The foundation of preventive medicine and public health is epidemiology and biostatistics. These procedures track disease trends and offer action to stop the disease in the future using mathematical, scientific, and social methodologies.
To achieve the objectives of public health, the disciplines of epidemiology and biostatistics are crucial, and merging these two disciplines in a single department produces synergies for both teaching and research. Epidemiologists investigate the prevalence and causes of disease and health in populations. Biostatisticians create and use statistical theory, methods, and procedures to analyze data from public health research studies and to organize, carry out, and assess public health programs. Given their substantial overlap, epidemiologists and biostatisticians frequently work together to produce and analyze data for the benefit of the general public's health.
Epidemiology's objective is to pinpoint the patterns and factors that affect people's health outcomes and diseases so that appropriate health promotion and preventive measures can be taken.
The field of biostatistics focuses on the creation and use of statistical techniques to comprehend, evaluate, and interpret public health data. Many issues and topics are addressed in studies of biological, medical, and public health sciences by gathering and analyzing pertinent data.
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| COMPARISION PLOT |
SOFTWARE NEEDS FOR EPIDEMIOLOGISTS
These 10 statistical software packages are necessary for epidemiology and clinical trials to be reviewed. The 10 packages are SPSS(Statistical Packages For Social Sciences), E-VIEWS, MINITAB, XLSTAT, SMART PLS, EPI INFO, EPICURE, EPILOG PLUS, STATA, and TRUE EPI- STAT.
SOFTWARE NEEDS FOR BIOSTATISTICS
Biostatisticians also necessary to have use and information about the above 10 software in addition to having a knowledge of programming languages such as R, Python, Tensorflow, and MATLAB.
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