What is the primary purpose of TED Hose and Sequential Compression Devices, and what is the PT guideline?

What is the primary purpose of TED Hose and Sequential Compression Devices, and what is the PT guideline?

• A. Purpose: prevent DVT, manage edema; PT: remove SCD sleeves for ambulation, reapply afterward.
• B. Purpose: provide respiratory support; PT: keep devices on during ambulation.
• C. Purpose: measure blood pressure; PT: remove for mobility.
• D. Purpose: deliver IV fluids; PT: avoid movement.

Answer: (A)

TED Hose and Sequential Compression Devices are used to prevent venous thromboembolism and help manage leg edema by promoting venous blood flow back toward the heart. TED Hose provide constant graduated compression, while SCDs deliver intermittent pneumatic compression that mimics a calf muscle pump. The main goal in PT practice is to reduce venous stasis in at-risk patients, especially after surgery or with limited mobility. The guideline for physical therapy sessions is to remove the SCD sleeves during ambulation to allow comfortable movement and skin inspection, then reapply them afterward to continue prophylaxis when the patient is resting or not walking. This approach keeps protection in place when needed while ensuring safety and skin integrity during activity. Other options don’t fit because these devices aren’t for respiratory support, blood pressure measurement, or delivering IV fluids.

TED Hose and Sequential Compression Devices are used to prevent venous thromboembolism and help manage leg edema by promoting venous blood flow back toward the heart. TED Hose provide constant graduated compression, while SCDs deliver intermittent pneumatic compression that mimics a calf muscle pump. The main goal in PT practice is to reduce venous stasis in at-risk patients, especially after surgery or with limited mobility.

The guideline for physical therapy sessions is to remove the SCD sleeves during ambulation to allow comfortable movement and skin inspection, then reapply them afterward to continue prophylaxis when the patient is resting or not walking. This approach keeps protection in place when needed while ensuring safety and skin integrity during activity.

Other options don’t fit because these devices aren’t for respiratory support, blood pressure measurement, or delivering IV fluids.