![]() The investigators aim to learn how this new device performs in the subset of patients undergoing complex spine surgery, the incidence of post-surgical DVT with this new device compared to traditional SCD and if this new device is capable of detecting sub-clinical post-surgical DVT. This may be because sequential compressions may empty the venous system more efficiently by compressing and emptying the veins distally first to fill the proximal venous system before this proximal part of the venous system is compressed and emptied. ![]() ![]() The addition of the servo motor and fine sensors may also be able to detect sub-clinical DVT's that contribute to post-surgical pulmonary embolus and post-surgical complications. Sequential Compression Devices vs Anticoagulant in DVT PreventionDeep vein thrombosis has long been a dangerous infection deep vein thrombosis by itselfis. A systemic fibrinolytic effect has also been proposed, adding a second mechanism of action. The devices are believed to produce a milking action on the deep veins to prevent venous stasis. In many conditions treated with compression devices, such as venous ulcers and lymphoedema, concomitant bacterial and fungal colonisation or infection may be present. This new compression device was developed to provide a cheaper, mobile device that can be worn by the patient after surgery and while at home during ambulation. Background: Sequential compression devices are often considered a mainstay of prophylaxis against deep venous thromboses in surgical patients. Pneumatic sequential compression devices are cumbersome, expensive and not mobile. There are a number of factors that can increase your chances of getting a DVT or clot. IPC that mimics the MLD process has been shown to be more effective in reducing leg volume compared with traditional sequential IPC in the distal aspect of the leg. While multiple studies demonstrate the benefits of SCDs,4 reports submitted to PA-PSRS indicate that SCDs may increase the risk of harm when patients fall. High-risk populations that may need to use Leg Compression Machines. Inferior vena cava filters reduce the risk of pulmonary embolism in. ![]() The investigators aim to compare a new sequential compression for the leg that utilizes a servo motor for compression as opposed to a traditional pneumatic motor that is typically used in the hospital and after surgery. IPC is effective in reducing limb volume and improving quality of life for patients with lower limb lymphedema. more effectively than sequential compression devices during the chronic phase post. Air is pumped into each compartment, from bottom to top, inflating them.
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