3D printing provides numerous opportunities for designing tissue engineering constructs
with intricate porosity, geometry and favourable mechanical properties and has the potential …

The present study interrogates the interaction of highly efficient antibacterial surfaces
containing sharp nanostructures with blood proteins and the subsequent immunological …

Angiogenesis at the fracture site plays crucial roles in the endogenous osteogenesis
process and is a prerequisite for the efficient repair of implant fixed bone defects. To improve …

Thrombosis on blood‐contacting medical devices can cause patient fatalities through device
failure and unstable thrombi causing embolism. The effect of material wettability on fibrin …

The surface chemistry of biomaterials plays a pivotal role in regulating the type, amount, and
conformational changes of adsorbed proteins, which then modulates the subsequent innate …

Control of protein adsorption is essential for successful integration of healthcare materials
into the body. Human plasma fibrinogen (HPF), especially its conformation is a key upstream …

Surface roughness plays an important role in regulating protein adsorption to biomaterial
surfaces and modulating the subsequent inflammatory response. In this study, we examined …

Developing “osteoimmune-smart” bone substitute materials have become the forefront of
research in bone regeneration. Biocompatible polymer coatings are applied widely to …

Calcium phosphate-based biomineralized biomaterials have broad application prospects.
However, the immune response and foreign body reactions elicited by biomineralized …

Plasma polymers derived from oxazoline precursors present a range of versatile properties
that is fueling their use as biomaterials. However, coatings deposited from commonly used …