Poke your cheeks
Dimples are visible indentations of the skin, caused by underlying flesh, which form on some people's cheeks when they smile.
yes it is because your cheeks are cells
Dimples are mostly located on the cheeks. They are common genetic trait. Most are caused by a birth defect, which just goes to show that not all "malformations" are actually bad. In fact, in many cultures, dimpled cheeks are considered attractive.
No, there is no evidence of it. Dimples are natural indentations in your face, and they have nothing to do with sucking your cheeks. Some researchers believe they are a genetic characteristic, and if you possess the gene for dimples, you will have them. But other researchers disagree, saying they have not yet found which gene is responsible for dimples. But in either case, sucking in your cheeks probably would not give you permanent dimpling, since the skin is flexible and tends to bounce back.
Dimples are small indentations that can appear on the cheeks when someone smiles. They are considered a genetic trait and are often inherited from family members. Dimples are seen as a cute or attractive feature by some people.
Dimples can be located anywhere along the cheek bone.
No, dimples are not considered a facial deformity. Dimples are a genetic trait that results in small indentations on the cheeks when a person smiles. They are considered a desirable feature by many people and are not associated with any health issues.
A Dimple is another word for a small dent (like dimples on a golf ball). The dimple in your cheeks are caused by a small gap beween the muscle Orbicularis Oris and part of the skull called the Zygomatic Arch (in the higher up dimples) or between the two muscles Orbicularis Oris and Temporalis (in the lower down dimples)
Not any more than sucking your cheeks in create dimples.
You can get chubby cheeks by including weight gaining foods in your everyday diet... In my opinion, there aren't any facial exercise to get dimples... Hope that this information is useful... Take care
a example of a gene