• Journal of Korean society of Dental Hygiene
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• v.12 no.4
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• pp.655-663
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• 2012

Objectives : This study was progressed a research with the aim of using it as basic data necessary for a plan in order to increase qualitatively medical level for patients who feel anxiety about dental treatment, and of offering basic data for improving the whole medical services by grasping conditions and satisfaction level with laser therapy in patients who visited dental clinic. Methods : The statistical analysis was carried out t-test and ANOVA by using SPSS(PASW statistics) 18.0. When there is statistically significant difference in analysis of variance, post-test was carried out by using Duncan multiple range test. Results : In therapy kinds of using laser, gingival treatment was the largest with 37.0%. It was the highest in likely seeming to be not painful with 32.9% as for a decisive factor, which came to receive laser therapy, and in having been enough to endure even if having been slightly tingling as for pain level. Conclusions : This study can be considered to have significance in changing recognition of medical cure by surveying patients satisfaction with using laser as a method for slightly solving elements of fear and anxiety about dental treatment and to have its value as basic data for seeking improvement plan for diverse medical services in the future.

• Journal of the Korea Institute of Information and Communication Engineering
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• v.22 no.8
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• pp.1107-1113
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• 2018

Ultrasonography and photodynamic therapy have been proposed as useful tools as a treatment for inducing necrosis of cells using reactive oxygen species. Apoptosis is an internal mechanism necessary for cells regardless of damage. Ultrasound has the effect of inducing the apoptosis of these cells, and the frequency of 1 MHz is the most applicable area for medical use. The laser which is generally used in photodynamic therapy has a heat reaction and the treatment is limited. However, as a small light emitting diode is developed, it shows possibility to minimize the equipment and reduce heat reaction. On the other hand, there are relatively few researches on direct effects of light compared with studies using photosensitizers, and the area is also limited. Therefore, in this paper, we have developed a cancer cell proliferation control module using ultrasonic and light emitting diodes, which have relatively few side effects, and quantitatively analyze the effect of the module to propose an optimal suppression technique.