User:Despaux: Difference between revisions

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==Leo d'Espaux==
==Leo d'Espaux==
Graduate Student<br/>
[[image:Mug.png]]<br/>
Chemical Engineering, MC 210-41<br/>
Postdoctoral Research Fellow<br/>
California Institute of Technology<br/>
Joint BioEnergy Institute<br/>
Pasadena, CA 91125-4100<br/>
Lawrence Berkeley National Lab
626.395.2753.lab<br/>
626.568.8743.fax<br/>
despaux@caltech.edu


==Education==
==Education==
Ph.D. Student, Chemical Engineering, [http://www.caltech.edu Caltech]
Ph.D., Chemical Engineering, [http://www.caltech.edu Caltech]
, 2005-present
, 2013 <br/>
 
M.S., Chemical Engineering, [http://www.caltech.edu Caltech]
, 2007<br/>
B.S., Chemical Engineering, [http://www.cornell.edu Cornell]
B.S., Chemical Engineering, [http://www.cornell.edu Cornell]
, 2005
, 2005<br/>
[http://openwetware.org/images/4/42/CV_Leo_dEspaux.pdf CV]


==Honors and Awards==
==Research==
My research concerns synthetic regulation of eukaryotic gene expression for applications in green production of chemicals and gene therapy.
Graduate Research Fellowship, National Science Foundation, 2006-present<br/>
Betty and Gordon Moore Fellowship, California Institute of Technology, 2005-present <br/>
Menschel Public Service Fellowship, Cornell University, 2005<br/>
Slayton Evans Research Award, American Chemical Society, 2003<br/>
Alumni Sponsored Research Award, Cornell University, 2003<br/>
Presidential Research Scholar, Cornell University, 2001-2005<br/>
ACS-Xerox Scholar, American Chemical Society, 2001-2005<br/>
Gates Millenium Scholar, Bill and Melinda Gates Foundation, 2001-2005


==Research==
My research concerns nucleic acids as adaptive gene regulatory elements in mammalian cells. These molecules are able to detect changes in the cellular environment, e.g. cancerous or infected, and act accordingly. Previously I've worked on human genetic evolution, drug delivery, tissue engineering, novel nucleic acids, and macromolecular transport across nuclear pores.
==Publications==
==Publications==
# “Controlled assembly of dendrimer like DNA”, Y. Li, Y.D. Tseng, S.Y. Kwon, L. d'Espaux, J.S. Bunch, P.L McEuen, and D. Luo, Nature Materials 3, 38-42, (January, 2004)
 
# “Honeycomb-shaped DNA”,  L. d’Espaux, and D. Luo, Proceedings of the 18th Annual Cornell Undergraduate Research Board Forum, 69 (March, 2002)
#'''LD d’Espaux''', YH Wang, and CD Smolke. 2013. A modular genetic amplifier for near-digital control over eukaryotic gene expression. In preparation.
#'''LD d’Espaux''', AB Kennedy, JV Vowles, and CD Smolke. 2013. Synthetic protein-responsive ribozyme switches in eukaryotic cells. In preparation.
#Y Li, YD Tseng, SY Kwon, '''LD d’Espaux''', JS Bunch, PL McEuen and D Luo. 2004. Controlled assembly of dendrimer-like DNA. Nature Materials 3, 38-42.
 
==Miscellaneous==
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Revision as of 17:06, 19 November 2013

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Leo d'Espaux


Postdoctoral Research Fellow
Joint BioEnergy Institute
Lawrence Berkeley National Lab

Education

Ph.D., Chemical Engineering, Caltech , 2013
M.S., Chemical Engineering, Caltech , 2007
B.S., Chemical Engineering, Cornell , 2005
CV

Research

My research concerns synthetic regulation of eukaryotic gene expression for applications in green production of chemicals and gene therapy.

Publications

  1. LD d’Espaux, YH Wang, and CD Smolke. 2013. A modular genetic amplifier for near-digital control over eukaryotic gene expression. In preparation.
  2. LD d’Espaux, AB Kennedy, JV Vowles, and CD Smolke. 2013. Synthetic protein-responsive ribozyme switches in eukaryotic cells. In preparation.
  3. Y Li, YD Tseng, SY Kwon, LD d’Espaux, JS Bunch, PL McEuen and D Luo. 2004. Controlled assembly of dendrimer-like DNA. Nature Materials 3, 38-42.

Miscellaneous

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