#eCM Joint Diseases. This collection welcomes original research on the topic of joint diseases, ranging from the investigation of their underlying molecular mechanisms to the development of innovative therapeutic strategies
Submission Link: https://t.co/TIjgJbBzAG
#eCM Call for Papers: Bone Mineralization. This Collection welcomes original research on the topic of bone mineralization, ranging from the exploration of its molecular processes to its utilization in innovative therapeutic approaches.
#Bone#Mineralization#osteoporosis
#eCM
📢Paper sharing
📖Title:"Osteogenic differentiation of human dental pulp stem cells in decellularised adipose tissue solid foams"
👏Welcome to your reading!
https://t.co/AyIQugrFZY
📢#eCM paper sharing @eCM_Journal
📑Title:Crispr strategies for stem cell engineering: a new frontier in musculoskeletal regeneration
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https://t.co/IORgJqka0i
Exciting News for eCM Journal Contributors!
We are thrilled to announce a transition in our manuscript submission and management system. We have decided to move to the ProPub system.
The new system is now LIVE and ready for use! 🌐
Please access it: https://t.co/3UdYysam1g
📢#eCM paper sharing from @eCM_Journal
📜Title: Brazilin mediates the human periodontal ligament stem cells for periodontitis treatment through the yap signaling pathway
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https://t.co/1CDwaQnIt9
📢#eCM We are excited to share a Topic call for papers "Application of 3D Scaffolds in Bone Tissue Engineering and Optimization in Bone Cell Culture" @eCM_Journal
🌐Submission Link: https://t.co/MJkNfmAX1i
Any Question: [email protected]#Bone#CFP#Scaffold#OA#Cell
#eCM Volume No 47 – pages 142-151
Noggin (NOG), an antagonist of bone morphogenetic proteins (BMPs), regulates bone and cartilage development. This study explores the effects of exogenous NOG on TGF-β-induced chondrogenesis in bone marrow-derived mesenchymal stromal cells (MSCs)
#eCM Vol 47 -pages-125-141
This study developed a large animal model for spinal motion segment degeneration, revealing correlations between trans-endplate diffusion and disc health. It enhances the translational relevance of research on disc regeneration and repair strategies.