Our Frontiers Research Topic on Spatial Ecology of Cells Living in Micro-Structured Environments is finally published.

Among them a Biological Dome to colonize Mars, a Slime Mold robot as well as a Slime Mold based organ bio painting.

Finally! After a lot of work Kevin’s paper Spatial biology of Ising-like synthetic genetic network in BMC Biology!

Bi-stable (2-state) synthetic genetic networks running on round E. coli cells are coupled to other neighboring cells in a quasi-2D colony growing on agar using quorum sensing auto-inducer molecules. Left, you see bacterial colonies and on the right we see the Contact Process Ising Model (CPIM), a model of our exsperimental system. Top, Ferromagnetic interactions and Bottom Anti-Ferromagnetic .

We had a nice workshop to explore the role biotechnology can play in helping humas expand to space. We played with Physarum spatial computing and with microfluidics with highschool students from Shenzhen.

Long time not posting lab news. COVID made us focus on other things and we forgot to keep up blogging. After some time in Chilean Patagonia, and then in Szeged Hugary many news have accumulated. Most importantly all people related to the lab made it through the epidemic safely.

Miles is now a Postdoc in the US and his thesis work “Ecological succession and the competition-colonization trade-off in microbial communities” is published in BMC Biology.

Kevin is also now a Postdoc working at the Active Matter Physics group in University of Chile. Janneke and I are currently in Shenzhen China having the time of our lives; more on this soon!

Awesome way of starting 2021 while celebrating that Miles was awarded a James S. McDonnell Foundation’s 2020 Postdoctoral Fellowship Award to study Dynamic and Multi-scale systems. The JSMF Fellowship is $200,000 USD to be expended in no less than 2 and no more than 3 years and we have no doubt Miles will make an incredible contribution to science with these funds. Miles, you made us all proud! Now Miles can go wherever he wants to pursue postdoctoral research and continue his great work linking theoretical ecology and bacterial biophysics.

We are super pleased to learn today that Simon’s latest manuscript,  Do microenvironmental changes disrupt multicellular organisation with ageing, enacting and favouring the cancer cell phenotype? , was recently accepted for publication in BioEssays!

Super happy to learn today that we got 3 years of funding to study ecology on-chip together with our colleagues at the Núcleo Milenio Active Matter Physics. In the last three years of collaborations with researchers at the center, we have increased the number of PIs and research lines from 3 to 6 while expanding the number of universities involved from 1 to 3. Furthermore, we have enriched the territorial extent of our research operations to now incorporate Aysén in Chilean Patagonia. It has been a great ride mixing physics and biology while studying the boundary between soft  and biological matter. Thanks to all colleagues who have been part of the adventure.

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We congratulate Simon (Castillo) on a great Ph.D. defense and wish him the best on his new adventure in England. Simon, did amazing work linking spatial ecology and cancer research mixing experiments and theoretical work. Simon has been offered a postdoc position at the Yuan lab at the Institute of Cancer Research in the UK to perform postdoctoral work at the interface of ecology and cancer. We wish Simon the best in his new transatlantic adventure!.

We are delighted to learn that Susana is already in the USA to start her Ph.D. at University of Oregon in Eugene. We wish Susana the best in her new adventure and we are very lucky to have had her help as our Research Assistant for the past year.