Difference between revisions of "Team:Toronto/Human Practices"

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<p>To consider the ethical consequences of the clinical use of CRISPR we have attempted to create a dialogue with individuals who represent diverse cultural, economic, and religious backgrounds. Through this dialogue we hope to provide a diverse understanding of the manner in which this technology will shape, and is shaped by, the political and social landscape of Canada. In addition, a series of case studies will address the various challenges involved in the use of CRISPR in the public sphere.</p>
 
<p>To consider the ethical consequences of the clinical use of CRISPR we have attempted to create a dialogue with individuals who represent diverse cultural, economic, and religious backgrounds. Through this dialogue we hope to provide a diverse understanding of the manner in which this technology will shape, and is shaped by, the political and social landscape of Canada. In addition, a series of case studies will address the various challenges involved in the use of CRISPR in the public sphere.</p>
 
<p>Our team also seeks to engage a broader public in dialogue on synthetic biology by making it more accessible in three ways.</p>
 
<p>Our team also seeks to engage a broader public in dialogue on synthetic biology by making it more accessible in three ways.</p>
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<p>The first is by educating and engaging high school students through a summer camp which incorporates activities such as protein modeling, coding, and case studies. Through this camp we seek to provide practical skills to students and foster an interest in synthetic biology and introduce the social impacts of it.</p>
 
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<p>The first is by educating and engaging high school students through a summer camp which incorporates activities such as protein modeling, coding, and case studies. Through this camp we seek to provide practical skills to students and foster an interest in synthetic biology and introduce the social impacts of it.</p>
 
 
<p>The second will pair scientists and artists for a daylong Iconathon event. Not only will the icons created through this event be used to enrich the currently meager synthetic biology icon repository, it will also act as a way to educate artists about synthetic biology in an interdisciplinary fashion.</p>
 
<p>The second will pair scientists and artists for a daylong Iconathon event. Not only will the icons created through this event be used to enrich the currently meager synthetic biology icon repository, it will also act as a way to educate artists about synthetic biology in an interdisciplinary fashion.</p>
 
<p>Finally, a five episode podcast related to synthetic biology will engage industry professionals, specialists, and our own team members to educate a wider audience.</p>
 
<p>Finally, a five episode podcast related to synthetic biology will engage industry professionals, specialists, and our own team members to educate a wider audience.</p>

Revision as of 17:58, 29 October 2017

Human Practices

Our Goals

To consider the ethical consequences of the clinical use of CRISPR we have attempted to create a dialogue with individuals who represent diverse cultural, economic, and religious backgrounds. Through this dialogue we hope to provide a diverse understanding of the manner in which this technology will shape, and is shaped by, the political and social landscape of Canada. In addition, a series of case studies will address the various challenges involved in the use of CRISPR in the public sphere.

Our team also seeks to engage a broader public in dialogue on synthetic biology by making it more accessible in three ways.

The first is by educating and engaging high school students through a summer camp which incorporates activities such as protein modeling, coding, and case studies. Through this camp we seek to provide practical skills to students and foster an interest in synthetic biology and introduce the social impacts of it.

The second will pair scientists and artists for a daylong Iconathon event. Not only will the icons created through this event be used to enrich the currently meager synthetic biology icon repository, it will also act as a way to educate artists about synthetic biology in an interdisciplinary fashion.

Finally, a five episode podcast related to synthetic biology will engage industry professionals, specialists, and our own team members to educate a wider audience.

Interviews

Our team sought to create a dialogue with individuals of various backgrounds to understand how the technology developed in this project and other gene editing tools will affect and be affected by them.

Bioinformatics Workshop

We introduced high school students to everything from ethics and genetics to university life and programs at UofT. We emphasised the real world applications of everything students learned with us that day and it proved successful.

Podcast // Synversations

On our inaugural season of Synversations we talk to grad students, religious figures, community leaders, and many more to understand how biotechnology would affect their communities and to clear up some misconceptions about it.

Icon-a-thon

In the hopes of educating a typically scientifically uneducated public and to address a lack of biotechnology related icons we hosted a day long Icon-a-thon. The unique and attractive icons can be found in the wiki and are a testament to the need for diverse ways of reaching out to the public.

Guide

Using the recommendations made by the Committee on Human Gene Editing, we created an ethical guideline for iGEM teams to design their projects and public engagement initiatives.