Vključitev računalniško podprte kefalometrične analize v sistem e-Zdravje

CANKAR, MARKO (author), Mraz, Miha (mentor)

Ljudje se za ortodnontsko zdravljenje odločajo, da bi odpravili različne funkcionalne motnje povezane z nepravilnostmi zobovja in čeljusti ter tudi le iz estetskih razlogov. Da se ortodont pravilno odloči o poteku zdravljenja ima na voljo več orodij, s katerimi ocenjuje resnost težave pacienta. Kefalometrična analiza je eno od objektivnih diagnostičnih orodij v procesu ortodontskega zdravljenja. Prenos postopka v programsko aplikacijo uporabniku olajša in občutno pohitri izdelavo analize. Obenem digitializacija postopka omogoča enostavno integracijo rezultatov analize v zdravstveni informacijski sistem. Cilj te diplomske naloge je definirati zahteve programske aplikacije za kefalometrične analize ter način, kako zagotoviti funkcionalno ter semantično interoperabilnost izhodnih podatkov takšne aplikacije. Opisano zagotavljanje interoperabilnosti je osnovano na OpenEHR specifikacijah, na podlagi katerih je postavljen tudi slovenski zdravstveni informacijski sistem.

• Language: Slovenian
• Keywords: kefalometrična analiza, digitalizacija postopka, interoperabilnost, eZdravje, OpenEHR
• Work type: Undergraduate thesis
• Organization: FRI - Faculty of Computer and Information Science
• Year: 2016
• PID: 20.500.12556/RUL-91195
• Publication date in RUL: 24.03.2017

Secondary language

• Language: English
• Title: Integration of computer assisted cephalometric analysis into e-Health system

Abstract

There are different reasons why people decide to undergo orthodontic treatment. Some have various functionality disorders caused by irregularities of jaw and teeth while others seek treatment purely for aesthetic purposes. In order to choose the right treatment procedure he has at his disposal several tools that help him determine the severity of the issue. Cephalometric analysis is one of objective diagnostic tools in the process of an orthodontic treatment. Transfering the procedure into a software application simplifies and shortens the time needed for the analysis. Digitalization of the procedure also allows for an easy integration of analysis results into a medical information system. The goal of this thesis is to create a specification for a software application for cephalometric analysis and to provide a functional and semantic interoperability of output data of such application. In this thesis we achieve interoperability based on OpenEHR specifications, which are also used as the foundation of the medical information system in Slovenia.

• Keywords: cephalometric analysis, process digitalization, interoperability, eHealth, OpenEHR