JOINTPROMISE is a Horizon 2020 EU project developing automated biomanufacturing of living joint implants, healing large osteochondral defects and preventing OA
One week left for abstract submission! Join our symposium for some excellent invited talks on how to translate organoid-based Tissue Engineering through automation ! Kindly supported by @JointPromH2020 and co-chaired by @TermisEU2022@SyisEu !
Stem cell based implants successfully secrete #insulin in patients with type 1 #diabetes. These phase I/II clinical trial data in @CellStemCell & @CellRepMed are the first evidence of meal-regulated insulin secretion by differentiated stem cells in human patients. Papers below!🧵
Amazing kick off yesterday @2021TERMIS!!
Happy to share our latest work tomorrow at 17 pm (CET)!!! Follow the session BF5.2 if you want to learn more about "Biofabrication of vasculature and vascularized organs, tissues and organoids"👩🔬@carlos_m_mota@MoroniGroup@JointPromH2020
Getting closer to developing high precision bioprinting solutions for manufacturing high-quality #spheroid-based skeletal ATMPs through Joint-promise activities !
Some coverage for our @JointPromH2020 project through our Bordeaux-based industrial bioprinting partners @Poietis! 👉 JOINTPROMISE – Des articulations biologiques en réponse à l’ostéoarthrite https://t.co/k2R9pzvyaU
We aim to develop an automated, GMP-grade biofabrication platform able to produce large, patterned and vascularised joint implants. This end-to-end approach tailored for handling organoids could provide a generic manufacturing solution for other organoid-based tissue implants!
Searching for postdocs with "biology" background (organoids,iPSCs,MSCs), interested to turn into engineers expanding skills in automated biomanufacturing of organoid-based implants for skeletal defect regeneration! @DevReg_KULeuven@KU_Leuven#robotics#bioreactor#bioprinting
🦴In our latest publication "fusogenic" microtissue properties as a function differentiation is explored in "Cartilaginous spheroid-assembly design considerations for endochondral ossification: towards robotic-driven biomanufacturing" https://t.co/llaMh2J69q via @IOPscience🦴
Not 1 but 2 papers from former @DevReg_KULeuven chair Jan Deprest team in @NEJM on groundbreaking fetal surgery. True excellence and impact from @kuleuven and @UZLeuven: https://t.co/zQ5dVuALiO & https://t.co/ifGIf9pDwY