Ferdinand Greiss (@feschiessl) 's Twitter Profile
Ferdinand Greiss

@feschiessl

Exploring rules of nature with synthetic systems and multiple scales at the Weizmann Institute. Preferences for single molecules.

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calendar_today27-01-2011 20:47:11

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Shreyansh Jain (@shreyanshjain8) 's Twitter Profile Photo

Amidst the chaos of Covid, we managed to carryout a wonderful work studying the tumor-immune cell interaction dynamics in Baroud's PµB & Bousso Lab at Institut Pasteur, since 1887 with our unique microfluidic setup. Here comes the teaser video of it, stay tuned for the complete Preprint

Henrike Niederholtmeyer (@hniederho) 's Twitter Profile Photo

Want to use creative approaches to construct new biological systems from scratch? My lab has an open PhD position on engineering synthetic compartments in cell-free reactions. hn-lab.org/open-positions Please retweet!

openUC2 (@openuc2) 's Twitter Profile Photo

Cubes, cubes cubes!📦Do you want to have TheBOX or a handy microscope?🔬How many #openUC2 cubes does the world need?🌍 Help us to find out by filling out our Demand Survey: forms.gle/y6oAH8tsxNgedp… Please retweet! 💚 #openhardware #opensource #OpenEducation

Cubes, cubes cubes!📦Do you want to have TheBOX or a handy microscope?🔬How many #openUC2 cubes does the world need?🌍 Help us to find out by filling out our Demand Survey: forms.gle/y6oAH8tsxNgedp… 
Please retweet! 💚
 #openhardware #opensource #OpenEducation
青木 航 / Wataru Aoki (@mighty_tora) 's Twitter Profile Photo

Very excited to share our latest preprint! We finally achieved the reconstitution of ribosome self-replication outside a living cell. (1/9) biorxiv.org/content/10.110…

Synthetic Cell initiative (@syncelleu) 's Twitter Profile Photo

Check out our new post! With German and American colleagues, #RoyBarZiv's team has identified and characterised a gene regulation mechanism that could be used in the design of synthetic cells to optimise resources and functions Weizmann Institute Ferdinand Greiss syntheticcell.eu/a-possible-new…

Weizmann Institute (@weizmannscience) 's Twitter Profile Photo

Researchers at Weizmann Institute observed, for the first time, a protein being born from a single DNA molecule outside a cell. This breakthrough led them to develop the smallest-ever genetic circuit, paving the way for future nano-biotech applications >> bit.ly/DNA-circuit-Eng

Researchers at Weizmann Institute observed, for the first time, a protein being born from a single DNA molecule outside a cell. This breakthrough led them to develop the smallest-ever genetic circuit, paving the way for future nano-biotech applications >> bit.ly/DNA-circuit-Eng
Aurore Dupin (@auroredupin_90) 's Twitter Profile Photo

I'm thrilled to share the preprint of our latest work on antibody profiling using a cell-free multiplex platform. Cell-free immuno-profiling on a genetically programmed biochip biorxiv.org/content/10.110…

Matthaeus Schwarz-Schilling (@matthschwa) 's Twitter Profile Photo

I would like to share our pre-print. Autonomous biogenesis of the entire protein translation machinery excluding ribosomes biorxiv.org/content/10.110…

Joshua Ricouvier (@jricou) 's Twitter Profile Photo

My latest article is out! 1000 artificial cells synchronize in 2D and collective behavior emerges! #microfluidics #artificialcells #syntheticcells #cellfreeexpression doi.org/10.1038/s41467…

Weizmann Institute (@weizmannscience) 's Twitter Profile Photo

Can a pandemic be stopped before it even begins? A new tool developed by Weizmann's researchers could help prepare us for the next viral threat >> bit.ly/Biochip-Eng

Can a pandemic be stopped before it even begins? A new tool developed by Weizmann's researchers could help prepare us for the next viral threat >> bit.ly/Biochip-Eng