![]() When the result is more significant than one, it means that the risk in the exposed group is greater than the risk in the unexposed group.When the results are equal to one, then it is regarded as neutral, or in other words, the incidences in an experimental group are the same as the incidences in a control group.of incidences in the control group or group B had the likelihood of the event taking place. When the results are more significant than zero, it signifies merely that none of the incidences in the experimental group or group A had the probability of the event taking place whereas ‘x’ no. The results of the risk ratio can be equal to zero or one or greater or lower than 1. This is as important as the calculation of the same.In other words, the probability of an event taking place in one group shall be the same for the possibility of an event taking place in different groups. When the values equal to 1, it means that the results are neutral. When the values equal to 0, it means that there was not even a single case falling in group A had the incidence taking place whereas the “x” number of case/s in group B had the incidence taking place.This is calculated by taking percentages into use. It will then require the analyst to divide an exposed event for group A or the experimental group by the incidence of an unexposed event for group B or control group. ![]() ![]() Unexposed), and the second variable shall be used for measuring both the groups (Group A vs. One of the variables shall be used for measuring the incidence of an event (exposed vs. This is performed by examining two variables.From the above formula, it is clear that the calculation of risk ratio takes the incidence or risk of the event taking place in one group (experimental group) and draws a comparison with the incidence or risk of the event taking place in another group (control group).
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