Biomedical Engineer 🫀⚙️ | PhD candidate in Biofabrication and Regenerative Medicine @RMUtrecht @UMCUtrecht 🇳🇱
Joined February 2021
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Converging volumetric #bioprinting (VBP) and #stemcell biology to generate perfusable and multi-cellular #endocrine #pancreatic models with a glucose-responsive insulin secretion profile. ⚙️🧬
@ISBioFab
#Biofab2024
Davide Ribezzi retweeted
New trends in #bioprinting and #synbio can create exciting avenues for #diabetes research and therapy! Check out our paper @TrendsinBiotech
from @biomaker_ et al.
🔗 Open Access article: sciencedirect.com/science/ar…
@RMUtrecht @VET_UniUtrecht @UMCUtrecht @SanRaffaeleMI @ISBioFab
Davide Ribezzi retweeted
🔥 Our recent work on new solutions for Multi-Material Volumetric #bioprinting is now online in @AdvPortfolio. Check it out to learn more about gels for VBP and for a plug-and-play way to make suspension baths for extrusion #3dprinting
🔗advanced.onlinelibrary.wiley…
Davide Ribezzi retweeted
are you also at #ISBF2024Fukuoka ? Come meet our lab and check out some of our recent research from @ggroessb @MariemeGueye28 Nuria Gines Rodriguez
#bioprinting @RMUtrecht @VET_UniUtrecht @UMCU_Intl @ENLIGHT_H2020
Davide Ribezzi retweeted
Exciting to be part of this @SPRIND Funke challenge to advance Tissue Engineering solutions, with our team's pancreas #volumetric #bioprinting research @UMCU_Intl @RMUtrecht @biomaker_ @josmalda @ENLIGHT_H2020
Das sind die Teilnehmer des SPRIND Funke „Tissue Engineering“. Im Rahmen dieses Innovationswettbewerbes sollen die 4 Teams "transplantationstauglichen" Organersatz für Leber, Bauchspeicheldrüse, Muskeln und Gelenkknorpel entwickeln. sprind.org/de/artikel/funke-…
Davide Ribezzi retweeted
Have a great 2024 everyone🎉
While planning next steps, check out our @RMUtrecht lab's 2023 highlights
Extrusion+Volumetric #3Dprinting #SynBio shorturl.at/cxOS4
4D patterning shorturl.at/ckDH2
MEW meets VBP shorturl.at/GRVW1
Starting-up? rdcu.be/dtYDw
Davide Ribezzi retweeted
This week, we met at @rousselotbio in Ghent! in 1.5 yrs we aim to have the first #3D #bioprinted #pancreas prototype to test #diabetes #medication. Thanks to our partners for the hard work and collaboration!
@EPFL_en @UninaIT @FGBassetti @RMUtrecht @ETH @Readily3D @AstraZeneca
Davide Ribezzi retweeted
The past Friday, the Annual Meeting of the Dutch Society for Stem Cell Research took place at @UMCUtrecht Congrats to Dr. Pere Catala who presented our first results with bioprinting of iPSC-derived pancreatic islets @ENLIGHT_H2020 @biomaker_ dsscr.nl/ #dsscr
Davide Ribezzi retweeted
Day 3 @TechnionEdu @LevenbergLab meeting just started with @RegenBio on cardiac #bioprinting, following great talks on day 2 @milicaruoft @BertassoniLab Tal Dvir
Shout out to @biomaker_ for the flash presentation on Embedded extrusion Volumetric Printing (EmVP) @RMUtrecht
Davide Ribezzi retweeted
Sci-fi art news: after the wrap-up of @ESB2023 , the cover for our work on Embedded Extrusion Volumetric Bioprinting (EmVP) using microgel bioresins is online @advscinews #sciart from @carbonandneon @RMUtrecht @biomaker_
art onlinelibrary.wiley.com/doi/…
paper onlinelibrary.wiley.com/doi/…
Davide Ribezzi retweeted
Researchers design an ultra-fast bioprinting technique that allows spatial patterning of multiple inks/cell types.
After initial printing, a series of light-projections create a custom geometry on the existing part @RicLevato @josmalda @biomaker_
👉 ow.ly/uC1h50PoMCJ
Davide Ribezzi retweeted
👀Our most-viewed article in 2023 (so far!) is an Original Research paper, co-authored by Specialty Chief Editor Prof. Silvia Fare, exploring the design and characterization of a novel bioink for 3D printing of lymphoid cells.
Read the full article:
🔗fro.ntiers.in/6WLk
1/3) A #microgel #bioresin for VBP, to create microporous constructs, and also to pattern multiple cell types in VBP-photoprinted constructs, via combining with extrusion printing.
We call this new process Embedded Extrusion-Volumetric Printing ( #EmVP )
#Biofab2023 @ISBioFab
2/3) Exploiting the soft microenvironment within the µResin-based gels while tuning the mechanical and biological properties by precisely depositing different cell types to perform co-cultures will enhance the versality of the composite models created with this sequential process
3/3) Cells are able to self-organise and retain native behavior after EmVP. We also delved into #syntheticbiology applications, engineering light-responsive pancreatic beta cells, and creating a model to study the cross-talk between insulin supply and adipogenesis in hMSC
Convergence of embedded extrusion and volumetric #bioprinting (EmVP)!
What a pleasure to contribute to the #biofabrication field with our work!
Many thanks to @RicLevato and the team for the lead and help during this chapter of my PhD journey 🎉
🔥New paper: introducing multimaterial complexity in volumetric #bioprinting !
@AdvSciNews onlinelibrary.wiley.com/doi/…
Microgels & granular bioresins combine suspended bath printing and VBP
#SynBio application in fat-pancreas crosstalk
@ERC_Research @ENLIGHT_H2020 @Biomaker_🧵(1/n)
Davide Ribezzi retweeted
🔊🌊〰️can we use #sound #waves to spatially assemble particulates systems in #3D ? Yes, we can✅. Both with #inorganic and #living beads! please check our newborn #preprint ! 👇👇👇doi.org/10.1101/2023.05.23.5… @AOCMF_BOOST @AOCMF_official
Interested on how sound-based assembly can be used to obtain three-dimensional cellularised and acellularised constructs?
Check out our latest pre-print: lnkd.in/dtUSswpm
Davide Ribezzi retweeted
A double win: ENLIGHT met at UNA in Naples during a momentous occasion. Napoli FC won the Series A football title, for the first time in 33 years! There was a special energy in the air, as we celebrated both the project progress and the team victory.🙌⚽️🧪
enlightproject.eu
Davide Ribezzi retweeted
Had a great time presenting this exciting new work on #volumetricbioprinting at @TermisEU2023! Wonderful project led by my dear friend @mfalandt, where we show complex 3D patterning of functional growth factors within volumetric prints! @RicLevato @RMUtrecht @josmalda @EuTermis
Davide Ribezzi retweeted
Getting ready for @TermisEU2023 @EuTermis ! Looking forward to tomorrow and to catch-up with this great community. If you want to hear more about our research on #organoids #volumetric #bioprinting #biofabrication come meet me and @pau_bernal1, and check out our lab's talks!
