Culturing bone marrow stromal cells on 3D silk scaffolds supports their proliferation and adipogenesis, while minimizing the activation of inflammatory pathways. Therefore, differentiation of bone ...

Unlike traditional 2D cultures and animal models, which often fall short in predicting clinical outcomes, 3D systems offer a more physiologically relevant environment for studying disease mechanisms ...

Form and Functional Repair of Long Bone Using 3D Printed Bioactive Scaffolds. Journal of Tissue Engineering and Regenerative Medicine , 2018; DOI: 10.1002/term.2733 Cite This Page : ...

The main goal of a recent study published in the journal Bone was to find biomechanical criteria for the discrimination of the risk of hip fractures by exploring DXA-based 3D models and specific ...

In traditional 3D modeling, the process often begins with a concept sketch or a 2D image. Designers then have to manually interpret these flat visuals and reconstruct them in a 3D environment.

Now, scientists have been able to observe it in vivid 3D. Bones and tEEth Spatio-Temporal growth monitoring (BEE-ST), as its creators have named their technique, involves adding dye to nascent ...

Alizarin red staining, highlighting sites of mineralization, in a PLAG5*20% scaffold, provides evidence of 3D macroporosity and its capacity for enhanced osteogenesis. Bone is a highly ...

“3D cell culture is taking cells out of that 2D environment, and [allowing them to have] more interactions with each other. Those interactions can happen in a number of different ways and a number of ...