Smanski

Principle Investigator


Mike Smanski
Assistant Professor of Biochemistry
344a Gortner Lab
1479 Gortner Avenue
St. Paul, MN 55108

smanski [at] umn [dot] edu

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Maselko

Postdoctoral Scholars


Maciej Maselko

Maciej is developing Synthetic Incompatibility; an approach for engineering species-like barriers in sexually reproductive organisms. Synthetic Incompatibility has applications for transgene biocontainment in plants engineered to produce high-value compounds and for controlling pest species such as mosquitoes and invasive fish.

mmaselko [at] umn [dot] edu

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Stach




Chris Stach

Mammalian synthetic biology holds promise in developing cell based therapies, natural product synthesis, protein therapeutics, and defining the role of complex signaling networks in cell development. Utilizing the latest DNA synthesis and assembly technology, Chris is expanding the toolbox available for mammalian synthetic biology. Using these new tools Chris is studying signaling, protein expression, and post-translational modifications in various mammalian cell lines.

cstach [at] umn [dot] edu





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Das




Siba Das

Siba is developing synthetic incompatibility in aquatic organisms for control of invasive carp species. Using computational modeling, Siba has shown that release of synthetic carp in combination with existing control measures will successfully reduce the invasive carp population. Siba is also interested in bioremediation of aquatic pollutants using transgenic aquatic organisms.

dass [at] umn [dot] edu





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Large




Edward Large

Edward is interested in optimizing programmable transcription factor (PTF) gene regulatory units in multicellular eukaryotic systems. He is currently using a combinatorial design and assembly approach to construct robust PTFs and reproductive barriers (i.e. Synthetic Incompatibility) in the model nematode C. elegans.

elarge [at] umn [dot] edu





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Suzie

Graduate Students



Suzie (Szu-Yi) Hsu

Suzie is interested in the optimization of multi-gene systems, with a focus on natural product biosynthesis. Her project aims to accelerate natural product discovery by activating cryptic biosynthetic gene clusters. Currently, Suzie is working on rational optimization of terpene biosynthesis in Streptomycetes.

hsuxx166 [at] umn [dot] edu





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Heinsch





Stephen Heinsch

Natural product biosynthesis is heavily regulated within the cell. Stephen is combining state-of-the-art computational methods with synthetic biology tools to engineer regulatory programs that will activate silent biosynthetic gene clusters. The major aim of Stephen's work is to improve the predictability and success rate of natural product discovery.

heins049 [at] umn [dot] edu





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Zinselmeier





Matt Zinselmeier

Matt's research focuses on developing and applying Synthetic Incompatibility within plant systems. He is also interested in the improvement of genome engineering technologies and developing tools for agricultural biotechnology.

zins0031 [at] umn [dot] edu





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Perusse

Research Scientists


Dimitri Perusse

Dimitri is working on the synthesis or hemi synthesis of natural products and their derivatives. His focus is on the synthesis of molecules from natural starting materials or by characterizing new compounds produced by microorganisms. Dimitri is also designing analogs of potential pharmaceutical compounds to improve their potency or bioavailibility.

dperusse [at] umn [dot] edu




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