Difference between revisions of "Team:Toulouse France/Engagement"

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<div class="column full_size" style="padding:20px 10%">
 
<div class="column full_size" style="padding:20px 10%">
  
In the spirit of the iGEM competition and because we believe that Science should be the
+
We believe that Science should be the corner stone of human societies. In the spirit of the iGEM competition, we strongly committed ourselves into education and discussion with the public about Science, Synthetic biology and the use of Genetically Modified Organisms (GMO). This commitment is illustrated by the creations of a play about GMOs, an educational kit for schools, videos to explain our bench works or by our active participation to several local and Europeans scientific events.
  
corner stone of human societies, we were strongly involved to educate public about Science,
 
 
Synthetic biology and the Genetically modified organisms (GMO). This commitment is
 
 
illustrated by the creation of a play about GMOs, of an educational kit for schools, of videos
 
 
to explain our bench works translated in different languages thanks to iGEM teams around the
 
 
world and by our active participation to several local and Europeans scientific events.
 
 
 
<br><br>
 
<br><br>
 
 
<u><p class="title1" id="select1">Creation of a theater play about GMOs.</p></u>
+
<u><p class="title1" id="select1">Creation of educative kit</p></u>
 
<p class="texte">
 
<p class="texte">
+
With the objectives of making biology accessible to anyone and of attract children to biological sciences, we have developed an educational kit destined to primary schools and secondary schools. It provides explanations of what biology, life sciences and the concept of DNA are. It contains instructions for simple experiments and provides information on precautions to take when handling GMOs. This was done under the supervision of Arthur Sarrade-Loucheur, a very creative PhD student.
Because we have realized that debates about
+
<img src="https://static.igem.org/mediawiki/2016/e/eb/Toulouse_France_exposcience1.jpeg"></img>
 
+
<img src="https://static.igem.org/mediawiki/2016/e/e6/Toulouse_France_livretprimaire.pdf"></img>
GMOs in the public were grounded on false perception of what GMOs really are, we have
+
 
+
created a 15 min play with the goals of explaining what GMOs are and of triggering a debate
+
 
+
with the public. This play is taking place in one student&#39;s apartment during a party gathering 5
+
 
+
friends. With the pretext of a debate between one opponent to GMOs and one pro-GMOs, we
+
 
+
explain what GMOS are, that there are several types, modified plants (GMP), modified
+
 
+
animals (GMA) and modified microorganisms (GMM). Therefore, when one raises the issue
+
 
+
of GMOs, one should take this distinction into account. We also give various definitions so
+
 
+
that the public would realize that legislations and definitions can be different between
+
 
+
countries and this is a real problem when one wants to regulate the use of GMOs at the planet
+
 
+
scale. We also explained our iGEM project and what synthetic biology is. The play is played
+
 
+
by 4 of us plus one friend. It was created under the complete lead of a PhD student <b>Alexia
+
 
+
Dumas</b> (our stage director). Our script evolved thanks to the supervision of <b>Matthieu Pouget</b>,
+
 
+
artistic director and teacher at the University of Toulouse 2. We have scheduled to
+
 
+
perform live this play notably in front of students of our university, unfortunately, the script
+
 
+
was not ready at that time. We hope that we or others will be able to do so in the near futures,
+
 
+
because we believe that this initiative could really educate public about the GMO issue.
+
+
 
</p>
 
</p>
 
 
Line 83: Line 41:
  
  
<u><p class="title1" id="select1">Creation of educative multi-languages videos.</p></u>
+
<u><p class="title1" id="select1">Creation of educative multi-languages videos</p></u>
 
<p class="texte">
 
<p class="texte">
 +
Applying a new protocol for the first time is never that easy, and a lot of iGEM routin protocols were new to us. We have therefore decided to film explanatory videos about manipulations that we have performed at the bench, so that anyone with the right equipment could understand and carry out these manipulations.
 +
</p>
 +
 
