Lewis Grozinger

Biocomputing with @ICO2S at the School of Computing, Newcastle University and the biocomputation lab @CBGP_Madrid.

[Bioe Group @Bioe_Group]

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

[Lewis Grozinger @LewisGrozinger]

If you missed the presentation, need links to the references or just want to relive the experience ;) go to https://t.co/daBNybhKhj

[Lewis Grozinger @LewisGrozinger]

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

[Lewis Grozinger @LewisGrozinger]

And lots of avenues yet to be explored! We also provide some concrete examples of how we might do this with synthetic gene networks.

[Angel Goñi-Moreno @angelgm.bsky.social @AngelGMoreno]

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
https://t.co/bIShKBTbdY

[Angel Goñi-Moreno @angelgm.bsky.social @AngelGMoreno]

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
https://t.co/bIShKBTbdY

[Angel Goñi-Moreno @angelgm.bsky.social @AngelGMoreno]

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

🔗https://t.co/EDapJcaO7r

[Angel Goñi-Moreno @angelgm.bsky.social @AngelGMoreno]

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 👇

[GASB SynBio @gasb_synbio]

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!

[Bruna de Sousa @desousabfs]

Happy #InternationalCatDay my sweet #lynxcat 🐈 @LewisGrozinger

[Lewis Grozinger @LewisGrozinger]

@AngelGMoreno @ALifeConf Thanks everyone who I talked with yesterday at my @ALifeConf poster for some really insightful feedback. The session may be over, but you can still catch me today in the breaks

[Lewis Grozinger @LewisGrozinger]

@AngelGMoreno @ALifeConf That will be in the poster session on Thursday, but feel free to grab me to discuss during any of the breaks!

[Palacios’ Lab @palacioslab251]

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

[Angel Goñi-Moreno @angelgm.bsky.social @AngelGMoreno]

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

[Thomas Gorochowski @chofski]

🚨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! https://t.co/D3jNYfCVnX

[Lewis Grozinger @LewisGrozinger]

@desousabfs @LuisReyNavarro @palacioslab251 @DomingoSerranoL @CBGP_Madrid Congrats to all. Hope you enjoy writing the rest too 😉

[Angel Goñi-Moreno @angelgm.bsky.social @AngelGMoreno]

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

[Lewis Grozinger @LewisGrozinger]

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

[EUSynBioS @EUSynBioS]

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: https://t.co/DAQuYbHfxt

[Stefano Grasso @stefano_beowulf]

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: https://t.co/d3ZTb7lAWu

[Angel Goñi-Moreno @angelgm.bsky.social @AngelGMoreno]

@vdlorenzo_CNB @hsalis @ALifeConf Let's say counterintuitive to @LewisGrozinger and I for the time being 😅 (kind of "antenna genetic circuits")

[Lewis Grozinger @LewisGrozinger]

@cssb_lab Thank you @NKrasnogor and @cssb_lab, it was a pleasure!