Sentence examples for matrices for bone from inspiring English sources

This study opens the possibility to engineer, through biomineralization process, advanced hybrid matrices for bone regeneration.

An understanding of this process could also guide the development of matrices for bone tissue engineering.

The present study refers to the preparation and characterization of porous hydroxyapatite scaffolds to be used as matrices for bone regeneration or as specific release vehicles.

The ability to successfully cryopreserve mineralized tissue engineered matrices for bone may offer an unlimited and readily available source of bone-like materials for orthopaedic applications.

Our data suggest an important role for nanoscale HA properties in the vicious cycle of bone metastasis and indicate that mineral-containing tumor models may be excellent tools to study cancer biology and to define design parameters for non-tumorigenic mineral-containing or mineralized matrices for bone regeneration.

Nanosized hydroxyapatite is a material that is commonly used as a matrix for bone tissue engineering.

Calcium phosphates (CaP) based materials are widely recognized as the most suitable matrix for bone tissue engineering.

Surface mineralization is an effective method to produce calcium phosphate apatite coating on the surface of bone tissue scaffold which could create an osteophilic environment similar to the natural extracellular matrix for bone cells.

Importantly, in vivo studies showed that this synergism was able to generate significantly increased new bone in an ectopic mouse model, suggesting that PCL/HA-3D scaffolds act as a favorable synthetic extracellular matrix for bone regeneration.

Given the relevance of integrin signaling for cellular homeostasis, we developed an injectable, bioactive peptide-based nanofiber matrix that presents an integrin-binding epitope derived from fibronectin, and evaluated its feasibility as a supportive artificial matrix for bone marrow-derived pro-angiogenic cells (BMPACs) used as a therapy in ischemic tissue repair.

The sealing zone is a cell-matrix adhesion machinery that creates an isolated space between the cell and the matrix for bone resorption.