Marc Falandt (@mfalandt) 's Twitter Profile
Marc Falandt

@mfalandt

🥼 Organic Chemist ⚗️🧪 | PhD candidate in Biofabrication and Regenerative Medicine @UniUtrecht 🇳🇱 research in material design for volumetric bioprinting 🔬

ID: 236472618

linkhttp://www.levatolab.eu calendar_today10-01-2011 17:31:13

65 Tweet

147 Followers

183 Following

rlevato (@riclevato) 's Twitter Profile Photo

Exciting news! Our work on marrying #Volumetric #Bioprinting and Melt #Electrowriting is now online @advscinews 🔗 onlinelibrary.wiley.com/doi/abs/10.100… Congrats Gabriel Michael Bartolf-Kopp Csaba Gergelyy Paulina Nuñez Bernal + teams RM Utrecht Biofabrication Würzburg European Research Council (ERC) #volumebio 🧵👇(1/n)

Paulina Nuñez Bernal (@pau_bernal1) 's Twitter Profile Photo

Proud to share this amazing collaborative work between RM Utrecht and Universität Würzburg #UniWürzburg where we converged reinforcing melt electrowritten structures with our ultra-fast #volumetricprinting approach! Have a look at the paper for some cool potential applications of this approach!

Paulina Nuñez Bernal (@pau_bernal1) 's Twitter Profile Photo

3 more days to apply for the ISBF Twitter poster conference! Don’t miss the chance to share your research with your peers online and win one of the three available awards!

rlevato (@riclevato) 's Twitter Profile Photo

Want to know more about the synergy between #bioprinting and organ-on-chips technologies? You can find Nuria Gines Rodriguez at MPS World Summit #mpsworldscience in Berlin hDMT UMC Utrecht Jos Malda Diergeneeskunde

Want to know more about the synergy  between #bioprinting and organ-on-chips technologies? You can find Nuria Gines Rodriguez at <a href="/MPSWorldSummit/">MPS World Summit</a> #mpsworldscience in Berlin <a href="/hdmt_technology/">hDMT</a> <a href="/UMCUtrecht/">UMC Utrecht</a>  <a href="/josmalda/">Jos Malda</a> <a href="/VET_UniUtrecht/">Diergeneeskunde</a>
Marc Falandt (@mfalandt) 's Twitter Profile Photo

Beautiful news of rlevato. Another grant in the pocket. I am super happy and thankful for being able to work in this group and can't wait for the amazing research we can do with this new opportunity supporter by the NWO!

rlevato (@riclevato) 's Twitter Profile Photo

@ESB2023 is behind the corner! Marc Falandt and Gabriel will be there to share our work on #bioprinting #biofabrication RM Utrecht ! There will be also a special session organized by Intl Soc Biofab on the last day of the conference Looking forward to seeing you in Davos European Society for Biomaterials

@ESB2023 is behind the corner! <a href="/mfalandt/">Marc Falandt</a> and <a href="/ggroessb/">Gabriel</a> will be there to share our work on #bioprinting #biofabrication <a href="/RMUtrecht/">RM Utrecht</a> ! There will be also a special session organized by <a href="/ISBioFab/">Intl Soc Biofab</a> on the last day of the conference
Looking forward to seeing you in Davos <a href="/ESBiomaterials/">European Society for Biomaterials</a>
Marc Falandt (@mfalandt) 's Twitter Profile Photo

Ready to start with the @ESB2023 conference in Davos. It is amazing to be here and able to share our research and connect with other scientists. Make sure to check out the presentations from our group during the conference! Readily3D #biofabrication #biomaterials #ESB2023

Ready to start with the @ESB2023 conference in Davos. It is amazing to be here and able to share our research and connect with other scientists. Make sure to check out the presentations from our group during the conference! <a href="/Readily3D/">Readily3D</a> #biofabrication #biomaterials #ESB2023
Marc Falandt (@mfalandt) 's Twitter Profile Photo

Very happy to present our recent work on #spatiotemporal control through #volumetric photografting on the stage @ESB2023 in Davos. We used our new technique to pattern growth factors in #3D inside #bioprinted constructs. Thanks to my coauthors and rlevato for this opportunity.

Very happy to present our recent work on #spatiotemporal control through #volumetric photografting on the stage @ESB2023 in Davos. We used our new technique to pattern growth factors in #3D inside #bioprinted constructs. Thanks to my coauthors and <a href="/RicLevato/">rlevato</a> for this opportunity.
Marc Falandt (@mfalandt) 's Twitter Profile Photo

An amazing ending to a great week @ESB2023. Where our volumetric printing work was well represented by me and my colleagues Gabriel and rlevato throughout the week alongside great social activities, jnteresting sessions and meetings with other researchers in the field.

An amazing ending to a great week @ESB2023. Where our volumetric printing work was well represented by me and my colleagues <a href="/ggroessb/">Gabriel</a> and <a href="/RicLevato/">rlevato</a> throughout the week alongside great social activities, jnteresting sessions and meetings with other researchers in the field.
Marc Falandt (@mfalandt) 's Twitter Profile Photo

Super excited for 12th World Biomaterials Congress (WBC 2024) in Daegu. I can't wait to share the research that has been done on combining supramolecular chemistry with covalent photoreaponsive hydrogels for #bioprinting

Marc Falandt (@mfalandt) 's Twitter Profile Photo

Today, I felt proud to present my work on the #volumetric #bioprinting of a new hybrid photocrosslinkable material as dynamic cell matrix for enhanced cell migration 12th World Biomaterials Congress (WBC 2024). If you missed my talk but want to discuss this research, I invite you to come find me at the #WBC2024.

Today, I felt proud to present my  work on the #volumetric #bioprinting of a new hybrid photocrosslinkable material as dynamic cell matrix for enhanced cell migration <a href="/2024Wbc/">12th World Biomaterials Congress (WBC 2024)</a>. If you missed my talk but  want to discuss this research, I invite you to come find me at the #WBC2024.
Marc Falandt (@mfalandt) 's Twitter Profile Photo

Volumetric #bioprinting of a hybrid gelatin based bioresin with #supramolecular and covalent bonds. The material is able to decouple the bulk stiffness from the microenvironment, allowing for enhanced cell #migration, organoid growth, and proliferation. Intl Soc Biofab #Biofab2024

Volumetric #bioprinting of a hybrid gelatin based bioresin with #supramolecular and covalent bonds. The material is able to decouple the bulk stiffness from the microenvironment, allowing for enhanced cell #migration, organoid growth, and proliferation. <a href="/ISBioFab/">Intl Soc Biofab</a> #Biofab2024
Intl Soc Biofab (@isbiofab) 's Twitter Profile Photo

The Intl Soc Biofab Twitter poster conference for 2024 is now live! The posters can be found hashtag #Biofab2024! Pls look at all the #biofabulous work from our participants 🤩😍!  Winners will be announced after Prof Wei Sun's webinar which is this Thursday at 6pm (Beijing time)