Sentence examples for tissue technologies from inspiring English sources

This paper examines the development of innovation in human tissue technologies as a form of regenerative medicine, firstly by applying 'pollution ideas' to contemporary trends in its risk regulation and to the processes of regulatory policy formation, and secondly by analysing the classificatory processes deployed in regulatory policy.

Collaboration will speed clinical translation of new materials and tissue engineering technologies for orthopedics and connective tissue regeneration.

Tissue engineering technologies offer real potential to provide engineered autologous cartilage and bone tissues for transplantation.

In vitro expansion is an important step to acquire sufficient cells in human tissue engineering technologies.

Tissue engineering technologies that use amniotic fluid cells are being explored.

Stem cell and tissue engineering technologies have been proposed as potential tools for addressing these limitations.

This chapter provides the most recent developments in tissue engineering technologies enabling regeneration of complex tissues and organs.

Biomaterials and tissue engineering technologies are becoming increasingly important in biomedical practice, particularly as the population ages.

Tissue engineering technologies, which have originally been designed to reconstitute damaged tissue structure and function, can mimic not only tissue regeneration processes but also cancer development and progression.

Recent advances in tissue engineering technologies have demonstrated the potential to produce functional tissues that could be used to restore, maintain, or improve kidney function.

Decellularization techniques and tissue engineering technologies applied to these tissues might contribute to the reduction in risk of calcification and immune response.