Team:CIDEB-UANL Mexico/hp dnaweek
From 2014hs.igem.org
DNA Week
Even though iGEM has been in our high school since 2012, most students still didn’t know what it is about. We have as a goal that future generations inside CIDEB show more interest and curiosity towards biology, and as a consequence, towards iGEM.
We, as a team, consider important that, if we want everybody to know what iGEM is and that our high school is involved, the starting point must be inside our own institution.
With the purpose of spreading iGEM and our project, and taking advantage of the international DNA Day (April 25th), we organized the DNA Week.
Images. Students paying attention and participating in the activities.
Our DNA week consisted of a series of presentations and activities, which were given to all classes of the generation that has a chance to be part of the next iGEM CIDEB team. We asked permission to 3 different biology teachers, and we organized the dates and hours in a 4-day schedule, in May 12th, 13th, 14th, and 16th. We did a Power Point Presentation with information about iGEM and our project. We also performed two activities referring to synthetic biology and to our project between the information given, with the purpose of keeping the audience interested in what we were talking about.
THE PRESENTATION CONSISTED ON: |
|
What is IGEM? |
A general explanation of
the iGEM competition. |
What is synthetic biology? |
The creation of biological machines in order
to give new features to organisms. |
Talking about DNA |
A brief explanation of
DNA and genes, which make every organism different from each other. |
GAME TIME The
first game represented the insertion of modified plasmids to the bacteria. They
used toy guns to shoot the different plasmids into three different bacteria, taking
into account the difference between red, green, and yellow fluorescence proteins
in each bacteria. |
|
IGEM in our high school |
CIDEB_UANL has
participated in the iGEM competition for the last 2
years, obtaining the 3rd place in each one. |
CIDEB 2014’s project |
E.CARU consists in 4 modules: - The capture of Na+ ions - The productions of an aroma (Wintergreen) - Resistance to different environmental conditions - Binding to silica pearls. |
The
last game consisted of a bacteria which two students had to transform into
E.CARU, placing in it the characteristics that make it unique: muscles
of resistance, a drawn silica pearl representing the binding of
the bacteria, leafs of aroma and a sodium (Na+), which represented
the capture of the ions. |