Difference between revisions of "Team:ManhattanCol Bronx"

Revision as of 15:58, 28 June 2017

How to Produce Lots of
Electricity Using a Biological Fuel Cell?

Presented by Manhattan iGEM

Combining Photosynthetic System with Electricity

Our case is using [insert text].

[Insert sketch] (3D Structure in Project Page)

[Insert sketch of glucose oxidase]

Introduction

Synthetic biology utilizes concepts in engineering and mathematical modeling to design ways in which to genetically manipulate biological system in order to alter or create unique physiological pathways. DNA serves as the functional units in the architecture of improved blueprints of existing organisms.

[Insert analysis]

[Insert conclusion].

[Insert production process]

[Insert process]

[Insert bacteria name!]

[Insert bacteria description]

At Manhattan iGem, we have already begun the process [insert].

We believe our idea is [insert]

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 			    <div class="col-md-6" style="margin-top:2em">
-			      <p style="font-family: Raleway; font-size:20px">Introduction</p>
+			      <p><font face="Droid Serif" size="55" color="#088A08">Introduction</p>
-				  <p style="font-family: Raleway; font-size:20px">[Insert objective]</p>
+				  <p style="font-family: Raleway; font-size:20px">Synthetic biology utilizes concepts in engineering and mathematical modeling to design ways in which to genetically manipulate biological system in order to alter or create unique physiological pathways.  DNA serves as the functional units in the architecture of improved blueprints of existing organisms. </p>
 				  <img src="https://preview.ibb.co/fLMpf5/Five_Facts_about_E_coli_img_n9tu6xevuv4y66l3rwyn3rzwak6j8up8h7n8um9fws.jpg" style="display:block; margin-left:auto;margin-right:auto" width="60%">