[Excerpt] Cartilage tissue loss, resulting from injury or disease, is a major health problem worldwide. Tissue Engineering (TE) has a great potential for the treatment of vast number of pathologies. In this regard, bioreactor systems are used as frameworks for studying fundamental aspects of cell response and tissue development, as well as scale–up platforms for industrial application. […]info:eu-repo/semantics/publishedVersio
[Excerpt] Fibrous structures mimicking the natural extracellular matrix (ECM) morphology are conside...
The aim was to develop a hybrid three-dimensional-tissue engineering construct for chondrogenesis. T...
Abstract presentado en el 2014 World Congress on Osteoarthritis: Promoting Clinical and Basic Resear...
[Excerpt] Tissue engineering (TE) has emerged in the last decade of the 20th century as an alternati...
[Excerpt] Joint diseases include several conditions that have great impact on society, such as rheum...
[Excerpt] For bone TE applications the formation of a prevascularized structure is not only required...
[Excerpt] Despite some successes in the tissue engineering field its evolution seems to be tampered ...
[Excerpt] Joint diseases include several conditions that have great impact on society, such as rheum...
[Excerpt] Growth and differentiation factors can be used to guide the biology in tissue engineering,...
[Excerpt] Diseases of the blood vessels, particularly of small diameter arteries are responsible for...
Tissue engineering bone via endochondral ossification requires the generation of a cartilage templat...
The interdisciplinary field of tissue engineering sits at the intersection of cells, biomaterials, a...
Injuries to human native cartilage tissue are particularly troublesome because cartilage has little ...
[Excerpt] One of the major drawbacks found in most bone tissue engineering (TE) approaches developed...
The aim was to develop a hybrid three-dimensional-tissue engineering construct for chondrogenesis. T...
[Excerpt] Fibrous structures mimicking the natural extracellular matrix (ECM) morphology are conside...
The aim was to develop a hybrid three-dimensional-tissue engineering construct for chondrogenesis. T...
Abstract presentado en el 2014 World Congress on Osteoarthritis: Promoting Clinical and Basic Resear...
[Excerpt] Tissue engineering (TE) has emerged in the last decade of the 20th century as an alternati...
[Excerpt] Joint diseases include several conditions that have great impact on society, such as rheum...
[Excerpt] For bone TE applications the formation of a prevascularized structure is not only required...
[Excerpt] Despite some successes in the tissue engineering field its evolution seems to be tampered ...
[Excerpt] Joint diseases include several conditions that have great impact on society, such as rheum...
[Excerpt] Growth and differentiation factors can be used to guide the biology in tissue engineering,...
[Excerpt] Diseases of the blood vessels, particularly of small diameter arteries are responsible for...
Tissue engineering bone via endochondral ossification requires the generation of a cartilage templat...
The interdisciplinary field of tissue engineering sits at the intersection of cells, biomaterials, a...
Injuries to human native cartilage tissue are particularly troublesome because cartilage has little ...
[Excerpt] One of the major drawbacks found in most bone tissue engineering (TE) approaches developed...
The aim was to develop a hybrid three-dimensional-tissue engineering construct for chondrogenesis. T...
[Excerpt] Fibrous structures mimicking the natural extracellular matrix (ECM) morphology are conside...
The aim was to develop a hybrid three-dimensional-tissue engineering construct for chondrogenesis. T...
Abstract presentado en el 2014 World Congress on Osteoarthritis: Promoting Clinical and Basic Resear...