 
With the objectives of making biology
+
<center><a class="button-home" href="https://2016.igem.org/Team:Toulouse_France/Collaborations" style="border: 1px solid #282828;-webkit-border-radius: 5px;-moz-border-radius: 5px;border-radius: 5px; padding: 5px 15px; color: #282828; text-decoration: none; font-size: 17px; background: none; display: block; width: 200px;">Click here to see our tutorials</a></center>
  
accessible to anyone and of attract children to biological sciences, we have developed an
+
<p class="texte">
 +
In addition, in the exchange spirit of the iGEM network, we have collaborated with iGEM teams all around the world to translate our script in six languages and offer the possibility to hear trhese videos in their native tongues. That way, we were able to upload on Youtube a collection of videos in English, French, Spanish, Chinese, Dutch and Portuguese. More information in our <a href="2016.igem.org/Team:Toulouse_France/Collaborations">collaboration</a> section.
 +
</p>
  
educational kit destined to primary schools and secondary schools. It provides explanations of
 
 
what biology, life sciences and the concept of DNA are. It contains instructions for simple
 
 
experiments and provides information on precautions to take when handling GMOs.
 
 
This was done under the supervision of <b>Arthur Sarrade-Loucheur</b>, a very creative PhD
 
 
student. We have also filmed and edited explanatory videos about manipulations that we have
 
 
performed at the bench, so that anyone with the right equipment could understand and carry
 
 
out these manipulations. In addition, in the exchange spirit of the iGEM network, we have
 
 
collaborated with different iGEM teams around the world to translate our script in different
 
 
languages (see collaboration section) and recorded the voiceover in their native tongues. That
 
 
way, we were able to offer on Youtube a collection of videos in English, French, Spanish,
 
 
Chinese, Dutch and Portuguese.
 
 
</p>
 
 
 
 
+
<u><p class="title1" id="select1">Discussion with the public</p></u>
 
+
 
+
 
+
<u><p class="title1" id="select1">Direct exchanges with public.</p></u>
+
 
<p class="texte">
 
<p class="texte">
  
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public. That’s why we have actively participated to various scientific events.
 
public. That’s why we have actively participated to various scientific events.
<br>
+
<br><br>
<ul>
+
<li>
+
<center>
At an event at the <b>Toulouse Museum of Natural History</b> on the topic of Genetics, we
+
<img src="https://static.igem.org/mediawiki/2016/0/06/Toulouse_France_museum1.jpeg" style="width:40%"></img>
 +
 +
<img src="https://static.igem.org/mediawiki/2016/5/57/Toulouse_France_museum2.jpg" style="width:40%"></img>
 +
 +
<img src="https://static.igem.org/mediawiki/2016/5/50/Toulouse_France_museum8.jpg" style="width:40%"></img>
 +
 +
<img src="https://static.igem.org/mediawiki/2016/6/6c/Toulouse_France_museum9.jpg" style="width:40%"></img>
 +
</center>
  
have animated a stand on bacterial diversity. We explained how numerous and diverse
+
<br><br>
 +
At an event at the Toulouse Museum of Natural History on the topic of Genetics, we have animated a stand on bacterial diversity. We explained how numerous and diverse are microorganisms, their incredible ability to occupy any type of environments, even the most hostile ones. We also explained their importance for life in general and that not all of them are pathogens. We talked about the notion of the intestinal microbiota. We also explained the importance of hand-washing by showing Petri plates inoculated with microorganisms from either clean or dirty hands. 4-6- years children were given the opportunity to perform basic experiments such as observing various microorganism through a microscope, and for the youngest one, the opportunity to colour drawing of bacteria. We also explained how to make their own growth medium…and discuss all day-long with their parents about our iGEM project.
 +
<br><br>
  
are microorganisms, their incredible ability to occupy any type of environments, even
+
At the Toulouse PhD students meeting, we have presented the project ApiColi (from iGEM Toulouse 2015) in order to show the principle and values ​​of the iGEM competition.
  
the most hostile ones. We also explained their importance for life in general and that
+
<br><br>
 +
<center>
 +
<img src="https://static.igem.org/mediawiki/2016/a/a1/Toulouse_France_exposcience3.jpeg" style="width:40%"></img>
 +
 +
<img src="https://static.igem.org/mediawiki/2016/8/87/Toulouse_France_exposcience7.jpg" style="width:40%"></img>
  
