Original Article
COVID-19
Kyosuke Ono
Abstract
Background: A mathematical investigation of the reasons for the fifth wave's quick expansion and reduction in Tokyo, Japan, is required to avoid the spread of subsequent COVID-19 infections. Methods: Using the simple IR theory underlying the susceptible-infectious-removed (SIR) hypothesis of infectious ...
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Background: A mathematical investigation of the reasons for the fifth wave's quick expansion and reduction in Tokyo, Japan, is required to avoid the spread of subsequent COVID-19 infections. Methods: Using the simple IR theory underlying the susceptible-infectious-removed (SIR) hypothesis of infectious disease epidemics, infected persons (I), infection rate, and testing/isolation rate are determined from accessible data of daily positive cases (R) and testing numbers. Results: The rapid spread of illness from late July to mid-August was owing to a drop in the number of people tested to half that of weekdays during the Olympic Games' four and three-day vacations. The maximum number of daily positives would have been lowered to two-fifths of the actual positives in early August if the number of weekday tests had been maintained during these holidays and would have fallen monotonically thereafter. The infection rates mean value fell steadily from 0.65 in late August to around 0.25 by the end of September. The significant increase in vaccination rates is mostly to blame for the fall in infection rates. In Tokyo, the impact of mRNA-based vaccines on infection prevention and increased vaccination rates could reduce the infection rate to 1/2 on September 10 and 1/3 by the end of October. Conclusion: According to the findings, a new infection like the delta variant can be suppressed to less than the fifth wave by increasing vaccination rates, eliminating three consecutive holidays, and implementing a precautionary testing system that maintains the same number of tests on weekends as on weekdays in the event of a rapid spread of infection in an emergency.
Original Article
Health Sciences
Paulraj Manickavelu; Babu S; Anand Babu Kaliyaperumal
Abstract
Background: Allied and Healthcare Education (AHE), which prepares students to work as physical therapists, occupational therapists, nutritionists, dietitians, medical laboratory technicians, and other health and allied professionals. AHE students' healthy lifestyles may aid in the formation of a healthy ...
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Background: Allied and Healthcare Education (AHE), which prepares students to work as physical therapists, occupational therapists, nutritionists, dietitians, medical laboratory technicians, and other health and allied professionals. AHE students' healthy lifestyles may aid in the formation of a healthy community, which is more likely to provide effective patient care. Several studies have been carried out to investigate the global prevalence of physical activity (PA) and Sedentary Behavior in the general population. The present study aims to assess the level of diurnal physical mobility and sedentary behavior among AHE students in Pondicherry.Methods: The prevalence study included 158 AHE undergraduate students, with data collected using the International Physical Activity Questionnaire (IPAQ) and reported in metabolic equivalents (MET).Results: Among 158 study populations, it was found that 86 (54.4%) university students practiced low level of physical mobility with a mean MET of 318.5, and 44 (27.8%) students practiced moderate physical mobility with a mean MET value of 1260.9, and only 28 (17.7%) students performed high levels of physical mobility with a mean MET value of 5250.5.Conclusion: The study concluded that the majority of AHE students have altered their physical mobility behavior. The study also found that a higher percentage of students were physically inactive and that this puts them at risk of developing early illness.
