Team:Minnesota/ProjectTimeBomb

From 2008.igem.org

(Difference between revisions)
(Overall project)
Line 17: Line 17:
== '''Overall project''' ==
== '''Overall project''' ==
-
<p> The process of ''in situ'' Bioremediation would be aided through the use of microorganisms that undergo synchronized cell death. Bioremediation relies on microorganisms' enzymatic pathways to break down hazard chemicals in the environment. However, in order to protect the environment from the release of a foreign population of microorganisms, most contaminants have to be excavated or pumped off-site (''ex situ'') before the proper microogranisms can be applied. The transport of contaminants makes ''ex situ'' bioremediation just as expensive as the  burn or bury methods of waste removal. Although if the remediating microorganisms were engineered to clean up until the contaminant was removed, and then collectively die, their impact on native populations could be reduced significantly. </p>
+
<p>The process of ''in situ'' Bioremediation would be aided through the use of microorganisms that undergo synchronized cell death. Bioremediation relies on microorganisms' enzymatic pathways to break down hazard chemicals in the environment. However, in order to protect the environment from the release of a foreign population of microorganisms, most contaminants have to be excavated or pumped off-site (''ex situ'') before the proper microogranisms can be applied. The transport of contaminants makes ''ex situ'' bioremediation just as expensive as the  burn or bury methods of waste removal. Although if the remediating microorganisms were engineered to clean up until the contaminant was removed, and then collectively die, their impact on native populations could be reduced significantly.</p>
== Project Detail==
== Project Detail==

Revision as of 15:34, 26 July 2008

Skyline 1.jpg


Home Team Time Bomb Homepage Team Page Project Page Parts Submitted to the Registry Team Notebook

Overall project

The process of in situ Bioremediation would be aided through the use of microorganisms that undergo synchronized cell death. Bioremediation relies on microorganisms' enzymatic pathways to break down hazard chemicals in the environment. However, in order to protect the environment from the release of a foreign population of microorganisms, most contaminants have to be excavated or pumped off-site (ex situ) before the proper microogranisms can be applied. The transport of contaminants makes ex situ bioremediation just as expensive as the burn or bury methods of waste removal. Although if the remediating microorganisms were engineered to clean up until the contaminant was removed, and then collectively die, their impact on native populations could be reduced significantly.

Project Detail