BACKGROUND: This study describes the use of retrievable IVC filters in a select group of trauma patients at high risk for deep vein thrombosis (DVT) and pulmonary embolism (PE). STUDY DESIGN: Retrievable IVC filters were placed in selected trauma patients who met high-risk criteria for deep vein thrombosis and PE according to institutional clinical management guidelines. All filters were placed percutaneously in the interventional radiology suite. Indications for filter placement were based on injury complex, weight-bearing status, and contraindications to enoxaparin or pneumatic compression devices. IVC filters were either removed or maintained. RESULTS: Retrievable IVC filters were placed in 35 patients after blunt trauma. Twenty-six patients (74%) sustained at least one orthopaedic injury; 17 patients (49%) were diagnosed with a pelvis fracture. Activity was limited to bed rest or spinal precautions in 18 patients (51%). Enoxaparin was contraindicated in 32 patients (91%) and injuries precluded the use of pneumatic compression devices in 11 (31%). IVC filters were removed in 18 patients (51%), with no reported complications. Patients with orthopaedic injuries and pelvis fractures were less likely to have their filters maintained (p = 0.040). CONCLUSIONS: Retrievable IVC filters offer a versatile option for prophylaxis in trauma patients at high risk for PE. Filter retrieval potentially spares the longterm complications of permanent filters in younger trauma patients. Retrievable filters warrant consideration in patients who meet high-risk criteria for deep vein thrombosis or PE who cannot receive effective mechanical prophylaxis and in whom contraindications to anticoagulation are expected to be temporary.
BACKGROUND: This study describes the use of retrievable IVC filters in a select group of traumapatients at high risk for deep vein thrombosis (DVT) and pulmonary embolism (PE). STUDY DESIGN: Retrievable IVC filters were placed in selected traumapatients who met high-risk criteria for deep vein thrombosis and PE according to institutional clinical management guidelines. All filters were placed percutaneously in the interventional radiology suite. Indications for filter placement were based on injury complex, weight-bearing status, and contraindications to enoxaparin or pneumatic compression devices. IVC filters were either removed or maintained. RESULTS: Retrievable IVC filters were placed in 35 patients after blunt trauma. Twenty-six patients (74%) sustained at least one orthopaedic injury; 17 patients (49%) were diagnosed with a pelvis fracture. Activity was limited to bed rest or spinal precautions in 18 patients (51%). Enoxaparin was contraindicated in 32 patients (91%) and injuries precluded the use of pneumatic compression devices in 11 (31%). IVC filters were removed in 18 patients (51%), with no reported complications. Patients with orthopaedic injuries and pelvis fractures were less likely to have their filters maintained (p = 0.040). CONCLUSIONS: Retrievable IVC filters offer a versatile option for prophylaxis in traumapatients at high risk for PE. Filter retrieval potentially spares the longterm complications of permanent filters in younger traumapatients. Retrievable filters warrant consideration in patients who meet high-risk criteria for deep vein thrombosis or PE who cannot receive effective mechanical prophylaxis and in whom contraindications to anticoagulation are expected to be temporary.
Authors: Anita Rajasekhar; Richard Lottenberg; Lawrence Lottenberg; Huazhi Liu; Darwin Ang Journal: J Thromb Thrombolysis Date: 2011-07 Impact factor: 2.300
Authors: Nghia-Jack Vo; Karen W Wieseler; Thomas R Burdick; Gaurav K Goswami; Sandeep S Vaidya; R Torrance Andrews Journal: Semin Intervent Radiol Date: 2007-03 Impact factor: 1.513
Authors: Konstantinos Spaniolas; George C Velmahos; Christopher Kwolek; Alice Gervasini; Marc De Moya; Hasan B Alam Journal: World J Surg Date: 2008-07 Impact factor: 3.352
Authors: Joseph Cuschieri; Brad Freeman; Grant O'Keefe; Brian G Harbrecht; Paul Bankey; Jeffrey L Johnson; Joseph P Minei; Jason Sperry; Michael West; Avery Nathens; Ernest E Moore; Ronald V Maier Journal: J Trauma Date: 2008-10