The Skin and Compression Therapy Techniques

The Skin and Compression Therapy Techniques

By Dr Reinhard Bergel

THE SKIN AND ITS RESPONSE TO COMPRESSION FORCES COMPRESSION THERAPY TECHNIQUES AGAINST CELLULITE AND POST SURGERY EDEMA DEVELOPMENT

MANUAL COMPRESSION AND EXERCISE, COMPRESSION BANDAGE, COMPRESSION STOCKING/GARMENT& COMPRESSION PUMP TREATMENT

HEALTHY SKIN RESPONDS TO COMPRESSION THERAPY AND EXERCISE

The skin is designed so that health of the outer .3 mm of its surface is maintained by low grade of pressure and exercise. There are two essential working parts of the skin, the outer tissue and the adipose(fatty) tissue. The outer .3 mm of its surface, which includes the EPIDERMIS and its MICROCIRCULATION of blood supply and lymphatic drainage, works to display, to protect and to provide an immune and endocrine system. MOISTURIZING from within keeps the surface resilient but it is balanced by effective fluid removal, venous and lymphatic drainage. The rest of the dermis is in support and deep to the dermis but closely linked to it is the adipose, fatty tissue. This contributes to the body's shape, disperses the forces of pressure and acts as an endocrine and thermoregulatory system. Into this MICROCIRCULATORY SYSTEM enters an arterial blood supply, divided into rich capillary beds in the upper .3 mm of the skin and in the adipose tissue. Both drain into the venous system. The microcirculatory portion of the skin is drained, cleansed, detoxified by a rich plexus of endothelial cells, the lymphatic capillaries. This endothelial capillary bed exists throughout the adipose tissue but provides very little effective drainage of that system.

POOR (ATROPHIC) SKIN DUE TO LACK OF NUTRITION OR TOO MUCH NOURISHMENT AND NOT ENOUGH EXERCISE (HYPERTROPHIC) SKIN RESPONDS LESS WELL TO COMPRESSION

Skin thickness varies throughout the body's surface influencing the skin's function. These regional differences are due to damage from the sun, obesity, gravity or exposure to cold. Variability of the UPPER DERMIS depends upon a range from atrophy to hypertrophy. Healthy skin has an undulating, well moving epidermis, with rete ridges (healthy plexus of blood vessels and nerves). Poor skin condition is a sign of poor microcirculation of the capillary hairpin loop bed in the papillae situated in the CONNECTIVE TISSUE. When the EPIDERMIS is poorly supported and dilated, it may be visible from the surface as TELANGECTASIA. The LYMPHATIC SYSTEM begins just deep in this capillary bed and is surrounded by a network of collagen and elastic fibers which helps it to be responsive to exercise and compression and links it to the overlying epidermis, perhaps providing low resistance pathways for passage of materials from the epidermis. In poor skin condition, the system loses its efficacy often due to loss of elastin which has been shown in contemporary techniques of ultrasound of the skin.

Indentation of the skin as may occur by indenting a thumb or lying on a wrinkeld pillow, provide indentation marks which, on ultrasound viewing, clearly show indentation into the upper dermis, down to the level of the blood and lymphatic capillary bed. This characteristic highlights the superficial level of the structures and the ease with which these structures can be manipulated on the surface.

A compromised lymphatic system associated with poor venous circulation creates significant changes in the proportions of the tissues. If the drainage system of the skin is impaired, collagen fibers are laid down, there is an accumulation of fat cells and the structure of the thickened tissues is altered, leading to excess leakage(edema) and inflammation(cellulitis). Further expansion of the tissue is limited by its sclerotic fibrosis.

HEALTHY SKIN MAINTENANCE

The ideal healthy skin maintenance program besides good nutrition is a regular submaximal natural exercise regimen, such as walking, swimming, stretching, simple movements which tend to empty the lymphatics in the chest and abdominal cavity before activating the lymphatics in the peripheries.

Simple low grade exerises make use of the normal structure of the skin in which the collagen and elastic fibers extend mechanical signals which may be transduced into biomechanical signals at the cellular level. The fibrous network of supportive collagen and elastin is distributed optimally to allow a response to exercise. In the impaired microcirculation of the skin, one of the additions that has proven very effective in tissue health is compression in the form of manual compression of the skin, manual lymphatic drainage, followed by a low stretch compression bandage or garment, which allows the exercise to be felt by the tissues and in which working compression at the surface of the skin may occur when muscles in the deeper tissues contract.

MANUAL COMPRESSION OF THE SKIN

Manual drainage therapy of edema causes volume reduction. Subsequent compression therapy with bandages, compression stockings, and pneumomassage is used to preserve the therapeutic success. Compression results in increased tissue pressure with the following consequences: