Conjunctive application of devices based on the Android platform in radiovisiographic research under war conditions in Ukraine
DOI:
https://doi.org/10.11603/2311-9624.2022.2.13161Keywords:
dental implants, medical navigation, endoscopte, implant, operating system Android, mobile communication deviceAbstract
Summary. The experiment feasibility of the medical navigation, endoskopi end radiovisiografi method at background traumatic factor on biological tissue during surgery was determined.
The aim of the study – to estimate the efficiency of medical navigation mode at clinical study using Android technology and mobile device during surgery for the maximum possible bone preservation.
Materials and Methods. An experimental dental implant surgery with registration of the traumatic impact stimulus on the periosteum in the area of the implant. To control the positioning of the implant the navigation module (Ukraine patent N68641) integrated with the mobile phone platform Android was used. The dynamic pressure on the periosteum by own technique with stain gauge was determined. Bone deformation using inductive displacement meter was defined. These results were compared with other ones, obtained in the experiment with navigation system, integrated with desktop computer under Windows software. The feasibility of integrating medical navigation device on Android platform with standard dental unit for the ergonomics of implant surgeon was determined.
Results and Discussion. Preclinical testing of medical navigation ,, Navigator YuК-A’’ device provides accurate angular positioning of the implant at 2±0.5 ' (if angular displacement less than 25') and 1±0.5 ' (if angular displacement of less than 5'), precision linear positioning was 0.50±0.05 mm (when moving the implant up to 10 mm). The gap of 0.1-0.5 mm between the periosteum and the implant platform is the limit. With the same effort in the area of the rotating implant platform the bone tissue pressure increases disproportionately and in some sense is destructive. In 22 % of cases we observed a continuing process of bone deformation layer during ~3 minutes after removing of mechanical stress. When comparing both experimental techniques results they look similar, the difference data rate is not determined subjectively.
Conclusions. The approach optimizes the process of surgery and can be recommended for clinical use. Application of medical navigation systems on Android platform is relevant with the development of telecommunication technologies.
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