Democratizing 3D bone printing for medical innovations
The democratization of 3D bone printing
The democratization of advanced technology, such as 3D bone printing,...
Blog
Peer-reviewed article: Microstructural analysis of P3D Scaffolds using X-ray microcomputed tomography
Investigating bioceramic scaffolds with micro-CT
In a study from 2024, microcomputed tomography (micro-CT...
Bone regeneration is an advancing field of research
Unlike the structure and hierarchy of bone tissues, the process of bone regeneration remains an enigma and an ...
Why 3D bone printing is a foundation for pioneering research
Transformative research is unpredictable, and the pioneers of such research may not always realize when they a...
Ossiform® supports frontier research through the P3D Scaffolds research grant
The Evolution of Bone Research
Our bones have always been a central part of our existence as humans. More tha...
The performance of 3D printed resorbable implants in the mandible of pigs
Comparison of off-the-shelf β-tricalcium phosphate implants with novel resorbable 3D printed implants in mandi...
How miniature tumors can be grown on scaffolds for cancer research
Growing Tumoroids on Scaffolds to Enable Advanced Cancer Research
Three-dimensional (3D) tumor models – commo...
Hydrogels versus Scaffolds: When to Choose What?
The 2D Culture Paradigm
Our collective understanding of various cell-based processes is primarily derived fr...
How do bones function and what are they made of?
Bones and their function
The human body is composed of multiple specialized tissue types. Each with unique pr...
What are organoids and why are they important?
What is an organoid?
Organoids cover a wide range of three-dimensional multicellular in vitro human tissue co...