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<edm:dataProvider>University of Veterinary Medicine Vienna</edm:dataProvider>

  
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<dc:title xml:lang="en">Intra- and Interexaminer Measurement Variability Analysis of an Orthodontic Gauge Device to Determine Incisor Occlusal Surface Angles in the Horse</dc:title>

  
<dc:description xml:lang="en">Incisor malocclusions are common in horses. As yet, an evidence-based understanding of incisor occlusal surface angle dynamics and normocclusal range is missing. Orthodontic measuring devices could help unravel this information objectively but imply measurement validation. We evaluated intra- and interexaminer variability of repeated sagittal and transversal incisor occlusal surface angle measures using a commercial orthodontic gauge device (MaPHorse1). Five examiners (two experienced, three inexperienced) measured six cadaver heads on 2 consecutive days in a blinded block-randomization design, resulting in 16 measures per examiner*head. Sagittal and transversal angle measures revealed low intraexaminer variability at scale-level independent mean SDs of α 0.58° and α 0.69°, respectively. Sagittal angle measures associate with low interexaminer variability, showing small mean angle differences (max. α 0.51° ± 0.35°), small scatter, and more consistent data reproducibility. Despite comparable mean interexaminer differences, the spread of transversal angle measures was relevantly higher using the proposed landmarks (average 2.2-fold higher interquartile range). The measurement performance of experienced and inexperienced examiners did not systematically differ. The time required for individual measurements was already comparable after 24/96 repetitions. This instrument may help deciphering sagittal angle normocclusal range and orthognathic dynamics and, with a proposed procedural amendment, transversal angle as well.</dc:description>

  
<dc:identifier>https://phaidra.vetmeduni.ac.at/o:2091</dc:identifier>

  
<dc:language>en</dc:language>

  
<edm:type>TEXT</edm:type>

  
<dc:type xml:lang="en">article</dc:type>

  
<dc:subject xml:lang="en">Beam Computed-Tomography; Landmark Identification; Equine Incisor; Reliability; Malocclusion; Disorders; Accuracy; Teeth</dc:subject>

  
<dcterms:issued>2022</dcterms:issued>

  
<dc:date>2022</dc:date>

  
<dc:creator>Kau, Silvio (University of Veterinary Medicine Vienna)</dc:creator>

  
<dc:creator>Hartl, Bettina (University of Veterinary Medicine Vienna)</dc:creator>

  
<dc:creator>Pellachin, Matteo (Private Equine Veterinary Dentist and Specialist on Equine Orthodontics Padova)</dc:creator>

  
<dc:creator>Kunz, João R. (Veterinary Clinic Gessertshausen Altano GmbH)</dc:creator>

  
<dc:creator>Moser, Viktoria J. (University of Veterinary Medicine Vienna)</dc:creator>

  
<dc:creator>Motter, Katharina S. (University of Veterinary Medicine Vienna)</dc:creator>

  
<dc:publisher>MDPI</dc:publisher>

  
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