Scientific Development in Tissue Engineering
A team from NIT Rourkela has created an innovative formulation for bioprinting bone structures. The research, published in specialized journals, uses natural components that simulate the mechanical and biological properties of human bone.
This bioink represents a significant advance by combining printing properties with biological integration capability
Technical Characteristics
- Composition based on chitosan, gelatin, and nanohydroxyapatite
- Liquid-to-gel transition depending on temperature and pH
- Porous structure that favors vascularization
- Compatibility with different bioprinter models
Potential Medical Applications
The technology shows special relevance for complex bone reconstruction cases, particularly in maxillofacial and cranial surgeries. Its in situ adaptation capability could reduce surgical times and improve clinical outcomes.
Next Development Phase
The research team, through its startup Quixotix Bioprinting, plans to begin preclinical trials. The ultimate goal is to establish a standardized manufacturing process that meets regulatory requirements for human trials.