Barcelona, Spain
- Tweets 511
- Following 377
- Followers 390
- Likes 1,061
Rodriguez-Emmenegger Lab retweeted
Really?
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🚨 We are hiring 2 PhD students at IBEC (Barcelona) through the ERC Consolidator Grant #PhagoSynCell.
Can we build synthetic cells that hunt antibiotic-resistant bacteria?
🔬 Design of Super Predatory Vesicles
ibecbarcelona.eu/phd-student…
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🔬 Antimicrobial Mechanisms of Phagocytic Synthetic Cells ibecbarcelona.eu/phd-student…
Please RT and share with outstanding candidates.
#PhD #ERC #SyntheticBiology #AMR
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Rodriguez-Emmenegger Lab retweeted
.@UniBarcelona Una molécula diseñada en el laboratorio e inspirada en la naturaleza, prometedora alternativa para la celiaquía biotech-spain.com/es/article…
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Rodriguez-Emmenegger Lab retweeted
@IBECBarcelona @iCERCA @_BIST @icreacommunity @NanomedSpain
Wonderful technology of @SamuelNanobots in @4YFN_MWC !!!!
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Rodriguez-Emmenegger Lab retweeted
🎓 🏆 Shoutout to this year's winners for best poster at #IBECSymposium!
Congrats to Palash Chandravanshi and Tiziana Russo for first and second place!
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Rodriguez-Emmenegger Lab retweeted
🔬L’Institut de Bioenginyeria de Catalunya (@IBECBarcelona) reverteix l’Alzheimer en ratolins amb injeccions de nanopartícules.
👉Els investigadors asseguren que una hora després de la primera dosi ja s’observen efectes terapèutics
cadenaser.com/cataluna/2025/…
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Prof Sung Hoon Kang is starting his lecture @IBECBarcelona We are excited to learn from him about Synthetic adaptable material systems.
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Rodriguez-Emmenegger Lab retweeted
Moltes felicitats!!! @IBECBarcelona
🎖️ L'#IBEC aconsegueix dos ERC Proof of Concept Grant!
🖨 #FACTORINK: noves biotintes per a la impressió 3D de teixits artificials.
🔬 #EVOaware: Entendre l’evolució dels tumors per tractar el càncer.
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Jenny is busy explaining her and Lena's work on antifouling and active hemocompatible coatings at #SFB2025. The costings mimic the most salient functions of endothelium. @IBECBarcelona @CREmmeneggerLab
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Thanks @vanhest_lab ICMS @TUeindhoven and colleagues for organizing this nice and scientifically inspiring ICMS/@maxplanckpress /@IBECBarcelona Symposium. Hoping for more collaborations @CREmmeneggerLab
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Rodriguez-Emmenegger Lab retweeted
Thanks @vanhest_lab ICMS @TUeindhoven and colleagues for organizing this nice and scientifically inspiring ICMS/@maxplanckpress /@IBECBarcelona Symposium. Hoping for more collaborations @CREmmeneggerLab
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Thank @AdvPortfolio. This work features a new concept for vesicle-forming amphiphiles with two ingredients: (1) a comb topology that prohibits entanglement compared to traditional polymersomes, (2) intermolecular H-bonds that create elastic heterogeneities and faceting.
This is a pepticomb—a new class of molecular building blocks that self-assemble into synthetic membranes with tunable properties.
These structures mimic natural cell membranes, offering new possibilities for bioengineering and drug delivery.
Read more: ow.ly/g50450V565K
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This enables a new design of cell membrane mimicking using peptides as scaffold. This is a collaborative work of Prof. Andreas Herrmann group and @CREmmeneggerLab. @IBECBarcelona @icreacommunity @_BIST
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Rodriguez-Emmenegger Lab retweeted
This is a pepticomb—a new class of molecular building blocks that self-assemble into synthetic membranes with tunable properties.
These structures mimic natural cell membranes, offering new possibilities for bioengineering and drug delivery.
Read more: ow.ly/g50450V565K
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Rodriguez-Emmenegger Lab retweeted
This new paper shows that the strength of a polymer network is set by sequential breaking of a small fraction of bonds, which are not localized around a crack but are distributed throughout the network.
arxiv.org/pdf/2502.11339
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Yesterday, @MariiaVorobii successfully defended her PhD thesis. It has been a beautiful journey that started with Mariia joining @CREmmeneggerLab in Prague for a 10 months course as a super young student (for 10 month internship).
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I still remember that young lady's spark in the eyes ready to eat the world. And she did that. She learned and integrated a large number of different fields which enabled her to challenge the old paradigms in the synthesis of brushes and applied them for
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