Sentence examples for selection of skin from inspiring English sources

Improved software could replace the visual assessment (Figs. 2, 3) by automated selection of skin lesions in the future.

These percentages are comparable to the 10.2% and 27.4% respectively observed by van Dijk et al. [ 18] The minor differences observed are probably due to a different selection of skin lesions as van Dijk et al. only studied benign neoplasms of the skin and naevi, and included episodes of care instead of first contacts.

You have a selection of skins you can slap on.

In all steps, the selection of facial skin mask vs. the hand skin regions is achieved via Viola-Jones face detection with Kalman filtering, which guarantees robustness [53].

Natural selection of amphibian skin venom peptides for antipredator defence, through inter-species delivery by an exogenous secretory mode, produces subtle structural stabilisation modifications that can potentially provide new insights for the design of selectively targeted peptide therapeutics.

This result suggests that this locus might be a molecular marker for the selection of dark skin color in poultry production.

In addition, we employed quantitative PCR (qPCR) to further validate several copy number variable genes, such as prolactin receptor, endothelin 3 (EDN3), suppressor of cytokine signaling 2, CD8a molecule, with important functions, and the results suggested that EDN3 might be a molecular marker for the selection of dark skin color in poultry production.

This highly unexpected finding may suggest that factors other than vitamin D status are driving natural selection on the basis of skin colour.

Skin color has proven to be a useful and robust cue for face detection, localization and tracking, and a large number of skin color selection and classification have been reported in the last decade.

To improve this condition, a selection of patients with advanced skin disease and regional extension could be overcome by a combination of TSEBT and photon beam irradiation [ 5].

We used a multilayer model (Methods; see Additional file 2) to simulate the reflectivity and colors produced by organized crystals using parameters such as crystal height (that is, thickness) and spacing between crystal layers, estimated from TEM images collected for a selection of green and blue skin samples (Table  1; see Additional file 2: Table S3).