Team:Greenfield IN-Rihm-HS/Team

From 2011.igem.org

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|''Our project this year is to design, create, and test a working cadmium water tester. We are going to do this by altering the existing biochemical pathway that Yeast has to recognize the cadmium, and then create our own code that will make it fluoresce red. When we originally had the idea for a water tester, we looked for metals, pesticides, and other harmful substances that are a problem in water supplies. Through much research, we found that cadmium is often a byproduct of many industrial processes, and is often leaked or exposed to the environment. Also, yeast recognizes the presence of cadmium already, so we figured it would be much more simple to alter an existing pathway than to create an entirely new one. We hope through research and experimentation that we are able to make cadmium much more detectable in the environment.
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''Our project this year is to design, create, and test a working cadmium water tester. We are going to do this by altering the existing biochemical pathway that Yeast has to recognize the cadmium, and then create our own code that will make it fluoresce red. When we originally had the idea for a water tester, we looked for metals, pesticides, and other harmful substances that are a problem in water supplies. Through much research, we found that cadmium is often a byproduct of many industrial processes, and is often leaked or exposed to the environment. Also, yeast recognizes the presence of cadmium already, so we figured it would be much more simple to alter an existing pathway than to create an entirely new one. We hope through research and experimentation that we are able to make cadmium much more detectable in the environment.''
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|[[Image:Greenfield_IN-Rihm-HS_team.png|right| 250px |Your team picture]]
|[[Image:Greenfield_IN-Rihm-HS_team.png|right| 250px |Your team picture]]
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Team Rihm]]
Team Rihm]]
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Revision as of 02:32, 24 June 2011



Our project this year is to design, create, and test a working cadmium water tester. We are going to do this by altering the existing biochemical pathway that Yeast has to recognize the cadmium, and then create our own code that will make it fluoresce red. When we originally had the idea for a water tester, we looked for metals, pesticides, and other harmful substances that are a problem in water supplies. Through much research, we found that cadmium is often a byproduct of many industrial processes, and is often leaked or exposed to the environment. Also, yeast recognizes the presence of cadmium already, so we figured it would be much more simple to alter an existing pathway than to create an entirely new one. We hope through research and experimentation that we are able to make cadmium much more detectable in the environment.
IGem logo.png

Your team picture
Greenfield-Central High School Team Rihm


Who we are



Advisors:

  • John Rihm: attended Indiana University, has a Master's degree in Biology, and has over 35 years teaching experience.
  • Rebecca Schini: attended Indiana University Purdue University, is working on a master's degree in Biology, and has been teaching for 4 years.


Undergrads:

  • Chris Thompson: Junior, wants to attend Purdue University to study BioTechnical Engineering.
  • Lucas Ruff: Senior, attending West Point Military Academy next year.
  • Brent Poling: Junior, wants to attend Wabash University to study Pre-Med.
  • Austin Frazier: Junior, wants to attend Indiana University to study Biology or Pre-Med.

Mr. Rihm

Mrs. Schini

Chris Thompson

Lucas Ruff

Brent Poling

Austin Frazier

What we did

(Provide proper attribution for all work)


Where we're from

We're from Greenfield, Indiana. We all go to Greenfield-Central High School, and we all love Biology and Science. We were all roped into this by our AP Biology teacher, Mr. Rihm. He was the first one to tell us about iGem, and got us excited about it.

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