BME100 s2014:T Group2 L1

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BME 100 Fall 2013 Home
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Name: Daylin Morgan
Name: Ekanem-Essang Akpan
Name: Hannah Churchill
Name: Alexander Jones
Name: Bateer Song


Independent and Dependent Variables

The independent variable would be the dosage of the inducing agent, lipopolysaccharide (LPS). This would be the independent variable because the amount of dosage will differ between each group. The dependent variable will be the amount of Inflammation found in each subjects’ blood. This is dependent variable because it is reliant on the amount of LPS administered.

Experimental Design

There will be three groups in this experiment, one using a 0mg dosage, one that receives a 10mg dosage, and a group that gets a 20mg dosage. The first group will be the control group, to compare the effect of not receiving any of the drug. The second and third group allow for a comparison of an increased dosage. Since 10mg was already found to be effective at increasing the protein level it will be used as a starting point.

60-90. This age is determined by the fact that the protein was previously found to be in the elderly.

Number of subjects per group
The groups will each contain 10 subjects.

Subject Selection

Subjects will be selected by age and prior experience with inflammation. Younger subjects below the required threshold can possibly skew the data. Whether the drug is successful or not, young individuals are unlikely to experience the presence of inflammotin because they lack the same medical issues as the older subjects within the age range.To avoid bias with medical history, subjects within the age range will be selected randomly to participate. Due to a low dosage of the drug lipopolysaccharide the experiment can be controlled by patients with a petite body type that allow the drug to circulate more. Bias can be avoided by diversifying the groups of subjects by mixing age and body mass. It's important to observe how the drug affects these parameters. The control of the experiment is measuring the effect of subjects who receive no pill. Comparing their results with those who’ve taken the drug will determine the effectiveness of lipopolysaccharide.

Sources of Error and Bias

One possible source of error is an improper measurement of the protein, i.e. a tainted blood sample. One bias would be the selection of subjects already highly likely to possess the protein. If the groups are not randomized by age, certain groups may respond more effectively to treatment skewing the data. As stated previously controls necessary would be selecting subjects with similar body types, and also selecting varying ages and sexes. Select subjects without knowing protein content.