CT Scan Assessment of Peroneal Tendon Displacement and Posteromedial Structure Entrapment in Pilon Fractures

Alex Fokin, Samuel R. Huntley, Spencer H. Summers, Charles M. Lawrie, Alejandro D. Miranda, Alberto J Caban-Martinez, Steven D. Steinlauf

Research output: Contribution to journalArticle

7 Citations (Scopus)

Abstract

OBJECTIVES: To determine the proportion of: (1) peroneal tendon displacement (PTD) and posteromedial structure entrapment (PMSE) in a sample of pilon fractures, (2) missed diagnoses of PTD and PMSE on CT scan by Radiologists and attending Orthopaedic Trauma surgeons, and PTD and PMSE cases by (3) OTA/AO classification and (4) fibular fracture. DESIGN: Retrospective cohort review SETTING: Regional Level 1 Trauma Center.Patients/Participants 200 patients treated between July 2008 and November 2014.Intervention Axial and reconstructed CT images were used in bone and soft-tissue windows to identify PTD and PMSE. MAIN OUTCOME MEASUREMENTS: Medical charts were reviewed to identify OTA/AO fracture classification, presence of concomitant fibular fracture, whether Radiologist CT interpretation noted PTD or PMSE, and whether attending Orthopaedic trauma surgeons’ operative notes mentioned recognition of and management of PTD or PMSE. RESULTS: From the retrospective review of CT scans PTD was identified in 11.0% and PMSE in 19.0% of all pilon fractures. Of the 22 patients with PTD, 59.1% sustained a concomitant fibular fracture and 90.9% sustained a 43-C fracture. Patients with PTD sustained more 43-C fractures (90.9% vs. 62.9%) but significantly fewer fibular fractures (59.1% vs. 80.3%; p=0.023) than patients without PTD. Of the 38 patients with PMSE, 81.6% sustained a fibular fracture and 86.8% sustained a 43-C fracture. PMSE was more common in patients with 43-C fractures (86.8% vs. 61.1%). The final pre-operative Radiologist CT scan interpretation commented on PTD and PMSE in 50.0% of cases. CONCLUSIONS: Higher energy pilon fractures (43-C) are associated with higher incidence of PMSE and PTD. Concomitant fibula fracture may play a protective role in PTD in the setting of pilon fractures. Both attending Radiologists and attending Orthopaedic Trauma Surgeons frequently fail to recognize the diagnoses of PTD and PMSE. LEVEL OF EVIDENCE:: Prognostic Level III. See Instructions for Authors for a complete description of levels of evidence.

Original languageEnglish (US)
JournalJournal of Orthopaedic Trauma
DOIs
StateAccepted/In press - Jul 19 2016

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Tendons
Tendon Entrapment
Wounds and Injuries
Fibula
Trauma Centers
Bone and Bones

ASJC Scopus subject areas

  • Surgery
  • Orthopedics and Sports Medicine

Cite this

CT Scan Assessment of Peroneal Tendon Displacement and Posteromedial Structure Entrapment in Pilon Fractures. / Fokin, Alex; Huntley, Samuel R.; Summers, Spencer H.; Lawrie, Charles M.; Miranda, Alejandro D.; Caban-Martinez, Alberto J; Steinlauf, Steven D.

In: Journal of Orthopaedic Trauma, 19.07.2016.

Research output: Contribution to journalArticle

Fokin, Alex ; Huntley, Samuel R. ; Summers, Spencer H. ; Lawrie, Charles M. ; Miranda, Alejandro D. ; Caban-Martinez, Alberto J ; Steinlauf, Steven D. / CT Scan Assessment of Peroneal Tendon Displacement and Posteromedial Structure Entrapment in Pilon Fractures. In: Journal of Orthopaedic Trauma. 2016.
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abstract = "OBJECTIVES: To determine the proportion of: (1) peroneal tendon displacement (PTD) and posteromedial structure entrapment (PMSE) in a sample of pilon fractures, (2) missed diagnoses of PTD and PMSE on CT scan by Radiologists and attending Orthopaedic Trauma surgeons, and PTD and PMSE cases by (3) OTA/AO classification and (4) fibular fracture. DESIGN: Retrospective cohort review SETTING: Regional Level 1 Trauma Center.Patients/Participants 200 patients treated between July 2008 and November 2014.Intervention Axial and reconstructed CT images were used in bone and soft-tissue windows to identify PTD and PMSE. MAIN OUTCOME MEASUREMENTS: Medical charts were reviewed to identify OTA/AO fracture classification, presence of concomitant fibular fracture, whether Radiologist CT interpretation noted PTD or PMSE, and whether attending Orthopaedic trauma surgeons’ operative notes mentioned recognition of and management of PTD or PMSE. RESULTS: From the retrospective review of CT scans PTD was identified in 11.0{\%} and PMSE in 19.0{\%} of all pilon fractures. Of the 22 patients with PTD, 59.1{\%} sustained a concomitant fibular fracture and 90.9{\%} sustained a 43-C fracture. Patients with PTD sustained more 43-C fractures (90.9{\%} vs. 62.9{\%}) but significantly fewer fibular fractures (59.1{\%} vs. 80.3{\%}; p=0.023) than patients without PTD. Of the 38 patients with PMSE, 81.6{\%} sustained a fibular fracture and 86.8{\%} sustained a 43-C fracture. PMSE was more common in patients with 43-C fractures (86.8{\%} vs. 61.1{\%}). The final pre-operative Radiologist CT scan interpretation commented on PTD and PMSE in 50.0{\%} of cases. CONCLUSIONS: Higher energy pilon fractures (43-C) are associated with higher incidence of PMSE and PTD. Concomitant fibula fracture may play a protective role in PTD in the setting of pilon fractures. Both attending Radiologists and attending Orthopaedic Trauma Surgeons frequently fail to recognize the diagnoses of PTD and PMSE. LEVEL OF EVIDENCE:: Prognostic Level III. See Instructions for Authors for a complete description of levels of evidence.",
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T1 - CT Scan Assessment of Peroneal Tendon Displacement and Posteromedial Structure Entrapment in Pilon Fractures

