BME100 s2015:Group12 12pmL1

BME 100 Spring 2015	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 TEAM Name: Corey Soto Name: Kyla Richardson Name: Waseem Aljaid Name: Syeda Rizvi Name: William Chmielewski LAB 1 WRITE-UP WARNING: All material presented here is highly suspectible to change by the write-up's authors. Final draft will be complete by Tuesday, 11:59 P.M. Independent and Dependent Variables Independent Variable: Lipopolysacchride (LPS) would be the variable the research team alters, because according to the ELISA data analysis regarding 10 mg LPS, the levels of inflammotin in the blood sample analyzed were affected by an amount of the drug. The team will be able to deduce how inflammotin levels interact with a certain dosage of LPS by manipulating this variable. Dependent Variable: Inflammotin is the protein responsible for inflammation and is the central part of the experiment the team will conduct. This variable will fluctuate based on the dosage of LPS the research team will administrator to the test groups. Experimental Design Groups The data for 10 mg lipopolysacchride (LPS) will be used as a guide to set up the groups for the experiment, and will thus not have a group dedicated to the dosage level. Group 1 – 8 mg LPS Group 2 – 6 mg LPS Group 3 – 4 mg LPS Group 4 – 2 mg LPS Group 5 – 0 mg (this group will serve as a control group, and will receive a placebo) Assuming the team has access to the data for 10 mg of lipopolysacchride (LPS), each group is given a sample that is reduced by 2 mg per group. If the results collected from each group consistently show an increase in inflammotin levels, the team can narrow down on the range of LPS dosage values that are preferable to the study's objective. This could be the appropriate method for closing in on the minimal amount of LPS required to increase the concentration of the inflammotin protein. Given the financial restraints for the lab, the team recommends conducting a second experiment on the range of LPS dosage values discovered, using the decimal increment of 0.5 for LPS sample size. Age Age limit is between 60 to 70 years of age. The research team believes this is the prime demographic of elderly individuals whose personal health is adequate. These individuals are less likely to succumb to biological factors such as cell decay or organ failure, often from 71 years of age and older. Such issues may complicate the experiment. Number of subjects per group 10 subjects for each group 5 groups overall Total: 50 subjects Subject Selection Random selection of 50 individuals from the general population in America, but both sexes included in the study would be best. Consent of the individuals is necessary, and all information regarding the experiment will be open to disclosure at the participants' request. Medical history of selected individuals required. This is to ensure that the research team does not potentially give a harmful or fatal dose of lipopolysacchride, if the case presents itself. Particularly interested in individuals who have active levels of inflammation. The study's data will have more relevance to the goal at hand if inflammation can be monitored more easily. Less keen on healthy individuals whose inflammation levels are more passive or even dormant. Data collected would be less accurate if the team works with healthier subjects. These individuals may be placed into the control group to increase data accuracy if necessary. Actual process of recruitment is through more emphasis on speaking to them directly in person, telephone calls, pamphlets going through the mail and advertisements for newspapers, magazines and radio stations. Less emphasis on Internet or email advertisements. The targeted demographic is not as likely to use the Internet or email communication as the other methods described. Sources of Error and Bias Subjects may desire to end the experiment prematurely Personal conflicts with experimentation (religious / spiritual, distrust of medical / scientific personnel, etc.) Unexpected consequences during experiment (allergic reaction, sickness sets in on one or more subjects, etc.) Experiment itself is ending prematurely (budget cuts too demanding, manpower redirected elsewhere, etc.) Possible Controls: The team will question the subject on why he or she wants to end the experiment, and would try to convince them to see the study through completion. If however the subject is resistant, they will be discharged from the experiment, and random selection will be needed to fill the vacancy. It is one of the team’s best interests to ensure the subject’s personal views are not infringed upon for the duration of the experiment. The team will disclose any information the subject requires before entering the laboratory environment. They have the right to opt out of the experiment at any time. The medical history of each subject participating in the inflammotin study will be needed, as the team does not want to give a potentially harmful or fatal dose of lipopolysacchiride, if the case presents itself. Careful measures will be made to account for any possible consequences during the experiment, such as faulty data analysis, malfunctioning lab equipment or loss of data. Realities will set in for the laboratory from time to time. Budget cuts, redirection of manpower, or the premature termination of the experiment could jeopardize the study. However, the team will establish a time frame for the conduction of the study, such as two weeks’ worth of duration. A restrictive budget will be used, and the members of the laboratory will optimize their equipment use to its full effect. Any other particular conflicts of interest for the experiment will be addressed and concluded properly.