Christa Maes
@SCEBP_Lab
We study #skeletal #stem/progenitor cells & #osteoblasts, their interplay with the #bone #vasculature, and their roles in the broader physiology of the organism
Interested in skeletal stem/progenitor cells? Would you like to participate in this research🦴🔬🎓? We have vacancies for a postdoc (link coming soon) and a PhD student. Consider joining us @KU_Leuven @DevReg_KULeuven! More information and link to apply: kuleuven.be/personeel/jobs…

We are looking for a new PI to join our institute at KU Leuven. Please feel free to spread the word to potential candidates with stem cell and developmental biology background. The call is out for the next 3 months. kuleuven.be/personeel/jobs…
We just started a Bluesky profile for our lab -- anyone who is interested can find us there as @scebplab.bsky.social
That's me, Wonderful meeting in a great place. Don't miss this great chance to learn more about vasculature of the musculoskeletal system, Speaker: @SCEBP_Lab and @ralfhadams . see you 23-26 May 2025 in Innsbruck, Austria
🚨 Abstract Submissions Closing Soon! 🚨 Submit by 14 Jan 2025 for the opportunity to present in Innsbruck and win a Grant or Award! 🏆 Details & guidelines on the congress website. 👉 buff.ly/49L1fvi #AbstractSubmission #ECTS2025 #BoneResearch
Interesting findings! @SilviaMonteag @DevReg_KULeuven
New online! Wnt-induced IGF1 drives OA go.nature.com/3ZEE6GD
About 10 days left to apply 👇👇
Interested in skeletal stem/progenitor cells? Would you like to participate in this research🦴🔬🎓? We have vacancies for a postdoc (link coming soon) and a PhD student. Consider joining us @KU_Leuven @DevReg_KULeuven! More information and link to apply: kuleuven.be/personeel/jobs…
Interested in skeletal stem/progenitor cells? Would you like to participate in this research🦴🔬🎓? We have vacancies for a postdoc (link coming soon) and a PhD student. Consider joining us @KU_Leuven @DevReg_KULeuven! More information and link to apply: kuleuven.be/personeel/jobs…
Delighted to share our newest review @NatureRevEndo discussing the many recent advances in #skeletal #stem #progenitor cells (#SSPCs) in postnatal #bone, with @SeppeMelis @DanaTrompet & AndreiChagin. Thanks @NatureRevEndo for the invite and all joint work🌟nature.com/articles/s4157…
New content online: Skeletal stem and progenitor cells in bone physiology, ageing and disease go.nature.com/4gZnO2U
BREAKING NEWS The 2024 #NobelPrize in Physiology or Medicine has been awarded to Victor Ambros and Gary Ruvkun for the discovery of microRNA and its role in post-transcriptional gene regulation.
Feeling very proud as a mentor watching @Roger_Valle_T shine as he receives the 2024 @ASBMR President’s Award🥇at #ASBMR2024 in Toronto from our president @lauracalvi3 ⭐️ What a lovely celebration 🎉 @SCEBP_Lab @FWOVlaanderen @DevReg_KULeuven #hypoxia #bone #energy #metabolism


Fantastic presentation by our talented PhD student Johanna Besold in the #ASBMR2024 Early Career Spotlight session 🤩 Big room for a first-ever conference talk 😅 but she & all other presenters handled it greatly 🙌👏 Thanks also to caring guidance by @LarrySuva and @NaomiDirckx


Exciting new findings by @Roger_Valle_T and @SCEBP_Lab revealing that boosting glucose uptake in the skeleton could be a game-changer in preventing high-fat diet-induced obesity and diabetes! #ASBMR2024
Wonderful to hear about the pre-meeting day on bone & metabolism #ASBMR2024 in the @ASBMR news highlights! Thanks @NaomiDirckx for highlighting @Roger_Valle_T work 😀


Today at #ASBMR2024 in Toronto, @Roger_Valle_T will be presenting his research results on the links between #bone and #metabolism mediated by #hypoxia signaling in #osteoblasts — if you’re attending the meeting, come join us at 11am in room 801 👈

❄️ Ready to dive into the latest in diabetes and CKD-MBD? Join the EUROD Winter Meeting and connect with experts from around the world! 🌍📚 🩺 Don’t miss the chance to learn from experts and submit your abstract before november 15th 👉era-online.org/cme-courses/eu…
A fracture in space and time. In this month's cover article, Rios et al. use spatial transcriptomics to characterize dysfunctional pathways associated with bone healing defects: insight.jci.org/articles/view/… @SRChildren_ @UTSWMedCenter