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| | will bosworth | | will bosworth |
| | bosworth AT mit.edu | | bosworth AT mit.edu |
| - | mit class of 2008 | + | mit me bs 2008 |
| - | pursing a bs in mechanical engineering with a minor in biology | + | mit me ms student until, i dunno, jan '11 |
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| - | currently a member of the [http://www.openwetware.org/wiki/IGEM:UC_Berkeley/2006 UCBerkeley iGEM team 2006],
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| - | designing cellular logic gates in cells; creating and testing conjugation-based communication models
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| - | in e.coli . Continuing this project in the endy lab @ mit in fall2006.
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| - | previously a member of the [http://openwetware.org/wiki/IGEM:MIT/2005 MIT iGEM team 2005], where | + | Member of the [http://www.openwetware.org/wiki/IGEM:UC_Berkeley/2006 UCBerkeley iGEM team 2006], |
| - | I did alot of struggling and learning. We tried to modify a chemical pathway to create a platform to | + | and [http://openwetware.org/wiki/IGEM:MIT/2005 MIT iGEM team 2005] where I had the great |
| - | sense different environmental factors. Our method involved significantly modifying surface protein's
| + | opportunity to (attempt to) build (useful) devices out of living organisms. |
| - | structures (synthesizing altered sequences) and then expecting those proteins to still work. We did
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| - | not get very far.
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| - | concrete interests:
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| - | # bio-electro-mechanical system design and MEMS - living cell interaction
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| - | # electro-mechanical motion control & creating the mechanisms and terminology for analogous control in biological systems.
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| - | # quantitative models matching actual results.
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| - | # I must be interested in something that doesn't sound "far out and far away," too.
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| - | abstract interests: | + | In iGEM, I learned a great deal about complex system design & debugging while interacting with some |
| - | # innovation
| + | ''really good'' engineers and biologists. The experience has certainly benefited me in my |
| - | # righteous engineering
| + | currently-not-bioengineering engineering career. |
| - | # good design (in any form)
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| - | # self assembly
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| - | # abstraction
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| - | # exploring and managing complexity
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| - | # simplicity
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| - | # big words
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| - | Fall 2006 iGEM UROP proposal.
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| - | This term I will continue work on the 2006 UCBerkeley iGEM project.
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| - | iGEM is the international Genetically Engineered Machine Competition, a
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| - | student competition where teams design and assemble eningineered machines
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| - | using advanced genetic components and technologies.
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| - | <citation: http://parts.mit.edu/wiki/index.php/Main_Page>
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| - | In this project we are developing the necassary low level components and
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| - | higher level schemes to create logical computation circuits implemented in
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| - | networks of cells.
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| - | To create these networks, We have developed a model for a NAND operator
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| - | that uses three unique cell types to perform a logical operation. This NAND
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| - | operator is designed to be modular. The number of unique independent NAND
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| - | gates will scale with the creation of lower-level comunication modules that do
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| - | not cross-talk. | + | |
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| - | This fall, I will attempt to build a single NAND gate operator in order to
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| - | demonstrate this system at the iGEM Jamboree held in early November 2006. I
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| - | will be doing wet lab work in Professor Drew Endy's lab in Building 68.
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| - | Professor Endy is directly involved in the iGEM competition, and thus his
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| - | lab is an ideal location for this research project.
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| - | More details of the 2006 UCB iGEM project can be found at:
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| - | http://parts.mit.edu/wiki/index.php/University_of_California_Berkeley_2006
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