PAcMEN - ITN

PAcMEN is a H2020 European training network, which offers training in biotech research and innovation through research, business, and entrepreneurship training

[Michael Krogh Jensen @MiKrogh]

This @thomasperli 👇 from @tudelft completed a #tourdeforce study on refactoring cofactor biosynthesis in @yeast with an absolutely excellent #phd defense. Excited to be part of your committee and @pacmen_itn journey. Congratulations to you + mentors @jgdaran1 & @Jack_Pronk_ !

[Thomas Perli @thomasperli]

Really cool #openaccess article from my colleague @aksnorw @pacmen_itn @IMB_TUDelft showcasing a great strategy to make yeast biotin prototroph, in the absence of oxygen! Check it out! #EU2020
https://t.co/HIMdYqtDk2

[Thomas Perli @thomasperli]

One month to go to my #PhD defense and just placed an order for my #thesis books. Time is flying!
Here is a @pacmen_itn themed #WordCloud of the main text. A good way to summarize the topic of my #research!

[Bas Teusink @BasTeusink]

We have an opening for an ITN- ESR (https://t.co/0ZqEcMZ0L7) on model and data integration of microbial communities. See https://t.co/12B3ZuJwbF. Please RT

[Thomas Perli @thomasperli]

Thrilled to share another chapter of my PhD book, just published on #MetabolicEngineering! We implemented Mo-cofactor synthesis in baker's #yeast, enabling nitrate assimilation. Check it out, it's #openaccess! #H2020 #MSCA #ITN @pacmen_itn
https://t.co/wA6YbUmddL

[Pierre Salvy @psalvy_]

My latest paper with @Vassily_13 on dynamic models of gene expression and metabolism (dynamic ME-models) just got published!
We explore how the diauxic growth of E. coli emerges from optimal growth under biological constraints! #h2020 https://t.co/5bYiILGviB

[PAcMEN - ITN @pacmen_itn]

Congrats to @realLCSB , @Vassily_13, @oftadehomid - and @psalvy_ from our programme!

[Pierre Salvy @psalvy_]

Happy to share this awesome research I contributed to during my PhD!
A ME-model for Saccharomyces cerevisiae (a eukaryotic ME-model!), shows off Crabtree effect and its root causes in the cell proteome.
https://t.co/XBOLACm7HQ

[Michael Krogh Jensen @MiKrogh]

Predictive engineering of cellar metabolism https://t.co/Y3NVan6LDw 🙏for the learning experience gained from this wonderful interdisciplinary & public-private effort, incl @mhgarci1 Jie Zhang, @soerpet @TeselaGen @jaykeasling @BenjaSanchez @ask_jens @DTUBiosustain @pacmen_itn

[PAcMEN - ITN @pacmen_itn]

Check out this Elsevier article where our PI @MiKrogh talks about the biosensor research done by our ESRs @Vasil_dmb and Soren Petersen!

[Novo Nordisk Foundation @novonordiskfond]

The efforts to increase the sustainability of our everyday lives take place on many platforms. One method that can protect the planet is to convert microorganisms into small factories for producing food, textiles and medicine.
#sciencenewsdk #science
https://t.co/JxNb8yK62p

[Pierre Salvy @psalvy_]

Wanna know what happens inside E.coli when it has too much to eat ?
My preprint on the use of dynamic ME-models to study diauxie in E. coli is out!
Big thanks to @Vassily_13 @pacmen_itn @DDDeCaF for the help along the way
https://t.co/o7A8VAgb8O

[Thomas Perli @thomasperli]

New pre-print out! Neo's are really cool fungi but they are hard to handle. We studied their adaptation to anaerobic environment by expressing key genes for NAD+ and CoA biosynthesis in yeast and found that this was enough to confer oxygen-independent co-factor prototrophy!

[Homa MP @HomaMP4]

https://t.co/GilVhVNB8v is a resource for systematic and large-scale computational analysis of drug biochemistry, enzymatic targets, and toxicity inside cell
@Vassily_13 @AnushChP @NoushinHadadi, Kiana haddadi, Jasmin Hafner,@realLCSB @pacmen_itn
https://t.co/MBgR3UzOUo

[Homa MP @HomaMP4]

Updated ATLAS of Biochemistry is a repository of ~150k possible biochemical reactions for synthetic biology & metabolic eng studies with new metabolites and improved enzyme prediction!
@realLCSB @pacmen_itn @Vassily_13,Jasmin Hafner,Anastasia Sveshnikova https://t.co/r03z9AVzj8

[CHASSY EU @ChassyProject]

New study published in @NatureComms today on increasing stress tolerance in yeast via evolutionary young genes - exciting output from #H2020 project CHASSY and a great collaboration between @UCCResearch, @chalmersuniv, @tudelft and @INRAE_France: https://t.co/THl8AFjFMo

[J.M. Daran @jgdaran1]

And follow with Adaptive laboratory evolution and reverse engineering of single-vitamin prototrophies in S cerevisiae https://t.co/OKAowP6Uni Exploiting the diversity of Saccharomycotina yeasts to engineer biotin-independent growth of S
cerevisiae https://t.co/nIb13Y3J20
Enjoy!

[J.M. Daran @jgdaran1]

It is end of April and you may need some vitamins. You can start by reading the collaborative hattrick by @aksnorw and @thomasperli, starting with Vitamin requirements and biosynthesis in Saccharomyces cerevisiae https://t.co/3KXVwAgBdK

[Tom Ellis @ProfTomEllis]

Want to join this happy group of synthetic biology researchers in London? 🧬⚙️🧫- We're now hiring for a new postdoc to join us once the labs reopen: see advert here - https://t.co/9ARCnN98k0

[Thomas Perli @thomasperli]

My latest article has been published on @AppEnvMicro! Check it out, it's #openaccess! @pacmen_itn #MSCA #H2020

Adaptive laboratory evolution and reverse engineering of single-vitamin prototrophies in Saccharomyces cerevisiae

https://t.co/T9DlRTAjxh

[Thomas Perli @thomasperli]

Really glad to see our review article featured on the @Yeast_Journal cover. Cool retro-gaming vibe with ref to the @pacmen_itn Need to make some space in my office!

[Raúl A. Ortiz-Merino @rortizmerino]

The @Yeast_Journal issue featuring our vitamin review is out now and its cover image has a reference to @pacmen_itn Looking forward to download the Hi-res file to print and hang somewhere nice.

https://t.co/Tm3CQ38Uko