Compression stockings and anti-embolism stockings, also known as TED hose, serve similar purposes in promoting healthy blood circulation in the legs. However, they have distinct differences in their intended use, target audience, and compression levels.
Intended Use: Compression stockings are designed for individuals who are mobile and active, such as those with varicose veins, edema, or lymphedema. They help improve blood flow, reduce swelling, and alleviate discomfort associated with these conditions.
Anti-embolism stockings (TED hose) are specifically intended for post-surgical patients, bedridden individuals, or those with limited mobility. They help prevent deep vein thrombosis (DVT) by reducing the risk of blood clots in the legs.
Target Audience: Compression stockings are often recommended for people who stand or sit for long periods, athletes, pregnant women, and individuals with venous insufficiency or circulation problems.
TED hose, on the other hand, are typically prescribed for patients recovering from surgery, those with limited mobility, or individuals at a higher risk of developing blood clots.
Compression Levels: Compression stockings apply graduated compression, which means they are tighter at the ankle and gradually decrease in pressure as they move up the leg. This design helps push blood back towards the heart. They come in various compression levels, ranging from mild to strong.
Anti-embolism stockings (TED hose) provide uniform compression throughout, usually at a lower level than regular compression stockings. They are designed to maintain proper blood flow for individuals who are temporarily immobile or have limited mobility.
In summary, while both compression stockings and TED hose promote healthy blood circulation in the legs, they cater to different needs and circumstances. Compression stockings are better suited for active individuals with circulation issues or specific medical conditions, while anti-embolism stockings (TED hose) are designed for post-surgical patients and those with limited mobility to prevent blood clot formation.
