Veronica Krenn
@krenn_veronica
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PI @BtBsUNIMIB and HT Early Career Fellow interested in neurodevelopment, immunology and organoids | Former Postdoc in @Knoblich_lab @IMBA_Vienna
Milano, Italy
Joined March 2019
#BtBsPUB "A polarized FGF8 source specifies frontotemporal signatures in spatially oriented cell populations of cortical assembloids" by @krenn_veronica and co-authors in nature methods. #KrennLab_BtBs #BtBsUNIMIB @unimib
https://t.co/XsfRT0rIpZ
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The @Knoblich_lab has developed polarized cortical assembloids with the help of a localized FGF8 source. This technology allows mimicking patterning events during brain development. @krenn_veronica @BosoneCamilla @castaldi_davide @gtesta72
https://t.co/NTi7mLKxF5
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It has been a pleasure and honour to work with you and your team Giuseppe!
a great joy to share our contribution to polarized cortical #assembloids in a great collaboration with @Knoblich_lab @krenn_veronica teams kudos to the relentless effort of @castaldi_davide @CarloEmanueleV1 @BosoneCamilla and stay tuned for a thread
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Excited to see our work out @NatureMethods!!! A publicly shared view-only version of the paper is also available here:
I am beyond happy to share that our polarized cortical assembloid (polCA) paper is out today in Nature Methods!
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Honoured to be part of this collaborative team with Juergen Knoblich and @gtesta72!
The collaboration with Krenn and Testa labs, particularly through the work of Davide Castaldi, shed more light on how this patterning is interpreted at a single-cell level and how this relates to in vivo fronto-temporal gene expression.
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Very proud of you and of our work together before and after @Knoblich_lab time! Thank you Camilla for your lasting engagement with the project!
I am beyond happy to share that our polarized cortical assembloid (polCA) paper is out today in Nature Methods!
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It has been a great pleasure to work with you and the whole @gtesta72 team on this model!!! Very excited to see how this model could be applied to study early cortical patterning and its role in disease.
Honoured to take part in this fantastic collaborative effort from @gtesta72, @Knoblich_lab, and @krenn_veronica labs, aiming to expand modelling opportunities for human brain through polarized cortical assembloids (polCAs). Check it out on @naturemethods
https://t.co/zi4MfkuGTr
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Onorata di far parte di questo gruppo di ricercatori insieme a @BosoneCamilla , @castaldi_davide e @CarloEmanueleV1. Un grazie a @humantechnopole Early Career Fellowship e @BtBsUNIMIB @unimib per il supporto!
Ricercatori di Bicocca, @humantechnopole e Istituto di Biotecnologia Molecolare @IMBA_Vienna hanno messo a punto un nuovo metodo per assemblare organoidi cerebrali 🧠 Nuove possibilità per lo studio delle malattie ⚕️ @krenn_veronica ➡️ https://t.co/SnDinj9u4q
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Excited to share this work now published @naturemethods and to have contributed to develop this interesting model of cortical patterning. A fantastic collaborative work with another @Knoblich_Lab alumnus @BosoneCamilla , @castaldi_davide @CarloEmanueleV1 @humantechnopole
New paper alert! The @Knoblich_Lab partnered with researchers at the @humantechnopole and @unimib to develop new brain organoids with distinct cortical areas and front-to-back patterning and study human-specific brain development and disorders. Read more: https://t.co/400ZaVys6U
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📢 Paper alert! Here's our latest @CellStemCell story, led by @catarinacsmc. The corpus callosum safeguards interhemispheric communication in the human brain. 𝘈𝘙𝘐𝘋1𝘉 mutations cause agenesis/absence of the CC. But by which mechanisms? ⤵ https://t.co/fmZbFCbLjo 🧵1/10
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Second day started! Brain organoids: what they can tell about the human brain? @Unipisa
@CPiaggioUniPisa
@DII_Pisa
@SantAnnaPisa
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Congrats IMBA!
In 2023, scientists at IMBA disentangled chromosome dynamics, developed the first multi-chamber heart organoid, uncovered how transposons cross the species barrier, and much more. Here are some of the breakthroughs at IMBA in 2023. https://t.co/00sfEx9wzE
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Thank you @CarmenFalcone6 for organizing this! Big fun of glia, I already registered🤩 and look foward to many interesting exchanges!
We have just officially launched the #ItalianGliaNetwork (IGN) 🤩 Are you doing research on #glia in Italy or are you an Italian glial biologist abroad? Then you can register here for free: https://t.co/V2anGfxBPm Spread the word 😉🙌
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Congratulations to all the authors and especially @ChongLi_cl! I only witnessed the very first experiments in the @Knoblich_lab, but truly impressed by what you have achieved!
Does the human brain have an Achilles heel that ultimately leads to #Autism? With @TreutleinLab (@ETH_en) & @MedUni_Wien, @Knoblich_lab researchers led by @ChongLi_cl develop CHOOSE, a revolutionizing system to test multiple disease-related mutations in a single #brain #organoid.
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It takes a village to become a PI. It was great to finally meet in person all the other @humantechnopole Early Career fellows 🤩 #NewPI #HTFacultyDays
@mirkocortese @krenn_veronica @DafneDiGiammart
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Fantastic review describing how brain organoids are accelerating the understanding of neurological disorders. Congratulations and thanks to my former and very talented colleague @OEichmueller and the whole @Knoblich_lab for this piece!
We are thrilled to share our recently published review on understanding neurological diseases in brain organoids! Kudos to @OEichmueller! We hope it will make brain organoid research more accessible and help scientists entering this exciting field.
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#BtBsSeminars: Veronica Krenn, collaborator - @HumanTechnopole Early Career Fellow, Engineering human brain organoids to study neurodevelopment and disease, 20 ottobre, 2022, 16:30, edificio TELLUS, aula U4-02/Webex, @UNIMIB #KrennLab_BtBs @krenn_veronica
https://t.co/LFLn1eIjLM
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A @JRNLclub talk by @krenn_veronica brings her #organoid research from @CellStemCell to the broader scientific community. @JRNLclub is a platform for increasing the reach of your work with an open invitation to researchers to contribute. @Knoblich_lab #scicomm #biology
Zika and Herpes simplex viruses employ distinct mechanisms to alter brain organoid growth, presented by @krenn_veronica of the @Knoblich_lab @IMBA_Vienna. @CellStemCell #zika #herpes #microcephaly #JRNLclub @BosoneCamilla
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How does in-vitro stress influence #brain #organoids? What cell types are affected, and how can we deal with stressed cells? Our new work now published in @embojournal provides answers! https://t.co/qnWSYj6ytH 1/3
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Laureata a Milano-Bicocca, dopo le esperienze di ricerca all’estero @krenn_veronica è tornata in Ateneo dove, grazie a un finanziamento di @humantechnopole, studierà le cellule del sistema nervoso 🧠 🔬. @BicoccAlumni @BtBsUNIMIB
https://t.co/M4ZtCdTJsg
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