Roberto J. Brea
@RobertoJBrea
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Ramón y Cajal Assistant Professor at @CICAUDC @UDC_gal | Research group leader of @BioNanoChem | #chemicalbiology #supramolecular #lipid #syntheticcell
Joined November 2021
RT @BioNanoChem: BioNanoChem is having a great time at @BienalRSEQ2025! .We presented our latest work on synthetic lipids, gene delivery ve….
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Extremadamente orgulloso de Xoán, Lucía e Andrés, estudantes STEMbach do IES Plurilingüe Eusebio da Guarda tutorizados no meu laboratorio @BioNanoChem @UDC_gal @CICAUDC polo seu premio no acto de recoñecemento dos proxectos de investigación STEMbach da Xunta de Galicia.
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RT @BioNanoChem: Excited to share that our latest work “Abiotic lipid metabolism enables membrane plasticity in artificial cells” has been….
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RT @Ahanjit: We are looking to host a highly motivated NPDF postdoctoral scholar! Please apply if you have a strong background in either o….
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RT @PengJi6: Happy to share the latest work in Nature Communications. Photochemical synthesis of natural lipids in artificial and living ce….
nature.com
Nature Communications - Lipid synthesis plays a central role in cell structure, signalling, and metabolism. Here, the authors report the abiotic formation of natural lipids in water using...
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RT @BoekhovenLab: Check out Monika Wenisch's work published in @Chem_CP!. We’ve engineered synthetic cells that emerge, grow, and produce o….
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RT @Ahanjit: Exciting work from @BoekhovenLab and @HNiederho . Toward synthetic life—Emergence, growth, creation of offspring, decay, and r….
cell.com
Fuel-dependent complex coacervate droplets require fuel to emerge, and, without it, they decay. Their non-equilibrium nature makes them a great model for synthetic life. Now, we show that these...
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RT @Chem_CP: Online now: Toward synthetic life—Emergence, growth, creation of offspring, decay, and rescue of fuel-dependent synthetic cell….
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RT @BoekhovenLab: How can a cell control the size of its organelles?. Excited to share a mechanism to control droplet size we recently foun….
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RT @ibudin: In @ScienceAdvances, we report how small chemical modifications in the metabolism of ergosterol are needed for yeast membranes….
science.org
The metabolism of ergosterol shapes this lipid to allow the formation of fluid membrane domains in yeast cells.
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RT @ibudin: New piece in Journal of Cell Science on the origin and evolution of mitochondrial inner membrane structure and composition #lip….
journals.biologists.com
Summary: An examination of the morphological similarities between prokaryotic intracytoplasmic membranes and mitochondrial inner membranes, and whether cristae evolution has driven specialization of...
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RT @angew_chem: Diacylation of Peptides Enables the Construction of Functional Vesicles for Drug-Carrying Liposomes (Neal K. Devaraj and co….
onlinelibrary.wiley.com
Membrane-forming phospholipids are generated in cells via enzymatic diacylation. Here we show that native chemical ligation (NCL) enables synthesis of diacylated lipopeptides (D-ALPs), which sponta...
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RT @BioNanoChem: Join our Team (G-CEL & BioNanoChem research groups) at @CICAUDC! We are currently seeking a passionate and dedicated indiv….
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RT @LabFriedman: Be sure to mark your calendars for March 26th at 12pm ET for the @AsbmbLrd seminar series. We have two great mitochondria-….
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RT @nish_shant: We are hiring for a 1.5 yrs postdoc in our lab. Backgrnd in any of the following would be great: organic + supra-molecular….
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Delighted to have been at @CIFP_anxelcasal in A Coruña to show its students the latest advancements in artificial cell research developed by @BioNanoChem at @CICAUDC @UDC_gal
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RT @BioNanoChem: Thrilled to share our latest work “Diacylation of Peptides Enables the Construction of Functional Vesicles for Drug-Carryi….
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RT @BioNanoChem: Glad to share the work “Aqueous Synthesis of Membrane Lipids via Amide Formation.between Amphiphilic Amines and Thioacids”….
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RT @InsuaNacho: 🚨We're hiring 🚨 Looking for a Postdoctoral Researcher to join our lab at @ciqususc as part of the #ERC project REPLICATE 📢….
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RT @PablZambrano: Excited to share our latest publication in @J_A_C_S : 'Chemically Driven Division of Protocells by Membrane Budding'.I am….
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