User:Shireen Rudina

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(Education)
(Research interests)
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==Research interests==
==Research interests==
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# Synthetic biology
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* Synthetic biology
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# Protein Engineering
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* Gene Therapy
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# Gene Therapy
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I am currently an Organism Engineering intern at [[www.ginkgobioworks.com| Ginkgo Bioworks]].
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During the summer of 2012 and Feb-June 2013, I was a full-time Organism Engineering intern at [[www.ginkgobioworks.com| Ginkgo Bioworks]].
From Jan-Dec 2012, I worked Dr. Chris Voigt's lab at MIT with Felix Moser, where I was working on improving the dynamic range of sensors in genetic circuits through the use of plasmid copy number.
From Jan-Dec 2012, I worked Dr. Chris Voigt's lab at MIT with Felix Moser, where I was working on improving the dynamic range of sensors in genetic circuits through the use of plasmid copy number.

Revision as of 13:20, 22 March 2014

Contents

Contact Info

Education

  • Currently graduate student (PhD track) in Bioengineering at Stanford University
  • Feb 2013, BS in Biological Engineering, MIT

Research interests

  • Synthetic biology
  • Gene Therapy

During the summer of 2012 and Feb-June 2013, I was a full-time Organism Engineering intern at Ginkgo Bioworks.

From Jan-Dec 2012, I worked Dr. Chris Voigt's lab at MIT with Felix Moser, where I was working on improving the dynamic range of sensors in genetic circuits through the use of plasmid copy number.

From Sept 2010- Dec 2011, I worked in the Lauffenburger lab at MIT with Dr. Shannon Alford designing an ELISA assay for Mena, a protein upregulated in invasive breast cancer cells. Previously, I studied how the variation in ECM proteins affects the migration and adhesion of invasive breast cancer cells.

During the summer of 2011, I was an Amgen Scholar at Stanford University, and did research in Prof. Christina Smolke's lab with Isis Trenchard, working to engineer S. cerevisiae for the production of bisbenzylisoquinoline alkaloids.

I have also worked on developing a drug-eluting contact lens with Dr. Joe Ciolino in the Langer lab at MIT during January-August 2010.

Publications

  1. Gupton et al. Mena binds α5 integrin directly and modulates α5β1 function. pmid= 22908313 [Paper1]
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