fractures was 9.5 years; 92.7% were aged 16 years or younger; 51.7% were male, 95.1% occurred at home, and 9.9% were admitted. The fractures were located in the upper extremity (59.9%), lower extremity (35.7%), and axial skeleton (spine, skull/face, rib/sternum) (4.4%-spine 1.0%, skull/face 2.9%, rib/sternum 0.5%). Those in the axial skeleton were older (16.5 y) than the upper extremity (8.7 y) or lower extremity (10.0 y) (P<0.0001) and more frequently male (67.9%). Lower extremity fractures were more frequently female (54.0%) (P<0.0001). The forearm (37%) and elbow (19%) were most common in the upper extremity; elbow fractures were most frequently admitted (20.0%). The tibia/fibula (39.5%) and ankle (31.5%) were most common in the lower extremity; femur fractures were most frequently admitted (57.9%). Cervical (36.4%) and lumbar (24.7%) were most common locations in the spine; cervical fractures were the most frequently admitted (75.6%). The total ED expense for all trampoline injuries over this 10-year period was $1.002 billion and $408 million for fractures.

Conclusions: Trampoline fractures most frequently involve the upper extremity followed by the lower extremity, >90% occur in children. The financial burden to society is large. Further efforts for prevention are needed.

Background: No study specifically analyzes trampoline fracture patterns across a large population. The purpose of this study was to determine such patterns.

Methods: We queried the National Electronic Injury Surveillance System database for trampoline injuries between 2002 and 2011, and the patients were analyzed by age, sex, race, anatomic location of the injury, geographical location of the injury, and disposition from the emergency department (ED). Statistical analyses were performed with SUDAAN 10 software. Estimated expenses were determined using 2010 data.

Original languageEnglish
Pages (from-to)683-690
Number of pages8
JournalJournal of Pediatric Orthopaedics
Volume34
Issue number7
StatePublished - 2014

Fingerprint

Databases
Wounds and Injuries
Skull
Skeleton
Upper Extremity
Hospital Emergency Service
Lower Extremity
Spine
Sternum
Ribs
Software
Population

Keywords

  • Demographics
  • Expense
  • Extremity
  • Fracture
  • Spine
  • Trampoline

ASJC Scopus subject areas

  • Pediatrics, Perinatology, and Child Health
  • Orthopedics and Sports Medicine
  • Medicine(all)

Cite this

Fractures from trampolines : Results from a National database, 2002 to 2011. / Loder, Randall; Schultz, William; Sabatino, Meagan.

In: Journal of Pediatric Orthopaedics, Vol. 34, No. 7, 2014, p. 683-690.

