Difference between revisions of "Team:UNIK Copenhagen/FAQ"

Revision as of 00:33, 31 August 2015

What is project SpaceMoss?
Project SpaceMoss conducts research on the possibility of sending genetically modified moss to Mars.

How did Team SpaceMoss start?
Team SpaceMoss started with mysterious posters that popped up at Copenhagen University saying only one thing: "SpaceMoss" and a meeting place. We were all intrigued and showed up to the information meeting where we realized that this could be the potential to be a fascinating project that could change the way people viewed synthetic biology and astrophysics. The original idea for SpaceMoss was made by members from the Copenhagen 2013 iGEM team. Their Wiki can be found here: 2013 Team's wiki.We were then told to send in our CVs, a letter of motivation and to fill out a personality test. These were reviewed and a team of 8 people was put together based on our capabilities and talents. We were then divided into three sub groups of those responsible for lab, project management and outreach.

Why Moss?
Moss is a very sturdy plant that can already handle rough conditions. Therefore, it has a higher change of surviving harsh conditions on Mars. Research in transformation of moss has been on-going for years at Center for Synthetic Biology whereas other teams and institutes often use E.coli or Yeast - one benefit of using moss it that it consumes carbondioxide and creates oxygen.

What is the iGEM competetion?
The International Genetically Engineered Machine (iGEM) is a worldwide synthetic biology competition

Who is currently sponsoring you?
So far we are finansially sponsored by University of Copenhagen (KU Almene fond), Lundbeckfonden and Tycho Bio.

How do I learn more about iGEM?
You can read about the competition here

How do I become part of an iGEM team
First check if your school or university already has an iGEM team or read How to start a team

How can I help?
You can show your support by following us on Facebook or Twitter or contact us directly on igemcph@gmail.com

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 <b>What is project SpaceMoss?</b><br>
 Project SpaceMoss conducts research on the possibility of sending genetically modified moss to Mars.
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-<b>How did Team Space start?</b><br>
+<b>How did Team SpaceMoss start?</b><br>
-Team SpaceMoss started with mysterious posters that popped up at Copenhagen University saying only one thing: "SpaceMoss" and a meeting place. We were all intrigued and showed up to the information meeting where we realized that this could be the potential to be a fascinating project that could change the way people viewed synthetic biology and astrophysics. The original idea for SpaceMoss was made by members from the Copenhagen 2013 iGEM team. There Wiki can be found here: <a href="https://2013.igem.org/Team:UNIK_Copenhagen">2013 Team's wiki</a>.We were then told to send in our CVs, a letter of motivation and to fill out a personality test. These were reviewed and a team of 8 people was put together based on our capabilities and talents. We were then divided into three sub groups of those responsible for lab, project management and outreach.
+Team SpaceMoss started with mysterious posters that popped up at Copenhagen University saying only one thing: "SpaceMoss" and a meeting place. We were all intrigued and showed up to the information meeting where we realized that this could be the potential to be a fascinating project that could change the way people viewed synthetic biology and astrophysics. The original idea for SpaceMoss was made by members from the Copenhagen 2013 iGEM team. Their Wiki can be found here: <a href="https://2013.igem.org/Team:UNIK_Copenhagen">2013 Team's wiki</a>.We were then told to send in our CVs, a letter of motivation and to fill out a personality test. These were reviewed and a team of 8 people was put together based on our capabilities and talents. We were then divided into three sub groups of those responsible for lab, project management and outreach.
 <br></br>
 <b>Why Moss?</b><br>
-Moss is a very sturdy plant that can already handle rough conditions, it therefore has a higher change of surviving harsh conditions on Mars. Research in transformation of Moss has been on-going for years at Center for Synthetic Biology whereas other teams and institutes often use E-coli or Yeast - one benefit of using moss it that it consumes carbondioxide and creates oxygen.
+Moss is a very sturdy plant that can already handle rough conditions. Therefore, it has a higher change of surviving harsh conditions on Mars. Research in transformation of moss has been on-going for years at Center for Synthetic Biology whereas other teams and institutes often use <i>E.coli</i> or Yeast - one benefit of using moss it that it consumes carbondioxide and creates oxygen.
 <br></br>