BME100 f2014:Group6 L2
BME 100 Fall 2014 | Home People Lab Write-Up 1 | Lab Write-Up 2 | Lab Write-Up 3 Lab Write-Up 4 | Lab Write-Up 5 | Lab Write-Up 6 Course Logistics For Instructors Photos Wiki Editing Help | ||||||
OUR TEAMLAB 2 WRITE-UPLaura: Analysis Gavin: Summary/Conclusion Galt: Picture Descriptions Descriptive StatisticsThe data table above shows the average of inflammation for each dosage, the standard deviation which is the distance from each data point from the mean, the endpoint number and the measurement of accuracy called the standard error (SD Error). This data only represents human experimentation. These two data sets show the Mean (average), Standard Deviation (SD), and Standard Error (SE). These data sets are shown by the amount of protein dosed.
For Humans:0mg, 5mg,10mg,and 15mg.
For Rats: 0mg and 10mg.
ResultsThe graph presents the average inflammatory protein amount per dosage. The standard deviation shows the average distance from each data point from the average output of inflammatory protein. These are the graphs for the human study and rat study. These graphs show the the average Inflammatory protein amount per dosage in mg. The error bar is one standard deviation above and below the average of both data sets.
AnalysisThe ANOVA for the Human study for experiment 1 showed that the p-value was less than 0.05 thus not statistically relevant. This correlates to the large jump between
Experiment 2 The ANOVA for the Human Study for Experiment 2 showed a p-value of 1.4008E-16 which is significantly less than the desired p-value of 0.05; this means that between some group in the human data set there is a significant difference between 2 or more doses (0mg, 5mg, 10mg, and 15mg) of lipopolysaccharide- it is unknown between exactly which two doses because individual t-tests were not conducted. However, in the rat study the t-test p-value turned out to be 0.867405; this is significantly higher than the desired 0.05 p-value; meaning there is no statistical difference between 0mg and 10mg in rats. Overall, the human experiment proved to have a statistically significant difference between dosages.
Summary/DiscussionIn both experiments with the rats and the humans, it can be seen that the 10mg dose of LPS is the most effective drug rather than the 0mg, 5mg or 15mg. The 0mg and 5mg do not have much of an effect on the humans and contrastingly the 15mg had too much of an effect. The ANOVA test was done on the humans due to the fact that the humans had more than two groups. The t-test was done on the rats due the fact that the group had two populations. Pearson's R Correlation value or the p value showed that the test performed on experi |