not all of them are pathogens. We talked about the notion of the intestinal microbiota.
+
</center>
 +
<br><br>
 +
 +
 +
At Toulouse’s Exposciences, we presented a poster on our iGEM project for the first time, exposing what we intended to achieve. The stand was also dedicated to children. Thus, thanks to a model, we explained synthetic biology in easy terms so that everyone could understand. Then, we helped children to extract banana DNA to show them an easy and visual manipulation, and also to make concrete the notion of DNA to them.
 +
<br><br>
 +
 +
<center>
 +
<img src="https://static.igem.org/mediawiki/2016/6/6a/Toulouse_France_nuitdeschercheurs.jpeg" style="width:40%"></img>
 +
</center>
 +
<br><br>
 +
 +
At the European Night of Sciences in Toulouse, we had a stand dedicated to bacterial diversity. We  again gave the opportunity to children to make basic experiments such as the purification of banana DNA. This exhibition was coordinated by some of our  iGEM supervisors (Thomas Lautier, Stephanie Heux, Arthur Sarrade-Loucheur and Mathieu Fournié).
  
We also explained the importance of hand-washing by showing Petri plates inoculated
+
 +
</p>
  
with microorganisms from either clean or dirty hands. We have given the opportunity
+
<u><p class="title1" id="select1">Creation of a theater play about GMOs</p></u>
 +
<p class="texte">
 +
From the discussion with the public, we realized that debates about GMOs were grounded on false perception of what they actually are. We felt we have to do something about this and we created a 15 min theater play to explain what GMOs are and to trigger a debate with the public. This play ‘Pros and Cons of GMO” has for pitch a party gathering 5 friends in a student's apartment.
 +
 +
<br><br>
 +
<center> <embed width="600px" height="auto" src="https://static.igem.org/mediawiki/2016/9/9a/Toulouse_France_theatre.swf"> </center>
 +
 +
<br><br>
 +
 +
With the pretext of a debate between an opponent to GMOs and a pro-GMOs, we explain what GMOS are, their several types, modified plants (GMP), modified animals (GMA) and modified microorganisms (GMM). We also provided various definitions so that the public could realize that legislations and definitions are very different from one country to another, as this is a real problem to regulate the use of GMOs at the planet scale. We also explained our iGEM project and what synthetic biology is.
  
to 4-6- years children to perform basic experiments such as observing various
+
<br><br>
 +
 +
<center>
 +
<img src="https://static.igem.org/mediawiki/2016/8/83/Toulouse_France_GMOarguments.png" style="width:40%"></img>
 +
</center>
 +
<br><br>
  
microorganism through a microscope and for and for the youngest one, the
+
The play is played by 4 of us plus one friend, Julie Navarro. It was created under the complete lead of a PhD student Alexia Dumas (our stage director). Our script evolved thanks to the supervision of Matthieu Pouget, artistic director and teacher at the University of Toulouse 2. We have been able to create a high-quality video of the play. We have scheduled to perform live this play notably in front of students of our university, unfortunately, the script was not ready at that time. We hope that we or others will be able to do so in the near futures, because we believe that this initiative could really educate public about the GMO issue.
 
+
opportunity to color drawing of bacteria. We also explained them how to make their
+
 
+
own growth medium…and discuss all day-long with their parents about our iGEM
+
 
+
project.
+
</li>
+
 
+
<li>
+
<b>At the Toulouse PhD students meeting</b>, we have presented the project ApiColi (from
+
 
+
iGEM Toulouse 2015) in order to show the principle and values ​​of the iGEM
+
 
+
competition.
+
</li>
+
 
+
<li>
+
<b>At Toulouse’s Exposciences</b>, we presented a poster on our iGEM project for the first
+
 
+
time, exposing what we intended to achieve. The stand was also dedicated to children.
+
 
+
Thus, thanks to a model, we explained synthetic biology in easy terms so that
+
 
+
everybody could understand. Then, we helped children to extract banana DNA in
+
 
+
order to show them an easy and visual manipulation, and also to make the notion of
+
 
+
DNA much clear to them.
+
</li>
+
 
+
<li>
+
<b>At the European night of sciences in Toulouse</b>, we have a stand dedicated to
+
 
+
bacterial diversity and again have given the opportunity to children to make basic
+
 
+
experiments such as the purification of banana DNA. This exhibition was coordinated
+
 
+
by <b>Thomas Lautier</b> with the help of <b>Stephanie Heux</b>, both researcher at the LISBP,
+
 
+
and with two PhD students <b>Arthur Sarrade-Loucheur</b> and <b>Mathieu Fournié</b>.
+
</li>
+
+
</ul>
+
  
 +
 
</p>
 
</p>
 
 

Revision as of 20:38, 19 October 2016

iGEM Toulouse 2016

Public Engagement

We believe that Science should be the corner stone of human societies. In the spirit of the iGEM competition, we strongly committed ourselves into education and discussion with the public about Science, Synthetic biology and the use of Genetically Modified Organisms (GMO). This commitment is illustrated by the creations of a play about GMOs, an educational kit for schools, videos to explain our bench works or by our active participation to several local and Europeans scientific events.

