ABSTRACT
Objective: The purpose of this research was to examine how the Coronavirus epidemic has affected the compassion of dentistry students in Bhubaneswar. Materials and Equipment: In this study, undergraduate dental students in Bhubaneswar served as the research subjects for a cross-sectional analysis. Following informed permission, dental school students from two time periods (one before and one after the occurrence of Coronavirus in India) were given the authorized and pretested Toronto Sympathy Poll (TEQ) (Bhubaneswar). A five-point scale was used to indicate members' levels of comprehension. Using a one-way analysis of variance, we compared students' TEQ scores during their four years of dentistry school (investigation of difference). The results of the meetings were analyzed using Tukey's post hoc test. The Chi-square test was used to analyze data collected before and during the recent Coronavirus epidemic (importance level, p 0.05). Only 270 of the 300 dentistry students enrolled in the focus before Coronavirus reached its conclusion;the remaining 260 enrolled thereafter. Comparing results from the same group before and after exposure to the Coronavirus revealed striking discrepancies in the compassion ratings. More than eighty-five percent of individuals answered the survey. As a result of this study's findings, it is concluded that undergraduate dental students' mean empathy ratings increased after COVID-19, indicating a discernibly greater degree of empathy at that time. Copyright © 2022 Wolters Kluwer Medknow Publications. All rights reserved.
ABSTRACT
The end of 2019 and the start of 2020 remained the time of the world's largest medical emergency due to Coronavirus disease known as COVID-19, outbreak in all over the world. We designed an automated robotic assistance system for the patients who are kept in quarantine. In the proposed system, doctors can remotely monitor the medical condition of a patients by maintaining social distance. A robotic cart will provide food and medicine to the patient. The proposed system also contains an emergency system where the doctor and paramedical staff can be called through the LCD panel installed aside the patient's bed or through the mobile application. The article portrays the three levels of the development of the model: the equipment level, which contains the sensors, actuators and robot execution. The design level, which defines the distinctive practical services;and the application level which illustrate the administrations offered by the system. The setup will enable the medical staff to deal with the maximum patients at less time. Also, it will enable them to make social distancing to pay more attention to severely affected patients. © 2020 IEEE.