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Team:Westminster/Outreach
From 2012.igem.org
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<h1 style="text-align:left;border:none; color:#fff; position:relative;bottom:0px; left:0px; margin:0px; padding:0px 0px 20px 0px;">Fighting cancer from the inside out</h1> | <h1 style="text-align:left;border:none; color:#fff; position:relative;bottom:0px; left:0px; margin:0px; padding:0px 0px 20px 0px;">Fighting cancer from the inside out</h1> | ||
| - | <div style="color:white; text-align:justify;">Statistical analysis was done based on the survey data that was collected to determine the acceptance of genetically modified products in various fields (environment and medical) from individuals with different knowledge of biology ranging from negligible to a more advanced level. Our survey result from approximately one hundred people demonstrates that most people including those with base level knowledge of biology were very much interested in using genetically modified organisms in various fields like food, environment and medicine. In addition to this, people were also eager to use synthetic biology in the cure of cancer since our project was mainly focused on the application of synthetic biology in cancer therapy. Although this was the first year for our university to initiate creating awareness about synthetic biology to the public, we were very surprised to know that currently in the 21st century there is decreasing number of people without some knowledge of biology. We hope to fill these gap in the near future years via iGEM<br/><br/> | + | <div style="color:white; text-align:justify;">SURVEY<br/><br/> |
| + | Statistical analysis was done based on the survey data that was collected to determine the acceptance of genetically modified products in various fields (environment and medical) from individuals with different knowledge of biology ranging from negligible to a more advanced level. Our survey result from approximately one hundred people demonstrates that most people including those with base level knowledge of biology were very much interested in using genetically modified organisms in various fields like food, environment and medicine. In addition to this, people were also eager to use synthetic biology in the cure of cancer since our project was mainly focused on the application of synthetic biology in cancer therapy. Although this was the first year for our university to initiate creating awareness about synthetic biology to the public, we were very surprised to know that currently in the 21st century there is decreasing number of people without some knowledge of biology. We hope to fill these gap in the near future years via iGEM<br/><br/> | ||
| + | <!--img src="https://static.igem.org/mediawiki/2012/1/11/SURVEY_GIRL.png" alt="Survey" title="Girl" /---> | ||
The Westminster iGEM 2012 team aims to combat cancer recurrence by using one key feature of CSCs – increased Aldehyde Dehydrogenase (ALDH) activity. We have used the promoters of 4 different ALDH isoforms present in aggressive forms of cancer to design 3 constucts that will allow us to identify, isolate and eliminate CSC, offering a novel tool for the study of this cells and a potential new anti-cancer therapy for the future.</div> | The Westminster iGEM 2012 team aims to combat cancer recurrence by using one key feature of CSCs – increased Aldehyde Dehydrogenase (ALDH) activity. We have used the promoters of 4 different ALDH isoforms present in aggressive forms of cancer to design 3 constucts that will allow us to identify, isolate and eliminate CSC, offering a novel tool for the study of this cells and a potential new anti-cancer therapy for the future.</div> | ||
Revision as of 19:52, 26 September 2012
Fighting cancer from the inside out
SURVEY
Statistical analysis was done based on the survey data that was collected to determine the acceptance of genetically modified products in various fields (environment and medical) from individuals with different knowledge of biology ranging from negligible to a more advanced level. Our survey result from approximately one hundred people demonstrates that most people including those with base level knowledge of biology were very much interested in using genetically modified organisms in various fields like food, environment and medicine. In addition to this, people were also eager to use synthetic biology in the cure of cancer since our project was mainly focused on the application of synthetic biology in cancer therapy. Although this was the first year for our university to initiate creating awareness about synthetic biology to the public, we were very surprised to know that currently in the 21st century there is decreasing number of people without some knowledge of biology. We hope to fill these gap in the near future years via iGEM
The Westminster iGEM 2012 team aims to combat cancer recurrence by using one key feature of CSCs – increased Aldehyde Dehydrogenase (ALDH) activity. We have used the promoters of 4 different ALDH isoforms present in aggressive forms of cancer to design 3 constucts that will allow us to identify, isolate and eliminate CSC, offering a novel tool for the study of this cells and a potential new anti-cancer therapy for the future.
Statistical analysis was done based on the survey data that was collected to determine the acceptance of genetically modified products in various fields (environment and medical) from individuals with different knowledge of biology ranging from negligible to a more advanced level. Our survey result from approximately one hundred people demonstrates that most people including those with base level knowledge of biology were very much interested in using genetically modified organisms in various fields like food, environment and medicine. In addition to this, people were also eager to use synthetic biology in the cure of cancer since our project was mainly focused on the application of synthetic biology in cancer therapy. Although this was the first year for our university to initiate creating awareness about synthetic biology to the public, we were very surprised to know that currently in the 21st century there is decreasing number of people without some knowledge of biology. We hope to fill these gap in the near future years via iGEM
The Westminster iGEM 2012 team aims to combat cancer recurrence by using one key feature of CSCs – increased Aldehyde Dehydrogenase (ALDH) activity. We have used the promoters of 4 different ALDH isoforms present in aggressive forms of cancer to design 3 constucts that will allow us to identify, isolate and eliminate CSC, offering a novel tool for the study of this cells and a potential new anti-cancer therapy for the future.
