Osteochondral (OC) scaffold-based regenerative approaches in the joint are challenging since the scaffold must provide mechanical strength while also mimicking the local cartilage and bone microenvironments. Thermally Induced Phase Separation (TIPS) can produce scaffolds with a wide range of pore size morphologies/distributions. Here, we produced by TIPS a poly-L-lactide (PLL A) scaffold with a continuous pore size gradient along the sample thickness, from ~70μm diameter on one side to ~200 μm diameter on the opposite surface
Osteochondral defects derived by traumatic injury or aging related disease are often associated with...
A microphysiological tissue system (MPS) bioreactor has been developed to replicate in vitro the in...
Osteochondral defects derived by traumatic injury or aging related disease are often associated with...
Osteochondral (OC) scaffold-based regenerative approaches in the joint are challenging since the sc...
Osteochondral (OC) scaffold-based regenerative approaches in the joint are challenging since the sc...
Cartilage and bone tissues in the joints are intimately linked and form the osteochondral unit. A be...
Tissue engineering offers a promising new approach to repair bone fractures, fractures that do not h...
Tissue engineering offers a promising new approach to repair bone fractures, fractures that do not h...
Thermally Induced Phase Separation (TIPS) is a technique for the production of porous scaffold for T...
Damage of hyaline cartilage species such as nasoseptal or joint cartilage requires proper reconstruc...
Damage of hyaline cartilage species such as nasoseptal or joint cartilage requires proper reconstruc...
The lack of a vascular network and poor perfusion is what mostly prevents three-dimensional (3D) sca...
The lack of a vascular network and poor perfusion is what mostly prevents three-dimensional (3D) sca...
The lack of a vascular network and poor perfusion is what mostly prevents three-dimensional (3D) sca...
A microphysiological tissue system (MPS) bioreactor has been developed to replicate in vitro the in...
Osteochondral defects derived by traumatic injury or aging related disease are often associated with...
A microphysiological tissue system (MPS) bioreactor has been developed to replicate in vitro the in...
Osteochondral defects derived by traumatic injury or aging related disease are often associated with...
Osteochondral (OC) scaffold-based regenerative approaches in the joint are challenging since the sc...
Osteochondral (OC) scaffold-based regenerative approaches in the joint are challenging since the sc...
Cartilage and bone tissues in the joints are intimately linked and form the osteochondral unit. A be...
Tissue engineering offers a promising new approach to repair bone fractures, fractures that do not h...
Tissue engineering offers a promising new approach to repair bone fractures, fractures that do not h...
Thermally Induced Phase Separation (TIPS) is a technique for the production of porous scaffold for T...
Damage of hyaline cartilage species such as nasoseptal or joint cartilage requires proper reconstruc...
Damage of hyaline cartilage species such as nasoseptal or joint cartilage requires proper reconstruc...
The lack of a vascular network and poor perfusion is what mostly prevents three-dimensional (3D) sca...
The lack of a vascular network and poor perfusion is what mostly prevents three-dimensional (3D) sca...
The lack of a vascular network and poor perfusion is what mostly prevents three-dimensional (3D) sca...
A microphysiological tissue system (MPS) bioreactor has been developed to replicate in vitro the in...
Osteochondral defects derived by traumatic injury or aging related disease are often associated with...
A microphysiological tissue system (MPS) bioreactor has been developed to replicate in vitro the in...
Osteochondral defects derived by traumatic injury or aging related disease are often associated with...
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