Biocomputing with @ICO2S at the School of Computing, Newcastle University and the biocomputation lab @CBGP_Madrid.
Madrid, Spain
Joined October 2018
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Lewis Grozinger retweeted
Lewis Grozingen @LewisGrozinger presents his work at @BES2024S his work 'Synthetic biology in Geobacter sulfurreducens: Implementation of an electrogenetic oscillator using an NADH/NAD sensor', in which we have collaborated
This morning at 10:15 in the auditorium, I'll be introducing our electrogenetic oscillator, a synthetic gene network designed to turn a Geobacter biofilm into an electronic oscillator. See you all there! #BES2024
If you missed the presentation, need links to the references or just want to relive the experience ;) go to lgrozinger.github.io/bes2024
And lots of avenues yet to be explored! We also provide some concrete examples of how we might do this with synthetic gene networks.
Is digital logic the most appropriate framework for cellular computing? We explore the encoding of biological information using noise and time to surpass the capabilities of combinatorial logic. @LewisGrozinger & @JesusMir0's latest work! #synbio
biorxiv.org/content/10.1101/…
Lewis Grozinger retweeted
Is digital logic the most appropriate framework for cellular computing? We explore the encoding of biological information using noise and time to surpass the capabilities of combinatorial logic. @LewisGrozinger & @JesusMir0's latest work! #synbio
biorxiv.org/content/10.1101/…
Lewis Grozinger retweeted
Reprogramming genetic circuits using space. Circuits can be reprogrammed to display different functions by changing their spatial positioning and configuration. Kudos to the team: @Bio_Lorea @JesusMir0 @angeles_hg @LewisGrozinger @mrhuseyintas #synbio
🔗biorxiv.org/content/10.1101/…
Lewis Grozinger retweeted
Natural and synthetic gene networks / circuits differ in many ways. But the topology of the network -which impacts on the flow of information- is my favourite lately. Designing non-intuitive topologies (that work better 😅) is a challenge though... Our two cents on this 👇
Computational evolution of gene circuit topologies to meet design requirements, by @LewisGrozinger direct.mit.edu/isal/proceedi…
Lewis Grozinger retweeted
For the last talk of the Synthetic Genomes & Novel Chassis session, we heard Juan Rico on calibrating context dependencies for predictive engineering of plant beneficial bacteria Pseudomonas protegens Pf-5!
Lewis Grozinger retweeted
There's a new doctor in our group, Bruna FS de Sousa (@desousabfs). Huge Congratulations Bruna! Well done and all the best for the next chapter! 🍾🎓 #rhizobia #T6SS #phd #lab251 #science @LuisReyNavarro @CBGP_Madrid @La_UPM @CNPq_Oficial @BayerFoundation
Lewis Grozinger retweeted
Next in Lab's conference agenda: #ALIFE2023! If you are attending @ALifeConf look for @LewisGrozinger to hear about the use of #evolution for gene circuit design #synbio
Lewis Grozinger retweeted
🚨Hold the date🚨 #SynBioUK2023 will take place on 6-7 Nov 2023 in Bristol! Can't wait to help shape the programme, learn about the new #synbio and #engbio research going on across the UK and internationally, and show you some of our beautiful city! bit.ly/SynBio23
Lewis Grozinger retweeted
Paper accepted at @ALifeConf! You remember this computationally evolved antenna design? Well, @LewisGrozinger will be talking about genetic circuits. The link between the two is one of my favorite stories. #synbio #evolution
Just over a couple of hours to go. I'll be talking about how context affects a library of genetic logic gates, and using a couple of different models and simulation to form a related hypothesis... all from the comfort of a laptop and using the data collected by @mrhuseyintas
Join the next #EUSynbioSeminar on the 30th of March at 16:00 CET and hear Dr. Lewis Grozinger give a talk titled "Multihost, multiplasmid genetic logic library: What happens in E.coli, stays in E.coli"
Register by scanning the QR code or here: bit.ly/3LHsux9
Lewis Grozinger retweeted
Really looking forward heading the full story from @LewisGrozinger, after having worked together in @AngelGMoreno lab! It's always very interesting and exciting to see the POV on non-biologist on cell's behavior!
Remember to register here: bit.ly/3LHsux9
Join the next #EUSynbioSeminar on the 30th of March at 16:00 CET and hear Dr. Lewis Grozinger give a talk titled "Multihost, multiplasmid genetic logic library: What happens in E.coli, stays in E.coli"
Register by scanning the QR code or here: bit.ly/3LHsux9
Lewis Grozinger retweeted
Let's say counterintuitive to @LewisGrozinger and I for the time being 😅 (kind of "antenna genetic circuits")
Lewis Grozinger retweeted
🎉Congrats to @LewisGrozinger for passing his viva yesterday! Many thanks to the examiners @NKrasnogor and @cssb_lab for assessing his work. It's been a fabulous trip, both in time (2018 - 2023) and space (Newcastle - Madrid). To the new doctor 🥂
Lewis Grozinger retweeted
In 2000 synthetic biologists built the genetic toggle switch. Now using modeling we investigate the design of a hybrid electrogenetic toggle switch in an electroactive biofilm. We find that biofilm gradients are a crucial factor for designing the electrogenetic toggle switch(2/2)
Lewis Grozinger retweeted
@LewisGrozinger taking us back to synbio's roots with the toggle switch but now with electronic input and output #sbuk2022
Lewis Grozinger retweeted
Now at #SBUK #SBUK22 our very own @LewisGrozinger @CBGP_Madrid @UniofNewcastle talking about his design for an electrogenetic switch. #synbio Link to the paper: sfamjournals.onlinelibrary.w…
