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| - | <h2> | + | <h2>Promoters</h2> |
| - | <p> | + | <p>Eukaryotic, dual-input promoters.</p> |
| - | <p class="hover" hidden> | + | <p class="hover" hidden>See our yeast-optimized inducible and repressible promoters that we used in our network.</p> |
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How we built the tri-stable switch in S. cerevisae.
Let us take you through our creative and scientific process of building one of the most interesting proposed genetic networks — one that may shed light on how stem cells specialize and allow us to create similar behaviour in a lab.
Eukaryotic, dual-input promoters.
See our yeast-optimized inducible and repressible promoters that we used in our network.
Interlab study
Modelling stem cell differentiation in S. cerevisae.
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Modelling stem cell differentiation in S. cerevisae.
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Talking synbio to Ottawa's youth.
How to build a new university-level program for synthetic biology at uOttawa.
Working hard Hardly working 24/7 since 2008.
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