Team:UCSF/Background

From 2011.igem.org

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<h3red>Biotechnology Program and Abraham Lincoln High School</h3red> <p>
<h3red>Biotechnology Program and Abraham Lincoln High School</h3red> <p>
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The ALHS Biotechnology is a two year pathway <p>
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The ALHS Biotechnology Program is a two year pathway developed by George Cachianes and co-taught by Julie Reis: <span class="classoranget"><a href="http://www.lincolnhigh.net/academy/biotech/overview">Lincoln High Biotech Webpage </a><span>
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First Year: Introduction to biotechnology, DNA cloning, and the industry and career opportunities <p>
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<p> </regulartext>
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Second Year: Students study and perform several lab protocols including running polyacrylamide and agarose gels, western blots, DNA minipreps, column chromatography, etc. <p>
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First Year: Introduction to biotechnology, DNA cloning, and the industry and career opportunities <p><regulartext>
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Second Year: Students study and perform several lab protocols including running polyacrylamide and agarose gels, western blots, DNA minipreps, column chromatography, etc. <p><regulartext>
The UCSF iGEM team is chosen from students that have completed this 2 year class.</regulartext></p>
The UCSF iGEM team is chosen from students that have completed this 2 year class.</regulartext></p>
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<h3red>Motivation for the UCSF iGEM 2011 Project</h3red> <p>
<h3red>Motivation for the UCSF iGEM 2011 Project</h3red> <p>
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<regulartext>Our inspiration began from articles we read during our first meeting at Abraham Lincoln High School:  
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<regulartext>Our inspiration began from articles we read during our first meeting at Abraham Lincoln High School: <p>
<span class="classoranget"><a href="http://www.popsci.com/environment/article/2009-05/green-styrofoam">Invention Awards: Eco-Friendly Insulation Made From Mushrooms </a><span>
<span class="classoranget"><a href="http://www.popsci.com/environment/article/2009-05/green-styrofoam">Invention Awards: Eco-Friendly Insulation Made From Mushrooms </a><span>
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After reading these articles we began a 2-week bootcamp to learn more about molecular biology techniques and the life cycle and growth of <i>S. cerevisiae</i>, the model organism we would use for our studies. The bootcamp culminated with a Team Challenge to determine the exact project we would pursue for the summer. <p></regulartext>
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After reading these articles we began a 2-week bootcamp to learn more about molecular biology techniques and the life cycle and growth of <i>S. cerevisiae</i>, the model organism we would use for our studies. The bootcamp culminated with a Team Challenge to determine the exact project we would pursue for the summer. <p><regulartext> Photographs from our exciting Team Challenge and the presentations we made to the UCSF community afterwards can be viewed below. <p></regulartext>
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Revision as of 20:14, 27 September 2011

introduction
the team
our project
parts
requisites
attributions
extras

Queen's

Biotechnology Program and Abraham Lincoln High School

The ALHS Biotechnology Program is a two year pathway developed by George Cachianes and co-taught by Julie Reis: Lincoln High Biotech Webpage

First Year: Introduction to biotechnology, DNA cloning, and the industry and career opportunities 

Second Year: Students study and perform several lab protocols including running polyacrylamide and agarose gels, western blots, DNA minipreps, column chromatography, etc.

The UCSF iGEM team is chosen from students that have completed this 2 year class.


Motivation for the UCSF iGEM 2011 Project

Our inspiration began from articles we read during our first meeting at Abraham Lincoln High School:

Invention Awards: Eco-Friendly Insulation Made From Mushrooms

Beer Brings Yeast Together

Beautiful, Deadly Biofilms

After reading these articles we began a 2-week bootcamp to learn more about molecular biology techniques and the life cycle and growth of S. cerevisiae, the model organism we would use for our studies. The bootcamp culminated with a Team Challenge to determine the exact project we would pursue for the summer.

Photographs from our exciting Team Challenge and the presentations we made to the UCSF community afterwards can be viewed below.

Paragraph 4