The appearance of the face and neck typically changes with age. Loss of tissue volume and skin elasticity gives the face a flabby or drooping appearance. Although everyone in Minnesota gets older, and there’s no stopping it, it doesn’t mean we have to look older, more tired or less attractive. This blog helps you to understand facial aging mechanism and process that make you look older than you’d like and help what can be done to make you more attractive.
Your face and neck age because of changes in the following factors:
Volume changes: people in the Minneapolis and St Paul areas typically lose the fat volume in the forehead, temporal areas, and cheeks. In the meantime, excessive fat accumulation happens in the eyelids, upper side of nasolabial grooves, and jowl and neck (submental) areas.
Skin Changes: The skin changes are noticed much earlier than any other changes. These skin changes happen due to aging, genetics, skin nutrition and sun damage. Skin loses elasticity over the time and becomes dry, thin and wrinkled. In addition, the skin’s normal turnover process gets slower as we age, the ability of self-rejuvenation of the skin cells decreased. Moreover, repeated contraction of facial expression muscles over the years leads to the formation of permanent folds where become inscribed in the skin.
Other tissue changes: Just like skin and fat changes, other facial tissues such as muscle, fascia and ligaments change. These tissues can lose strength and elasticity and cause looseness of facial tissues.
Gravity effect: Over time, gravity, aided by a loss of elasticity in the skin and tissues, can displace the tissues of the face. For example, the brow and eyelids sag, creating a tired or old appearance. Hanging skin and fat in the jowl areas create the square shape instead youthful V shape.
These aging changes combine to transform your face from an attractive and youthful one into a tired and aged appearance. However, our full lines of anti-aging services in Shu Cosmetic Surgery can either improve or reverse these effects by targeting each aging element.