'skin complexity' is correct and usable in written English.
It can be used to refer to the variety of shades, textures, and tones that make up a person's skin. For example, "There is a beautiful skin complexity among people in every culture."
It has been observed that Jolie does not wear heavy makeup so the question of her skin complexity is even more response worthy.
One of the better-known examples, Fowler's solution, contains 1% potassium arsenite and was in medicinal use until the 1950s for multiple diseases, as a general tonic and to change skin complexity (Waxman & Anderson, 2001).
Most importantly, this method naturally shows that some of the metastatic samples have a large value of M-skin complexity, so we present the results of another experiment, aimed at clarifying this fact.
The multilayered structure of skin reflects the complexity of its multifunctional activities.
The co-authors are not interested in getting under the skin of the complexities of capitalism by discussing, say, the limits of self-organising markets or the crucial role of democratic institutions in compensating for capitalism's failings through regulation and institution building.
Testing this in an intact system has been difficult because the complexity in skin-nerve interactions prohibits isolation of the skin and neuronal output (a behavioral reflex or the pattern of axonal firing) since any natural stimulation (e.g., mechanical or thermal) simultaneously affects both keratinocytes and sensory neurons.
By breaking down movement and speech into a comprehensible and interlocking set of patterns, he said, programmers will eventually create software that can easily reproduce the extraordinary complexity of skin, muscle, eye and hair movements that convey emotion.
It also originated from the complexity ofthe skin which.
Genomic sequencing surveys of the normal healthy human skin microbiome demonstrated vast complexity and diversity [ 2, 3] influenced by both environmental and host factors.
7 8 10 12 13 Furthermore, because of the complexity of skin images, it is not usually possible for every lesion to be segmented automatically.
Because of the optical complexity of skin, which contains numerous reflective elements, two essential options exist for in vivo imaging: either sufficient optical resolution is achieved in a sufficient volume of skin to allow diagnosis, with accuracy comparable to that of histopathology, or in vivo methods have to rely on pattern recognition at a lower magnification.
