THE DURATION OF THE PROCESSES OF VIRTUAL BRACES PLACEMENT BY AN ORTHODONTIST ON THE JAWS DIGITAL MODELS AND MODELING AND CORRECTION OF TEMPLATES FOR THEIR TRANSFER TO THE ORAL CAVITY

The purpose of this study. Improving the effectiveness of providing dental care to the population of Ukraine by determining the duration of digital protocols of virtual placement of braces by an orthodontist on digital models of the jaws and computer modeling or correcting patterns for transferring braces from models to the oral cavity. Research materials and methods. The first object of the study was dentists providing medical care in the specialty "orthodontics" of various qualifications, working in medical institutions of various forms of ownership in different regions of the country. The subject of the study was the nomenclature of modern types of orthodontic care in Ukraine. The second object of the study was the duration of dental orthodontic care in Ukraine, and the subject of the study is methodological measures and techniques for determining the duration of digital protocols of virtual placement of braces by an orthodontist on digital models of the jaws and computer modeling or correcting patterns for transferring braces from models to the oral cavity and determining the time standards and conventional units of labor intensity of providing appropriate care. Research results and their discussion. Conducting time-based observations of the work of 8 orthodontists who performed 16 digital protocols of virtual placement of braces on digital models of the jaws and modeling or correcting patterns for their transfer to the oral cavity showed that they are quite complex and require mandatory preliminary training,and the duration of the process directly depends on the quality of the obtained digital models of the jaws, the ability of a specialist to work in a computer program, the features of interocclusal relations, oral health, the state of hard tissues of the teeth, this directly affects the place and quality of fixing braces on the teeth. The normative duration of these processes takes 76.63 minutes or 1.3 CUL for the process of virtual placement of braces by an orthodontist on digital models of the jaws and 56.37 minutes or 1.0 CUL for computer placement or adjustment of templates for transferring braces from the model to the oral cavity. The consultation stage respectively lasts 30.06 minutes or 0.5 CUL.

Authors

Publication Details

Journal
Scientific and practical journal Stomatological Bulletin
Published
2024-09-05
DOI
https://doi.org/10.35220/2078-8916-2024-52-2.13
Citations
2
Primary Topic
Engineering Technology and Methodologies
Type
article
Field-Weighted Citation Impact
0.70
Controls
|||
ALL TIME
JAN
FEB
MAR
APR
MAY
JUN
JUL
AUG
SEP
OCT
article

THE DURATION OF THE PROCESSES OF VIRTUAL BRACES PLACEMENT BY AN ORTHODONTIST ON THE JAWS DIGITAL MODELS AND MODELING AND CORRECTION OF TEMPLATES FOR THEIR TRANSFER TO THE ORAL CAVITY

Vladimir Gorokhivskyi, O.E. Nomerovska
2 citations
Scientific and practical journal Stomatological Bulletin
Engineering Technology and Methodologies
0.70
article

THE DURATION OF THE PROCESSES OF VIRTUAL BRACES PLACEMENT BY AN ORTHODONTIST ON THE JAWS DIGITAL MODELS AND MODELING AND CORRECTION OF TEMPLATES FOR THEIR TRANSFER TO THE ORAL CAVITY

Vladimir Gorokhivskyi, O.E. Nomerovska
article en
2 citations

Abstract

The purpose of this study. Improving the effectiveness of providing dental care to the population of Ukraine by determining the duration of digital protocols of virtual placement of braces by an orthodontist on digital models of the jaws and computer modeling or correcting patterns for transferring braces from models to the oral cavity. Research materials and methods. The first object of the study was dentists providing medical care in the specialty "orthodontics" of various qualifications, working in medical institutions of various forms of ownership in different regions of the country. The subject of the study was the nomenclature of modern types of orthodontic care in Ukraine. The second object of the study was the duration of dental orthodontic care in Ukraine, and the subject of the study is methodological measures and techniques for determining the duration of digital protocols of virtual placement of braces by an orthodontist on digital models of the jaws and computer modeling or correcting patterns for transferring braces from models to the oral cavity and determining the time standards and conventional units of labor intensity of providing appropriate care. Research results and their discussion. Conducting time-based observations of the work of 8 orthodontists who performed 16 digital protocols of virtual placement of braces on digital models of the jaws and modeling or correcting patterns for their transfer to the oral cavity showed that they are quite complex and require mandatory preliminary training,and the duration of the process directly depends on the quality of the obtained digital models of the jaws, the ability of a specialist to work in a computer program, the features of interocclusal relations, oral health, the state of hard tissues of the teeth, this directly affects the place and quality of fixing braces on the teeth. The normative duration of these processes takes 76.63 minutes or 1.3 CUL for the process of virtual placement of braces by an orthodontist on digital models of the jaws and 56.37 minutes or 1.0 CUL for computer placement or adjustment of templates for transferring braces from the model to the oral cavity. The consultation stage respectively lasts 30.06 minutes or 0.5 CUL.

Scientific and practical journal Stomatological BulletinVol. 127(2)
Openalex Percentile: Top 26%
Engineering Technology and Methodologies
0.70
AI Navigator

Ask Laika to Summarize, Analyze, and Connect papers live on the map.

Summarize Papers & Methodologies

Extract key findings, datasets, and comparative methods across publications.

Benchmark Rankings & Visual Analytics

Rank top research institutions, authors, funders, topics, and journals by Field-Weighted Citation Impact (FWCI) and paper volume with instant charts.

Connect Distant Disciplines

Bridge topological clusters on the map to find hidden collaborative intersections.