mewannaascendnow
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Why Fascia and Genetics Are Fundamental to Facial Development.
Genetics — 30 reasons
- Genetics determines your basic facial bone structure.
- Genetics influences maxilla growth.
- Genetics influences mandible growth.
- Genetics affects cheekbone prominence.
- Genetics affects chin projection.
- Genetics influences facial width.
- Genetics influences facial height.
- Genetics affects eye shape.
- Genetics affects orbital structure.
- Genetics influences nose shape.
- Genetics affects lip shape.
- Genetics influences facial symmetry.
- Genetics affects muscle development.
- Genetics influences facial fat distribution.
- Genetics affects skin thickness.
- Genetics influences collagen production.
- Genetics affects puberty timing.
- Genetics influences growth rate.
- Genetics affects hormone sensitivity.
- Genetics influences bone density.
- Genetics affects dental development.
- Genetics influences bite development.
- Genetics affects facial proportions.
- Genetics influences how your face ages.
- Genetics affects skin pigmentation.
- Genetics influences hairline and facial hair.
- Genetics affects connective-tissue characteristics.
- Genetics determines many developmental signaling pathways.
- Genetics creates much of your individual facial phenotype.
- Ultimately, genetics provides the biological blueprint from which your face develops.
Fascia/soft tissue — 30 reasons
- Fascia connects and organizes facial tissues.
- Fascia surrounds facial muscles.
- Fascia interacts with the skin.
- Fascia interacts with facial fat compartments.
- Fascia helps transmit muscular forces.
- Fascia contributes to facial movement.
- Fascia influences tissue tension.
- Fascia helps organize the soft-tissue envelope.
- Fascia interacts with the underlying skeleton.
- Fascia helps coordinate facial expressions.
- Fascia contributes to how muscles move the skin.
- Fascia works with connective tissue throughout the face.
- Fascia can influence how soft tissue sits over bone.
- Fascia contributes to facial contour.
- Fascia participates in mechanical force transmission.
- Fascia changes with aging.
- Fascia interacts with changes in facial fat.
- Fascia interacts with muscle development.
- Fascia contributes to tissue mobility.
- Fascia helps maintain structural organization.
- Fascia is part of the facial connective-tissue network.
- Fascia can affect how facial movements appear.
- Fascia influences the relationship between muscles and skin.
- Fascia contributes to soft-tissue positioning.
- Fascia works alongside ligaments and retaining structures.
- Fascia responds to mechanical loading.
- Fascia contributes to the overall soft-tissue architecture.
- Fascia helps determine how underlying anatomy is visually expressed.
- Facial appearance results partly from the interaction of fascia, fat, muscle, skin, and bone.
- The key point is that fascia helps determine how the underlying genetic skeletal structure is expressed visually.