Davidson Missouri W

From 2007.igem.org

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===Team Meeting Notes===
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== '''Team Meeting Notes''' ==
Western Meeting Notes 051407 to Present
Western Meeting Notes 051407 to Present

Revision as of 16:23, 18 May 2007

===Davidson & Missouri Western Team Logos, iGEM2006===

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Contents

Team Meeting Notes

Western Meeting Notes 051407 to Present [1]

Students

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• Jordan Baumgardner, junior biology, biochem/molecular bio major, [2]

• Ryan Chilcoat, junior biology major (health sciences), [3]

• Tom Crowley, senior biochem/molecular biology major, [4]

• Lane H. Heard, Central High School graduate, [5]

• Nickolaus Morton, junior chemistry major, [6]

• Michelle Ritter, junior mathematics major, [7]

• Miranda Showalter, junior biology major (health sciences), [8]

• Jessica Treece, junior biology major (health sciences), [9]

• Matthew Unzicker, senior biochem/molecular biology major, [10]

• Amanda Valencia, senior biochem/molecular biology major, [11]


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• Will DeLoache, ??? major, [12]

• Oyinade Adefuye, ??? major, [13]

• Jim Dickson , ??? major, [14]

• Amber Shoecraft, ??? major, [15]

• Andrew Martens, ??? major, [16]

• Michael Waters, ??? major, [17]

Faculty

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• Todd Eckdahl [18], Professor, Department of Biology, [19]

• Jeff Poet [20], Assistant Professor, Department of Computer Science, Mathematics, and Physics, [21]

Shipping Address: Todd Eckdahl, Biology Department, Missouri Western State University, 4525 Downs Drive, Saint Joseph, MO, 64507 [(816) 271-5873]


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• Malcolm Campbell [22], Professor, Department of Biology, [23]

• Karmella Haynes [24], Visiting Assistant Professor, Department of Biology, [25]

• Laurie Heyer [26], Associate Professor, Department of Mathematics, [27]

Shipping Address: Malcolm Campbell, Biology Dept. Davidson College, 209 Ridge Road, Davidson, NC 28036 [(704) 894-2692]

Project Overview

Solving the Pancake Problem with an E. coli Computer Our goal is to genetically engineer a biological system that can compute solutions to a puzzle called the burnt pancake problem. The EHOP computer is a proof of concept for computing in vivo, with implications for future data storage devices and transgenic systems.

Resources / Citations

Cool site for Breakfast [28]

Karen Acker's paper describing GFP and TetA(c) with Hix insertions [29]

Bruce Henschen's paper describing one-time flippable Hix sites [30]

Intro to Hamiltonian Path Problem and DNA [31]