What exactly is that troublesome cellulite? Cellulite is a common skin condition in women. It's called "orange peel skin" because its appearance resembles the texture of an orange peel. It's also known as orange peel pattern and medically termed "cellulitis." Numerous factors contribute to its formation, including genetics, rapid weight fluctuations, alcohol abuse, lack of sleep, and prolonged sedentary lifestyles.
Scientific research indicates cellulite results from uneven tension and insufficient strength in the subcutaneous connective tissue. As women approach menopause, declining estrogen levels often mark the onset of cellulite.Estrogen influences blood vessels. As estrogen levels decline, blood circulation decreases, reducing oxygen and nutrient supply to blood vessels and thighs. This also leads to a decrease in collagen production. Fat cells gradually enlarge and begin to protrude through the collagen, forming the accumulated fat deposits characteristic of cellulite.Cellulite typically appears on the knees, upper thighs, and buttocks. These areas are prone to cellulite because they contain three layers of fat. Similar areas include the waist, abdomen, and triceps. Connective tissue is the structure linking the skin to underlying muscles and bones.Regardless of whether fat forms lumps, cellulite remains invisible to the naked eye if the connective tissue is sufficiently dense and resilient. Only when the strength and thickness of the connective tissue between the dermis and fat layer become uneven does the fat layer protrude outward into the dermis. Once fat irregularly invades the dermis, it forms clusters of fat lumps.
This inherent variation in uniformity and strength is linked to gender. Men naturally possess stronger subcutaneous connective tissue, while women are at a disadvantage. This deficiency in subcutaneous tissue tension may manifest throughout the body, not just in areas like the abdomen, buttocks, thighs, and upper arms. With advancing age, individuals become increasingly prone to protrusions caused by connective tissue unable to bear the load.
Studies conducted in the United States and France in 1998 and 2002 revealed that patients with cellulite exhibit no difference in metabolic efficiency of localized fat tissue or fluid transport via blood and lymph compared to healthy individuals. In other words, there is no evidence of "reduced metabolic function, fluid and toxin retention, or lax skin tissue."