Table 5.
Techniques Used to Measure Skin Biomechanics in Women With Cellulite
| Technique | Measurement of cellulite severity | Used in clinical practice? | Used in research? | Comments |
|---|---|---|---|---|
| Measurement of skin elasticity3,27,49 | Skin elasticity measured by suction probe and combined with objective measures of cellulite severity | No | Yes | To date, no studies have shown skin elasticity to be a relevant assessment tool for measurement of cellulite severity |
| Measurement of skin surface roughness34 | Measured by 3D imaging and combined with objective measures of cellulite severity | No | Yes | Correlations reported between surface roughness and severity of cellulite |
| Measurement of skin surface profile (waviness)35 | Measured by 3D scanning and combined with objective measures of cellulite severity | No | Yes | Improvements in skin waviness have not been reported to correlate with cellulite severity |
| Optical computed tomography53 | Measured by reflecting infrared light from internal structures in the skin | No | Rarely | • Offers good resolution due to high frequency of infrared waves • However, infrared waves can only penetrate approximately 1000 μm into the skin; hence, only the epidermis and papillary dermis can be adequately visualized |
3D, 3-dimensional.