Difference between revisions of "Team:Stony Brook/Collaborations"
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<h2>iGEM Cornell</h2> | <h2>iGEM Cornell</h2> | ||
| − | <p>We collaborated with iGEM Cornell to design and distribute an anonymous survey that would help us analyze the attitudes of the general public towards genetic engineering and the usage of genetically modified products. This was done to analyze the possible perceptions people may have concerning our treatments and the resulting products. The surveys were distributed online and in person at events such as the New York State Fair and the Ithaca Farmer’s Market; this was done among individuals with differing factors such as age, gender, and educational background. To ensure responses relating to both teams’ projects, we decided to include questions that prompted individuals to consider different aspects of genetic engineering and the merits thereof. We were able to successfully design a survey alongside its distribution, as multiple discussions were held between both teams to analyze the factors that would most relevant to modern societies and the questions that would be subject to the most insight from individuals, regardless of their level of awareness for synthetic biology and genetic engineering. Through this process, we were able to learn more about the prejudices and controversies surrounding synthetic biology, and we used those considerations to design our final survey. | + | <p>We collaborated with iGEM Cornell to design and distribute an anonymous survey that would help us analyze the attitudes of the general public towards genetic engineering and the usage of genetically modified products. This was done to analyze the possible perceptions people may have concerning our treatments and the resulting products. The surveys were distributed online and in person at events such as the New York State Fair and the Ithaca Farmer’s Market; this was done among individuals with differing factors such as age, gender, and educational background. To ensure responses relating to both teams’ projects, we decided to include questions that prompted individuals to consider different aspects of genetic engineering and the merits thereof. We were able to successfully design a survey alongside its distribution, as multiple discussions were held between both teams to analyze the factors that would most relevant to modern societies and the questions that would be subject to the most insight from individuals, regardless of their level of awareness for synthetic biology and genetic engineering. Through this process, we were able to learn more about the prejudices and controversies surrounding synthetic biology, and we used those considerations to design our final survey.</p> |
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| + | <p>The results from Stony Brook revealed a larger percentage of people who claimed that they knew what synthetic biology was, as compared to the percentage of people in Ithaca. After running a T-test, this was confirmed to be statistically significant, with a p-value of 0.01. This was an interesting result, since Cornell is a larger institution with easy access to events, seminars, and programs. The results may suggest an extent of segregation between Cornell’s student body and its surrounding community. Many people viewed synthetic biology as a positive influence on the world. Although more people in Stony Brook viewed synthetic biology as a positive contributor, we found that there was an insignificant difference (p = 0.41) in how people felt about synthetic biology in Stony Brook aside from Ithaca. People also believed that synthetic biology should be more restricted to certain areas of science, but there was no difference in this view between Stony Brook and Ithaca (p = 0.21). Most people appeared to have an equal understanding of synthetic biology and GMOs, but as shown by our graphs, people tended to have a better grasp of GMOs than synthetic biology. While a few people answered that they had never heard of synthetic biology, no one answered that they had never heard of GMOs. This is likely due to the media attention placed on GMOs. When we tested for regression, we found that the difference in response was statistically significant (p = 3 x 10-53), indicating that people had different understandings of synthetic biology and GMOs. People generally felt more negatively about the GMOs compared to synthetic biology (p = 2 x 10-17). Education levels did not significantly affect a person’s perceptions of synthetic biology (p = 0.10). As we compared the positive responses and negative response across the bars, the corresponding percentages stayed relatively the same for each education level. We found no correlation between people’s political leanings and their view of synthetic biology (p = 0.8).</p> | ||
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| + | <p>Most of our independent variables were not strongly correlated in a pairwise manner, thereby supporting the statistical strength of our multiple regression models. Perceived understanding of synthetic biology and perceived understanding of genetically modified organisms were the variables indicating significant pairwise correlation. Our statistical results may have been affected by multiple biases, such as high amounts of politically liberal college students at Stony Brook. Reporting bias may have also been especially significant in the current political climate and the resulting responses for this survey. | ||
</p> | </p> | ||
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<h2>iGEM Columbia</h2> | <h2>iGEM Columbia</h2> | ||
