The concept of bio-objectification describes how the ‘raw materials’ of living cells and tissues are subject to both technical manipulations and ontological transformations to produce novel ‘bio-objects’ such as cell lines and transgenic animals. Bio-objects are conceptually fluid, but also subject to literal circulation through biobanks and repositories. Making bio-objects mobile means producing them in such a way that they are capable of travelling across jurisdictions, institutional boundaries, and of moving between public and private sectors. This paper uses one particular bio-object—the human induced pluripotent stem cell (hiPSC), and a particular context, a European consortium dedicated to creating an open access repository of hiPSC—t...
Tissue engineering (TE) is a rapidly evolving interdisciplinary field that joins together materials ...
Taking Sweden into the future – Bio-objectification of new medical technology In this article, we an...
Three-dimensional ‘bioprinting’ is under development, which may produce living human organs and tiss...
Developments in biomedical innovation today can be seen in areas such as robotics, digital systems o...
Innovation in the life sciences in general and stem cell science in particular is driven by an inter...
Embryo-like features of induced pluripotent stem cells defy legal and ethical boundaries Stem cell s...
Novel entities like stem-cells and related medical therapies have become key sites of biomedical inn...
Abstract Rapid advances in the life sciences have led to a radical transformation in thinking about ...
Advances in bottom-up synthetic biology offer the exciting—albeit contentious—prospect of transition...
One critical issue confronting human stem cell research is the lack of embryos as research/therapeut...
This article addresses a number of difficult and controversial issues surrounding the development of...
Recent developments in biotechnology allow for the generation of increasingly complex products out o...
Abstract: In the past decades, reproductive biomedicine has quickly developed and become widespread,...
This paper examines the evolution of key embodiments and representations of the 'bionic man' and its...
Recent advances in the stem cell field make it possible to culture three-dimensional human tissues i...
Tissue engineering (TE) is a rapidly evolving interdisciplinary field that joins together materials ...
Taking Sweden into the future – Bio-objectification of new medical technology In this article, we an...
Three-dimensional ‘bioprinting’ is under development, which may produce living human organs and tiss...
Developments in biomedical innovation today can be seen in areas such as robotics, digital systems o...
Innovation in the life sciences in general and stem cell science in particular is driven by an inter...
Embryo-like features of induced pluripotent stem cells defy legal and ethical boundaries Stem cell s...
Novel entities like stem-cells and related medical therapies have become key sites of biomedical inn...
Abstract Rapid advances in the life sciences have led to a radical transformation in thinking about ...
Advances in bottom-up synthetic biology offer the exciting—albeit contentious—prospect of transition...
One critical issue confronting human stem cell research is the lack of embryos as research/therapeut...
This article addresses a number of difficult and controversial issues surrounding the development of...
Recent developments in biotechnology allow for the generation of increasingly complex products out o...
Abstract: In the past decades, reproductive biomedicine has quickly developed and become widespread,...
This paper examines the evolution of key embodiments and representations of the 'bionic man' and its...
Recent advances in the stem cell field make it possible to culture three-dimensional human tissues i...
Tissue engineering (TE) is a rapidly evolving interdisciplinary field that joins together materials ...
Taking Sweden into the future – Bio-objectification of new medical technology In this article, we an...
Three-dimensional ‘bioprinting’ is under development, which may produce living human organs and tiss...