Many congratulations!👏to Faina @BiderFaina for successfully defending her doctoral thesis @Boccaccini_Lab in #Erlangen today. Very impactful work on alginate based multimaterial, antibacterial #bioinks for #biofabrication. Well done Faina ! All the best in your future endeavors!
Sharing @Boccaccini_Lab#OpenAccess review paper on Metal-organic frameworks-bioactive glass systems for biomedical applications, led by Andrada Damian-Buda👏in collaboration with @BiderFaina Zuzana Neščáková & @FunGlass_Centre team @ElsevierMS ➡️https://t.co/mjuZ0oLs6l
Sharing @Boccaccini_Lab recent #OpenAccess paper in #MRS Comm., introducing #alginate-based bioinks incorporating silica nanoparticles with Ag patches for 3D #bioprinting led by Annalise Anspach & @BiderFaina in coll. with Prof. R. Klupp-Taylor @CBI_FAU▶️https://t.co/2TKeiNCr4k
Sharing our @Boccaccini_Lab@UniFAU#OpenAccess new paper in J. Appl. Polym. Sci., led by @BiderFaina 👏and with a great team: Ferulic acid and human platelet lysate enriched alginate dialdehyde-gelatin 3D (bio)printable hydrogels for #biofabrication➡️ https://t.co/dwiIx6lF8x
Congratulations!👏to Jana Reh @JanaTReh who won Best Master Thesis award 2024 @DeptWW_FAU@UniFAU Her thesis was on alginate based composite #hydrogels incorporating phytochemical loaded mesoporous BG nanoparticles, supervised by @BiderFaina and @Boccaccini_Lab Well done Jana!
Sharing our @Boccaccini_Lab recent paper on 3D bioprinting multimaterial ferulic acid containing ADA-GEL #bioinks in IJBM. Congrats. @BiderFaina for leading this research, with a great 🇩🇪🇮🇹🇮🇳 team. It can be downloaded for free until February 02, 2024 ➡️https://t.co/3rPQZZhQk3
Very interesting annual meeting of @HorizonEU 🇪🇺 Project Nanobloc in Barcelona, Spain 🇪🇸 to discuss the results on antiviral, antibacterial & antifungal nanocoatings and future plans! Many thanks to all partners for the excellent discussions! @Boccaccini_Lab@PoliTOnews@UniFAU
💡Very excited to share our new @Boccaccini_Lab@EBM_research@UniFAU#OpenAccess publication in @Spektrum_BIO! We explore how we can balance printability and biocompatibility during bioink development by observing the infiltration of primary neurons into different bioinks.
We @Boccaccini_Lab@BiderFaina@UniFAU contributed Chapter 26 ("Hydrogel-inorganic filler composites for 3D #bioprinting") to the recent book on Hydrogels for TERM edited by @MOliveira1977 and colleagues, a comprehensive, up-to-date volume in the field:➡️https://t.co/tTJVrrBMyF
Proud to contribute to this book with the Chapter 26 „Hydrogel-inorganic filler composites for 3D bioprinting“ as a co-author with Aldo R. Boccaccini @Boccaccini_Lab! @UniFAU@DeptWW_FAU
https://t.co/jCTdmsm1Wh
Mission accomplished for @Boccaccini_Lab@UniFAU at @ESB2023 conference in Davos🇨🇭with 15+ oral and poster presentations, symposium organization, session chair and activities @ESBiomaterials Council. Looking forward to welcome everyone in Nuremberg 🇩🇪next year at CESB24 Symposium
Congatulations Faina @BiderFaina PhD student @Boccaccini_Lab@UniFAU on the talk and nice poster presented at @ESB2023 conference @ESBiomaterials in Davos🇨🇭this week, introducing human platelet lysate and phytotherapeutic agent enriched hydrogels. Well done !👏