AU - Fokin, Alex

AU - Huntley, Samuel R.

AU - Summers, Spencer H.

AU - Lawrie, Charles M.

AU - Miranda, Alejandro D.

AU - Caban-Martinez, Alberto J

AU - Steinlauf, Steven D.

PY - 2016/7/19

Y1 - 2016/7/19

N2 - OBJECTIVES: To determine the proportion of: (1) peroneal tendon displacement (PTD) and posteromedial structure entrapment (PMSE) in a sample of pilon fractures, (2) missed diagnoses of PTD and PMSE on CT scan by Radiologists and attending Orthopaedic Trauma surgeons, and PTD and PMSE cases by (3) OTA/AO classification and (4) fibular fracture. DESIGN: Retrospective cohort review SETTING: Regional Level 1 Trauma Center.Patients/Participants 200 patients treated between July 2008 and November 2014.Intervention Axial and reconstructed CT images were used in bone and soft-tissue windows to identify PTD and PMSE. MAIN OUTCOME MEASUREMENTS: Medical charts were reviewed to identify OTA/AO fracture classification, presence of concomitant fibular fracture, whether Radiologist CT interpretation noted PTD or PMSE, and whether attending Orthopaedic trauma surgeons’ operative notes mentioned recognition of and management of PTD or PMSE. RESULTS: From the retrospective review of CT scans PTD was identified in 11.0% and PMSE in 19.0% of all pilon fractures. Of the 22 patients with PTD, 59.1% sustained a concomitant fibular fracture and 90.9% sustained a 43-C fracture. Patients with PTD sustained more 43-C fractures (90.9% vs. 62.9%) but significantly fewer fibular fractures (59.1% vs. 80.3%; p=0.023) than patients without PTD. Of the 38 patients with PMSE, 81.6% sustained a fibular fracture and 86.8% sustained a 43-C fracture. PMSE was more common in patients with 43-C fractures (86.8% vs. 61.1%). The final pre-operative Radiologist CT scan interpretation commented on PTD and PMSE in 50.0% of cases. CONCLUSIONS: Higher energy pilon fractures (43-C) are associated with higher incidence of PMSE and PTD. Concomitant fibula fracture may play a protective role in PTD in the setting of pilon fractures. Both attending Radiologists and attending Orthopaedic Trauma Surgeons frequently fail to recognize the diagnoses of PTD and PMSE. LEVEL OF EVIDENCE:: Prognostic Level III. See Instructions for Authors for a complete description of levels of evidence.

AB - OBJECTIVES: To determine the proportion of: (1) peroneal tendon displacement (PTD) and posteromedial structure entrapment (PMSE) in a sample of pilon fractures, (2) missed diagnoses of PTD and PMSE on CT scan by Radiologists and attending Orthopaedic Trauma surgeons, and PTD and PMSE cases by (3) OTA/AO classification and (4) fibular fracture. DESIGN: Retrospective cohort review SETTING: Regional Level 1 Trauma Center.Patients/Participants 200 patients treated between July 2008 and November 2014.Intervention Axial and reconstructed CT images were used in bone and soft-tissue windows to identify PTD and PMSE. MAIN OUTCOME MEASUREMENTS: Medical charts were reviewed to identify OTA/AO fracture classification, presence of concomitant fibular fracture, whether Radiologist CT interpretation noted PTD or PMSE, and whether attending Orthopaedic trauma surgeons’ operative notes mentioned recognition of and management of PTD or PMSE. RESULTS: From the retrospective review of CT scans PTD was identified in 11.0% and PMSE in 19.0% of all pilon fractures. Of the 22 patients with PTD, 59.1% sustained a concomitant fibular fracture and 90.9% sustained a 43-C fracture. Patients with PTD sustained more 43-C fractures (90.9% vs. 62.9%) but significantly fewer fibular fractures (59.1% vs. 80.3%; p=0.023) than patients without PTD. Of the 38 patients with PMSE, 81.6% sustained a fibular fracture and 86.8% sustained a 43-C fracture. PMSE was more common in patients with 43-C fractures (86.8% vs. 61.1%). The final pre-operative Radiologist CT scan interpretation commented on PTD and PMSE in 50.0% of cases. CONCLUSIONS: Higher energy pilon fractures (43-C) are associated with higher incidence of PMSE and PTD. Concomitant fibula fracture may play a protective role in PTD in the setting of pilon fractures. Both attending Radiologists and attending Orthopaedic Trauma Surgeons frequently fail to recognize the diagnoses of PTD and PMSE. LEVEL OF EVIDENCE:: Prognostic Level III. See Instructions for Authors for a complete description of levels of evidence.

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