Research output: Contribution to journalArticle

Loder, Randall ; Schultz, William ; Sabatino, Meagan. / Fractures from trampolines : Results from a National database, 2002 to 2011. In: Journal of Pediatric Orthopaedics. 2014 ; Vol. 34, No. 7. pp. 683-690.
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title = "Fractures from trampolines: Results from a National database, 2002 to 2011",
abstract = "Results: There were an estimated 1,002,735 ED visits for trampoline- related injuries; 288,876 (29.0{\%}) sustained fractures. The average age for those with fractures was 9.5 years; 92.7{\%} were aged 16 years or younger; 51.7{\%} were male, 95.1{\%} occurred at home, and 9.9{\%} were admitted. The fractures were located in the upper extremity (59.9{\%}), lower extremity (35.7{\%}), and axial skeleton (spine, skull/face, rib/sternum) (4.4{\%}-spine 1.0{\%}, skull/face 2.9{\%}, rib/sternum 0.5{\%}). Those in the axial skeleton were older (16.5 y) than the upper extremity (8.7 y) or lower extremity (10.0 y) (P<0.0001) and more frequently male (67.9{\%}). Lower extremity fractures were more frequently female (54.0{\%}) (P<0.0001). The forearm (37{\%}) and elbow (19{\%}) were most common in the upper extremity; elbow fractures were most frequently admitted (20.0{\%}). The tibia/fibula (39.5{\%}) and ankle (31.5{\%}) were most common in the lower extremity; femur fractures were most frequently admitted (57.9{\%}). Cervical (36.4{\%}) and lumbar (24.7{\%}) were most common locations in the spine; cervical fractures were the most frequently admitted (75.6{\%}). The total ED expense for all trampoline injuries over this 10-year period was $1.002 billion and $408 million for fractures.Conclusions: Trampoline fractures most frequently involve the upper extremity followed by the lower extremity, >90{\%} occur in children. The financial burden to society is large. Further efforts for prevention are needed.Background: No study specifically analyzes trampoline fracture patterns across a large population. The purpose of this study was to determine such patterns.Methods: We queried the National Electronic Injury Surveillance System database for trampoline injuries between 2002 and 2011, and the patients were analyzed by age, sex, race, anatomic location of the injury, geographical location of the injury, and disposition from the emergency department (ED). Statistical analyses were performed with SUDAAN 10 software. Estimated expenses were determined using 2010 data.",
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N2 - Results: There were an estimated 1,002,735 ED visits for trampoline- related injuries; 288,876 (29.0%) sustained fractures. The average age for those with fractures was 9.5 years; 92.7% were aged 16 years or younger; 51.7% were male, 95.1% occurred at home, and 9.9% were admitted. The fractures were located in the upper extremity (59.9%), lower extremity (35.7%), and axial skeleton (spine, skull/face, rib/sternum) (4.4%-spine 1.0%, skull/face 2.9%, rib/sternum 0.5%). Those in the axial skeleton were older (16.5 y) than the upper extremity (8.7 y) or lower extremity (10.0 y) (P<0.0001) and more frequently male (67.9%). Lower extremity fractures were more frequently female (54.0%) (P<0.0001). The forearm (37%) and elbow (19%) were most common in the upper extremity; elbow fractures were most frequently admitted (20.0%). The tibia/fibula (39.5%) and ankle (31.5%) were most common in the lower extremity; femur fractures were most frequently admitted (57.9%). Cervical (36.4%) and lumbar (24.7%) were most common locations in the spine; cervical fractures were the most frequently admitted (75.6%). The total ED expense for all trampoline injuries over this 10-year period was $1.002 billion and $408 million for fractures.Conclusions: Trampoline fractures most frequently involve the upper extremity followed by the lower extremity, >90% occur in children. The financial burden to society is large. Further efforts for prevention are needed.Background: No study specifically analyzes trampoline fracture patterns across a large population. The purpose of this study was to determine such patterns.Methods: We queried the National Electronic Injury Surveillance System database for trampoline injuries between 2002 and 2011, and the patients were analyzed by age, sex, race, anatomic location of the injury, geographical location of the injury, and disposition from the emergency department (ED). Statistical analyses were performed with SUDAAN 10 software. Estimated expenses were determined using 2010 data.

AB - Results: There were an estimated 1,002,735 ED visits for trampoline- related injuries; 288,876 (29.0%) sustained fractures. The average age for those with fractures was 9.5 years; 92.7% were aged 16 years or younger; 51.7% were male, 95.1% occurred at home, and 9.9% were admitted. The fractures were located in the upper extremity (59.9%), lower extremity (35.7%), and axial skeleton (spine, skull/face, rib/sternum) (4.4%-spine 1.0%, skull/face 2.9%, rib/sternum 0.5%). Those in the axial skeleton were older (16.5 y) than the upper extremity (8.7 y) or lower extremity (10.0 y) (P<0.0001) and more frequently male (67.9%). Lower extremity fractures were more frequently female (54.0%) (P<0.0001). The forearm (37%) and elbow (19%) were most common in the upper extremity; elbow fractures were most frequently admitted (20.0%). The tibia/fibula (39.5%) and ankle (31.5%) were most common in the lower extremity; femur fractures were most frequently admitted (57.9%). Cervical (36.4%) and lumbar (24.7%) were most common locations in the spine; cervical fractures were the most frequently admitted (75.6%). The total ED expense for all trampoline injuries over this 10-year period was $1.002 billion and $408 million for fractures.Conclusions: Trampoline fractures most frequently involve the upper extremity followed by the lower extremity, >90% occur in children. The financial burden to society is large. Further efforts for prevention are needed.Background: No study specifically analyzes trampoline fracture patterns across a large population. The purpose of this study was to determine such patterns.Methods: We queried the National Electronic Injury Surveillance System database for trampoline injuries between 2002 and 2011, and the patients were analyzed by age, sex, race, anatomic location of the injury, geographical location of the injury, and disposition from the emergency department (ED). Statistical analyses were performed with SUDAAN 10 software. Estimated expenses were determined using 2010 data.

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