FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W4328049596> ?p ?o ?g. }

• W4328049596 endingPage "283" @default.
• W4328049596 startingPage "274" @default.
• W4328049596 abstract "The effects of sex on human facial morphology have been widely documented. Because sexual dimorphism is relevant to a variety of scientific and applied disciplines, it is imperative to have a complete and accurate account of how and where male and female faces differ. We apply a comprehensive facial phenotyping strategy to a large set of existing 3D facial surface images. We investigate facial sexual dimorphism in terms of size, shape, and shape variance. We also assess the ability to correctly assign sex based on shape, both for the whole face and for subregions. We applied a predefined data-driven segmentation to partition the 3D facial surfaces of 2446 adults into 63 hierarchically linked regions, ranging from global (whole face) to highly localized subparts. Each facial region was then analyzed with spatially dense geometric morphometrics. To describe the major modes of shape variation, principal components analysis was applied to the Procrustes aligned 3D points comprising each of the 63 facial regions. Both nonparametric and permutation-based statistics were then used to quantify the facial size and shape differences and visualizations were generated. Males were significantly larger than females for all 63 facial regions. Statistically significant sex differences in shape were also seen in all regions and the effects tended to be more pronounced for the upper lip and forehead, with more subtle changes emerging as the facial regions became more granular. Males also showed greater levels of shape variance, with the largest effect observed for the central forehead. Classification accuracy was highest for the full face (97%), while most facial regions showed an accuracy of 75% or greater. In summary, sex differences in both size and shape were present across every part of the face. By breaking the face into subparts, some shape differences emerged that were not apparent when analyzing the face as a whole. The increase in facial shape variance suggests possible evolutionary origins and may offer insights for understanding congenital facial malformations. Our classification results indicate that a high degree of accuracy is possible with only parts of the face, which may have implications for biometrics applications." @default.
• W4328049596 created "2023-03-22" @default.
• W4328049596 creator A5031945469 @default.
• W4328049596 creator A5033510739 @default.
• W4328049596 creator A5035802376 @default.
• W4328049596 creator A5044858589 @default.
• W4328049596 creator A5054286392 @default.
• W4328049596 creator A5057906736 @default.
• W4328049596 creator A5064886913 @default.
• W4328049596 creator A5066801964 @default.
• W4328049596 creator A5088022576 @default.
• W4328049596 date "2023-03-21" @default.
• W4328049596 modified "2023-10-17" @default.
• W4328049596 title "Using data‐driven phenotyping to investigate the impact of sex on <scp>3D</scp> human facial surface morphology" @default.
• W4328049596 cites W1580087100 @default.
• W4328049596 cites W1919291954 @default.
• W4328049596 cites W1927613819 @default.
• W4328049596 cites W1964346909 @default.
• W4328049596 cites W1981609916 @default.
• W4328049596 cites W1981911718 @default.
• W4328049596 cites W1984298020 @default.
• W4328049596 cites W1986819584 @default.
• W4328049596 cites W1990947667 @default.
• W4328049596 cites W2013452360 @default.
• W4328049596 cites W2032959762 @default.
• W4328049596 cites W2046244693 @default.
• W4328049596 cites W2046384096 @default.
• W4328049596 cites W2052078468 @default.
• W4328049596 cites W2058852373 @default.
• W4328049596 cites W2063003687 @default.
• W4328049596 cites W2070501621 @default.
• W4328049596 cites W2073119466 @default.
• W4328049596 cites W2073744318 @default.
• W4328049596 cites W2078737216 @default.
• W4328049596 cites W2085653680 @default.
• W4328049596 cites W2086233528 @default.
• W4328049596 cites W2095866866 @default.
• W4328049596 cites W2101291196 @default.
• W4328049596 cites W2106234275 @default.
• W4328049596 cites W2107755054 @default.
• W4328049596 cites W2110216966 @default.
• W4328049596 cites W2114007885 @default.
• W4328049596 cites W2115307144 @default.
• W4328049596 cites W2131092998 @default.
• W4328049596 cites W2151621937 @default.
• W4328049596 cites W2164321895 @default.
• W4328049596 cites W2168179481 @default.
• W4328049596 cites W2170384145 @default.
• W4328049596 cites W2178449205 @default.
• W4328049596 cites W2187620974 @default.
• W4328049596 cites W2191680646 @default.
• W4328049596 cites W2296276129 @default.
• W4328049596 cites W2317137219 @default.
• W4328049596 cites W2330963956 @default.
• W4328049596 cites W2340514036 @default.
• W4328049596 cites W2475331565 @default.
• W4328049596 cites W2789017128 @default.
• W4328049596 cites W2793183233 @default.
• W4328049596 cites W2806414211 @default.
• W4328049596 cites W2907562204 @default.
• W4328049596 cites W3100828003 @default.
• W4328049596 cites W3113354915 @default.
• W4328049596 cites W3126597345 @default.
• W4328049596 cites W3136553518 @default.
• W4328049596 cites W3150190988 @default.
• W4328049596 cites W3169104082 @default.
• W4328049596 cites W4220917885 @default.
• W4328049596 cites W4225417709 @default.
• W4328049596 cites W4239687532 @default.
• W4328049596 cites W4256209565 @default.
• W4328049596 cites W4328049596 @default.
• W4328049596 cites W2401429224 @default.
• W4328049596 doi "https://doi.org/10.1111/joa.13866" @default.
• W4328049596 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/36943032" @default.
• W4328049596 hasPublicationYear "2023" @default.
• W4328049596 type Work @default.
• W4328049596 citedByCount "2" @default.
• W4328049596 countsByYear W43280495962023 @default.
• W4328049596 crossrefType "journal-article" @default.
• W4328049596 hasAuthorship W4328049596A5031945469 @default.
• W4328049596 hasAuthorship W4328049596A5033510739 @default.
• W4328049596 hasAuthorship W4328049596A5035802376 @default.
• W4328049596 hasAuthorship W4328049596A5044858589 @default.
• W4328049596 hasAuthorship W4328049596A5054286392 @default.
• W4328049596 hasAuthorship W4328049596A5057906736 @default.
• W4328049596 hasAuthorship W4328049596A5064886913 @default.
• W4328049596 hasAuthorship W4328049596A5066801964 @default.
• W4328049596 hasAuthorship W4328049596A5088022576 @default.
• W4328049596 hasBestOaLocation W43280495961 @default.
• W4328049596 hasConcept C105083479 @default.
• W4328049596 hasConcept C105702510 @default.
• W4328049596 hasConcept C144024400 @default.
• W4328049596 hasConcept C153180895 @default.
• W4328049596 hasConcept C154945302 @default.
• W4328049596 hasConcept C2778585274 @default.
• W4328049596 hasConcept C2779304628 @default.
• W4328049596 hasConcept C2780446394 @default.
• W4328049596 hasConcept C33511622 @default.

• next