Head Division of Rheumatology UZ Leuven, Head Department of Development & Regeneration and Director Skeletal Biology & Engineering Research Center KU Leuven
How did Zhou et al. monitor the temporal profiling of lipid mediators in the synovium and tibial plateau during joint inflammation🧐? Learn out this work in this month's #EditorsChoice paper for #Basic#Science.
🔗https://t.co/gLgBfQHgvk
@TissueHomandDis@SilviaMonteag
New Viewpoint in
@TheLancetRheum
: synovial inflammation may not fit into “endophenotype” boxes. We propose a continuous spectrum: biology flows in gradients, not categories. Great initiative by Clément Triaille - https://t.co/asmjiIaFZj
Our recent Advanced Science paper, explores the development of #magnetically augmented cartilaginous #organoids.This 4D 🧲#biofabrication approach leads to a multifaceted influence on #bioassembly, ECM organisation, 🦿gene pathways and in vivo outcome🦴!
https://t.co/VjjZJvWMAw
⚡️Thrilled to announce that our @FWOVlaanderen project was funded! Looking fwd to further collaborate with the co-PIs @BartSmeets16 & @DimitriosSakellariou! We will explore the design of remotely controllable #organoid implants for skeletal regeneration!! @DevReg_KULeuven
Respiratory muscle dysfunction can be both a cause and consequence of respiratory failure. It is often reversible and should be diagnosed and treated. This review covers available assessment and treatment options in acute and chronic respiratory failure. https://t.co/SEIeStogAa
Always dreamed of a work-out of (your) muscles in a lab? This is your chance! We have a PhD vacancy on '4D bioprinting of vascularized, myogenic tissue based on hybrid nanocomposites'. Join our Tissue Engineering Lab at KU Leuven Campus Kortrijk!
https://t.co/7RXulXUN2w
I am more than excited that our manuscript (written by @ZsJeneiLanzl and myself) has been accepted for publication👇👇👇👇👇👇
Osteoarthritis year in review 2024: biology - Osteoarthritis and Cartilage https://t.co/PheOQIhAGh
Unlocking a Detrimental Role of IGF1 in Osteoarthritis: A New Target for Therapeutic Intervention? | Research Communities by Springer Nature https://t.co/VUV6uTizGD
New @NatureComms Publication Alert! We uncover a Wnt/IGF1 link driving joint damage in #osteoarthritis. IGF1, induced by Wnt signaling, worsens the joint disease, but IGF1 targeting could open doors to new therapie. https://t.co/BRfLfV9KEE @SilviaMonteag@AnaEscribano7 1/14
We hope this research brings us one step closer to finding a disease-modifying therapy for osteoarthritis. Stay tuned as we explore new ways to target the Wnt-IGF1 axis in future therapeutic approaches. 13/14