<p>Our iGEM team collaborated with Columbia University’s team to create an anonymous survey focused on understanding the perspectives people may have on specified treatments for illnesses. This was done to analyze the possible perceptions people may have concerning our treatments and the resulting products. The surveys were distributed primarily through an online format among individuals with differing factors such as age, gender, and educational background. To ensure responses relating to both teams’ projects, we decided to include questions that prompted individuals to consider different areas of treatment. Our team included questions pertaining to whether people would be willing to receive antimicrobial peptide treatments, while Columbia’s team included questions specifically relating to probiotic alternatives</p> | <p>Our iGEM team collaborated with Columbia University’s team to create an anonymous survey focused on understanding the perspectives people may have on specified treatments for illnesses. This was done to analyze the possible perceptions people may have concerning our treatments and the resulting products. The surveys were distributed primarily through an online format among individuals with differing factors such as age, gender, and educational background. To ensure responses relating to both teams’ projects, we decided to include questions that prompted individuals to consider different areas of treatment. Our team included questions pertaining to whether people would be willing to receive antimicrobial peptide treatments, while Columbia’s team included questions specifically relating to probiotic alternatives</p> | ||
Revision as of 15:18, 31 October 2017
Collaborations
iGEM Cornell
We collaborated with iGEM Cornell to design and distribute an anonymous survey that would help us analyze the attitudes of the general public towards genetic engineering and the usage of genetically modified products. This was done to analyze the possible perceptions people may have concerning our treatments and the resulting products. The surveys were distributed online and in person at events such as the New York State Fair and the Ithaca Farmer’s Market; this was done among individuals with differing factors such as age, gender, and educational background. To ensure responses relating to both teams’ projects, we decided to include questions that prompted individuals to consider different aspects of genetic engineering and the merits thereof. We were able to successfully design a survey alongside its distribution, as multiple discussions were held between both teams to analyze the factors that would most relevant to modern societies and the questions that would be subject to the most insight from individuals, regardless of their level of awareness for synthetic biology and genetic engineering. Through this process, we were able to learn more about the prejudices and controversies surrounding synthetic biology, and we used those considerations to design our final survey.
The results from Stony Brook revealed a larger percentage of people who claimed that they knew what synthetic biology was, as compared to the percentage of people in Ithaca. After running a T-test, this was confirmed to be statistically significant, with a p-value of 0.01. This was an interesting result, since Cornell is a larger institution with easy access to events, seminars, and programs. The results may suggest an extent of segregation between Cornell’s student body and its surrounding community. Many people viewed synthetic biology as a positive influence on the world. Although more people in Stony Brook viewed synthetic biology as a positive contributor, we found that there was an insignificant difference (p = 0.41) in how people felt about synthetic biology in Stony Brook aside from Ithaca. People also believed that synthetic biology should be more restricted to certain areas of science, but there was no difference in this view between Stony Brook and Ithaca (p = 0.21). Most people appeared to have an equal understanding of synthetic biology and GMOs, but as shown by our graphs, people tended to have a better grasp of GMOs than synthetic biology. While a few people answered that they had never heard of synthetic biology, no one answered that they had never heard of GMOs. This is likely due to the media attention placed on GMOs. When we tested for regression, we found that the difference in response was statistically significant (p = 3 x 10-53), indicating that people had different understandings of synthetic biology and GMOs. People generally felt more negatively about the GMOs compared to synthetic biology (p = 2 x 10-17). Education levels did not significantly affect a person’s perceptions of synthetic biology (p = 0.10). As we compared the positive responses and negative response across the bars, the corresponding percentages stayed relatively the same for each education level. We found no correlation between people’s political leanings and their view of synthetic biology (p = 0.8).
Most of our independent variables were not strongly correlated in a pairwise manner, thereby supporting the statistical strength of our multiple regression models. Perceived understanding of synthetic biology and perceived understanding of genetically modified organisms were the variables indicating significant pairwise correlation. Our statistical results may have been affected by multiple biases, such as high amounts of politically liberal college students at Stony Brook. Reporting bias may have also been especially significant in the current political climate and the resulting responses for this survey.
iGEM Columbia
Our iGEM team collaborated with Columbia University’s team to create an anonymous survey focused on understanding the perspectives people may have on specified treatments for illnesses. This was done to analyze the possible perceptions people may have concerning our treatments and the resulting products. The surveys were distributed primarily through an online format among individuals with differing factors such as age, gender, and educational background. To ensure responses relating to both teams’ projects, we decided to include questions that prompted individuals to consider different areas of treatment. Our team included questions pertaining to whether people would be willing to receive antimicrobial peptide treatments, while Columbia’s team included questions specifically relating to probiotic alternatives