Creation of educative kit

With the objectives of making biology accessible to anyone and of attract children to biological sciences, we have developed an educational kit destined to primary schools and secondary schools. It provides explanations of what biology, life sciences and the concept of DNA are. It contains instructions for simple experiments and provides information on precautions to take when handling GMOs. This was done under the supervision of Arthur Sarrade-Loucheur, a very creative PhD student.

Creation of educative multi-languages videos

Applying a new protocol for the first time is never that easy, and a lot of iGEM routin protocols were new to us. We have therefore decided to film explanatory videos about manipulations that we have performed at the bench, so that anyone with the right equipment could understand and carry out these manipulations.

Click here to see our tutorials

In addition, in the exchange spirit of the iGEM network, we have collaborated with iGEM teams all around the world to translate our script in six languages and offer the possibility to hear trhese videos in their native tongues. That way, we were able to upload on Youtube a collection of videos in English, French, Spanish, Chinese, Dutch and Portuguese. More information in our collaboration section.

Discussion with the public

We believe that it also our duty to promote Science and Synthetic Biology beyond the walls of our university and engineer school and to explain the beauty and the rationale of our iGEM project. The best way to do so is to directly discuss with public. That’s why we have actively participated to various scientific events.



At an event at the Toulouse Museum of Natural History on the topic of Genetics, we have animated a stand on bacterial diversity. We explained how numerous and diverse are microorganisms, their incredible ability to occupy any type of environments, even the most hostile ones. We also explained their importance for life in general and that not all of them are pathogens. We talked about the notion of the intestinal microbiota. We also explained the importance of hand-washing by showing Petri plates inoculated with microorganisms from either clean or dirty hands. 4-6- years children were given the opportunity to perform basic experiments such as observing various microorganism through a microscope, and for the youngest one, the opportunity to colour drawing of bacteria. We also explained how to make their own growth medium…and discuss all day-long with their parents about our iGEM project.

At the Toulouse PhD students meeting, we have presented the project ApiColi (from iGEM Toulouse 2015) in order to show the principle and values ​​of the iGEM competition.



At Toulouse’s Exposciences, we presented a poster on our iGEM project for the first time, exposing what we intended to achieve. The stand was also dedicated to children. Thus, thanks to a model, we explained synthetic biology in easy terms so that everyone could understand. Then, we helped children to extract banana DNA to show them an easy and visual manipulation, and also to make concrete the notion of DNA to them.



At the European Night of Sciences in Toulouse, we had a stand dedicated to bacterial diversity. We again gave the opportunity to children to make basic experiments such as the purification of banana DNA. This exhibition was coordinated by some of our iGEM supervisors (Thomas Lautier, Stephanie Heux, Arthur Sarrade-Loucheur and Mathieu Fournié).

Creation of a theater play about GMOs

From the discussion with the public, we realized that debates about GMOs were grounded on false perception of what they actually are. We felt we have to do something about this and we created a 15 min theater play to explain what GMOs are and to trigger a debate with the public. This play ‘Pros and Cons of GMO” has for pitch a party gathering 5 friends in a student's apartment.



With the pretext of a debate between an opponent to GMOs and a pro-GMOs, we explain what GMOS are, their several types, modified plants (GMP), modified animals (GMA) and modified microorganisms (GMM). We also provided various definitions so that the public could realize that legislations and definitions are very different from one country to another, as this is a real problem to regulate the use of GMOs at the planet scale. We also explained our iGEM project and what synthetic biology is.



The play is played by 4 of us plus one friend, Julie Navarro. It was created under the complete lead of a PhD student Alexia Dumas (our stage director). Our script evolved thanks to the supervision of Matthieu Pouget, artistic director and teacher at the University of Toulouse 2. We have been able to create a high-quality video of the play. We have scheduled to perform live this play notably in front of students of our university, unfortunately, the script was not ready at that time. We hope that we or others will be able to do so in the near futures, because we believe that this initiative could really educate public about the GMO issue.



Contacts