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- W4296526326 abstract "The aim of the study was to systematically review and compare the accuracy of smartphone scanners versus stereophotogrammetry technology for facial digitization in children. A systematic literature search strategy of articles published from 1 January 2010 to 30 August 2022 was adopted through a combination of Mesh terms and free text words pooled through boolean operators on the following databases: PubMed, Scopus, Web of Science, Cochrane Library, LILACS, and OpenGrey. Twenty-three articles met the inclusion criteria. Stationary stereophotogrammetry devices showed a mean accuracy that ranged from 0.087 to 0.860 mm, portable stereophotogrammetry scanners from 0.150 to 0.849 mm, and smartphones from 0.460 to 1.400 mm. Regarding the risk of bias assessment, fourteen papers showed an overall low risk, three articles had unclear risk and four articles had high risk. Although smartphones showed less performance on deep and irregular surfaces, all the analyzed devices were sufficiently accurate for clinical application. Internal depth-sensing cameras or external infrared structured-light depth-sensing cameras plugged into smartphones/tablets increased the accuracy. These devices are portable and inexpensive but require greater operator experience and patient compliance for the incremented time of acquisition. Stationary stereophotogrammetry is the gold standard for greater accuracy and shorter acquisition time, avoiding motion artifacts." @default.
- W4296526326 created "2022-09-21" @default.
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- W4296526326 date "2022-09-14" @default.
- W4296526326 modified "2023-09-30" @default.
- W4296526326 title "Facial Scanning Accuracy with Stereophotogrammetry and Smartphone Technology in Children: A Systematic Review" @default.
- W4296526326 cites W12219575 @default.
- W4296526326 cites W1751162681 @default.
- W4296526326 cites W1963578644 @default.
- W4296526326 cites W1966634267 @default.
- W4296526326 cites W1969527840 @default.
- W4296526326 cites W1969812908 @default.
- W4296526326 cites W1988312720 @default.
- W4296526326 cites W1993551492 @default.
- W4296526326 cites W2004554993 @default.
- W4296526326 cites W2008919383 @default.
- W4296526326 cites W2023217973 @default.
- W4296526326 cites W2025507250 @default.
- W4296526326 cites W2033438018 @default.
- W4296526326 cites W2040311723 @default.
- W4296526326 cites W2057106207 @default.
- W4296526326 cites W2065941020 @default.
- W4296526326 cites W2069784628 @default.
- W4296526326 cites W2069918474 @default.
- W4296526326 cites W2079367793 @default.
- W4296526326 cites W2082784950 @default.
- W4296526326 cites W2085583867 @default.
- W4296526326 cites W2107638293 @default.
- W4296526326 cites W2115307144 @default.
- W4296526326 cites W2146096886 @default.
- W4296526326 cites W2156348613 @default.
- W4296526326 cites W2156811922 @default.
- W4296526326 cites W2162144054 @default.
- W4296526326 cites W2174514877 @default.
- W4296526326 cites W2346702593 @default.
- W4296526326 cites W2400027876 @default.
- W4296526326 cites W2487258642 @default.
- W4296526326 cites W2516650606 @default.
- W4296526326 cites W2568161541 @default.
- W4296526326 cites W2571487468 @default.
- W4296526326 cites W2576440140 @default.
- W4296526326 cites W2581806152 @default.
- W4296526326 cites W2588681363 @default.
- W4296526326 cites W2606414613 @default.
- W4296526326 cites W2739218615 @default.
- W4296526326 cites W2743937314 @default.
- W4296526326 cites W2754690417 @default.
- W4296526326 cites W2770639156 @default.
- W4296526326 cites W2792394130 @default.
- W4296526326 cites W2792950808 @default.
- W4296526326 cites W2793187686 @default.
- W4296526326 cites W2800217892 @default.
- W4296526326 cites W2806593380 @default.
- W4296526326 cites W2808545132 @default.
- W4296526326 cites W2881476227 @default.
- W4296526326 cites W2886241368 @default.
- W4296526326 cites W2891999484 @default.
- W4296526326 cites W2906203387 @default.
- W4296526326 cites W2932142620 @default.
- W4296526326 cites W2965013351 @default.
- W4296526326 cites W2965099320 @default.
- W4296526326 cites W2977724833 @default.
- W4296526326 cites W2978436391 @default.
- W4296526326 cites W2982384131 @default.
- W4296526326 cites W2996305510 @default.
- W4296526326 cites W2998033338 @default.
- W4296526326 cites W3000159201 @default.
- W4296526326 cites W3010538462 @default.
- W4296526326 cites W3012504970 @default.
- W4296526326 cites W3013857928 @default.
- W4296526326 cites W3018650743 @default.
- W4296526326 cites W3033972674 @default.
- W4296526326 cites W3044870086 @default.
- W4296526326 cites W3049525696 @default.
- W4296526326 cites W3086719422 @default.
- W4296526326 cites W3087667415 @default.
- W4296526326 cites W3091271879 @default.
- W4296526326 cites W3093530492 @default.
- W4296526326 cites W3115069501 @default.
- W4296526326 cites W3118210997 @default.
- W4296526326 cites W3165545404 @default.
- W4296526326 cites W3167814027 @default.
- W4296526326 cites W3184744368 @default.
- W4296526326 cites W3200435793 @default.
- W4296526326 cites W3215306787 @default.
- W4296526326 cites W4207066093 @default.
- W4296526326 cites W4283170173 @default.
- W4296526326 doi "https://doi.org/10.3390/children9091390" @default.
- W4296526326 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/36138698" @default.
- W4296526326 hasPublicationYear "2022" @default.
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