Difference between revisions of "Team:East Chapel Hill/Awards"

Line 148: Line 148:
 
</p>
 
</p>
  
−
<p>Connor McFadden, UNC - Chapel Hill: Discussed the formal definition of synthetic biology, and the subfields and components of contemporary synthetic biology. </p>
+
<p>-Connor McFadden, UNC - Chapel Hill: Discussed the formal definition of synthetic biology, and the subfields and components of contemporary synthetic biology. </p>
−
<p>Emma Miles, Duke iGEM : Discussed the ethical implications of synthetic biology related to its applications (human advancement), distribution (biofuel production), and procedure (status of living machines). Also illustrated the importance of bridging the disconnect which makes it hard for the public to accept synthetic biology projects due to lack of communication and education from the scientists in charge of implementation.  
+
<p>-Emma Miles, Duke iGEM : Discussed the ethical implications of synthetic biology related to its applications (human advancement), distribution (biofuel production), and procedure (status of living machines). Also illustrated the importance of bridging the disconnect which makes it hard for the public to accept synthetic biology projects due to lack of communication and education from the scientists in charge of implementation.  
 
</p>
 
</p>
  
  
 
</ul>
 
</ul>
−
    </div>
+
 
−
   
+
  
  

Revision as of 02:14, 18 October 2017

East Chapel Hill Highschool iGem

  • Tasty-Style Videos

    Taking inspiration from Buzzfeed’s Tasty videos, our team created an instructional video describing how to properly execute a serial dilution. In the video, we carefully went through the process and proper lab techniques needed when conducting a serial dilution. After filming and editing the video, we posted it to Youtube to expand the educational potential of our video. After proposing the idea of a “Tasty-style” video to iGEM Peshawar, the Peshawar team created a video documenting the lab techniques of transformations. Our intention in creating these videos is to teach viewers about common lab techniques that may aid them in their scientific endeavors.

  • CloneCademy & Collaboration with TU Darmstadt

    Under the instruction of the TU Darmstadt iGEM team, our team contributed to the educational program of CloneCademy. CloneCademy is a series of learning modules with the purpose of teaching readers about biology and related fields, including biotechnology and the ethics of scientific research. Our team sent our tasty-style video playlist to TU Darmstadt so their team would be able to incorporate our lab-technique videos into their teaching program.

  • Mini iGEM Convention

    On August 4-5th, we collaborated with the Gaston Day School team to host the Southeastern iGEM Mini Convention for iGEM teams geographically close to us. Although there were not as many teams present as we would have hoped for (just Gaston and Duke), this event gave each of us the opportunity to get closer with all teams and focus our time and energy into giving thorough and in-depth feedback and analysis on each other’s projects. We were in charge of contacting guest speakers in the Biological Engineering field who would be willing to give a lecture on the emerging and flourishing field of synthetic biology, including its ethical implications. After sending out over a 100 emails, we finally got positive responses, thus finalizing the schedule for the first day of the convention.

    The following speakers were in attendance:

      -Danielle Tullman Ercek, Associate Professor of Chemical and Biological Engineering at Northwestern University: Discussed the way synthetic biology becomes part of a living system and redefines life. Also talked about the scope of synthetic biology, what it can achieve, and the applications and goals of the field.

      -Connor McFadden, UNC - Chapel Hill: Discussed the formal definition of synthetic biology, and the subfields and components of contemporary synthetic biology.

      -Emma Miles, Duke iGEM : Discussed the ethical implications of synthetic biology related to its applications (human advancement), distribution (biofuel production), and procedure (status of living machines). Also illustrated the importance of bridging the disconnect which makes it hard for the public to accept synthetic biology projects due to lack of communication and education from the scientists in charge of implementation.