Physical Therapy for Deep Vein Thrombophlebitis (DVT) PDF

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BUC

Dr. Ahmed Mohamed Abdel-Halim

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physical therapy deep vein thrombophlebitis DVT medical treatment

Summary

This document presents an overview of physical therapy for deep vein thrombophlebitis (DVT). It covers the mechanisms of DVT, including clot formation and inflammation, and details clinical features, risk factors, diagnostic procedures, and management strategies. The document also explains the use of compression stockings and intermittent pneumatic compression for prevention and treatment of DVT.

Full Transcript

PHYSICAL THERAPY FOR DEEP VEIN THROMBOPHLEBITIS (DVT) BY DR. AHMED MOHAMED ABDEL-HALIM MECHANISM OF DEEP VEIN THROMBOPHLEBITIS (DVT) • Clot formation and acute inflammation in a deep vein. • Usually occurs in lower extremity, associated with venous stasis (bedrest, lack of leg exercise), hyperact...

PHYSICAL THERAPY FOR DEEP VEIN THROMBOPHLEBITIS (DVT) BY DR. AHMED MOHAMED ABDEL-HALIM MECHANISM OF DEEP VEIN THROMBOPHLEBITIS (DVT) • Clot formation and acute inflammation in a deep vein. • Usually occurs in lower extremity, associated with venous stasis (bedrest, lack of leg exercise), hyperactivity of blood coagulation, and vascular trauma. • The clot may result in damage to the venous valves, causing reflux and a condition known as post-thrombotic syndrome (PTS). The blood clot may break off and travel to the lungs, resulting in a pulmonary embolism (PE). PE may also be fatal. CLINICAL FEATURES OF DVT • Signs and symptoms: • Asymptomatic early • Inflammation • Tenderness and pain • Swelling and warmth • Skin discoloration. • Positive Homan's sign (test for DVT of calf vein ). RISK FACTORS FOR DVT • Active cancer (treatment ongoing, within previous 6 months) • Paralysis, paresis, or recent plaster immobilization of the lower extremities • Recently bedridden for > 3 days or major surgery within 4 weeks • Localized tenderness along the distribution of the deep venous system. • Entire lower extremity swelling • Hyperactivity of blood coagulation • vascular trauma. CLINICAL PREDICTION RULE FOR DVT • Calf swelling > 3 cm when compared with the asymptomatic lower extremity. Measured with a tape measure 10cm below the tibial tuberosity • Pitting edema (greater in the symptomatic lower extremity) DIAGNOSTIC PROCEDURES • Homans' Sign: • The patient's foot is passively dorsiflexed with the knee extended. Pain in the calf indicates a positive Homans' sign for DVT. • Tenderness is also elicited upon palpation of the calf. • Compression ultrasound/Duplex Ultrasound • produce an image of the involved vein. • Venography • This test is invasive and carries some risk. This procedure involves an x-ray of the veins (venogram) taken after a special dye is injected into the bone marrow or veins. MANAGEMENT • Anticoagulation • Thrombolysis • Bedrest • Compression stockings Compression stockings are tight at the feet with a gradually looser fit on the leg (graduated compression). • Elastic compression stockings should be routinely applied "beginning within 1 month of diagnosis of proximal DVT and continuing for a minimum of 1 year after diagnosis COMPRESSION STOCKINGS HOW TO PREVENT DVT? • Intermittent pneumatic compression • Elevation • Exercises • Compression stocking INTERMITTENT PNEUMATIC COMPRESSION • Intermittent pneumatic compression (IPC) is an effective treatment for a variety of circulatory disorders as: • venous thromboembolism prophylaxis • treatment of lymphedema • improves walking distance in patients with intermittent claudication INTERMITTENT PNEUMATIC COMPRESSION • The device, consists of a pneumatic pump that inflates air into garments wrapped around the foot, calf, thigh, or combinations. • Devices with multiple chambers can provide sequential compression in an ascending pattern up the limb. • Pumps vary in their timing cycle and amount of pressure produced, ranging from low- pressure, slow-inflation to high-pressure, and rapid-inflation devices. PHYSIOLOGIC EFFECTS OF INTERMITTENT PNEUMATIC • PC reduces venous stasis • increases venous flow velocity in the deep veins. • decreased venous pressure • decreased interstitial edema. THANK YOU

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