This study provides an insight into the difficulties companies encounter in transposing basic science into commercially viable healthcare technologies, focusing on the issue of establishing a dominant supply model within a highly regulated market. The core issue is how to scale-up customised scientific processes into products able to supply wider and possibly mass markets. In tracing the development of approaches to scaling-up, the paper highlights the influence regulatory regimes have on high technology regulated products and services. The paper details the implications of two contrasting supply initiatives towards operationalising tissue engineering, based on differences in regulatory regimes between Europe and the USA
Stem cell innovation has enabled the growth of a global market of treatments for a wide range of dis...
Personalised Medicine has become one of the best drivers of research and new product development in ...
AbstractManufacturing of more-than-minimally manipulated autologous cell therapies presents a number...
This study provides an insight into the difficulties companies encounter in transposing basic scienc...
This study provides an insight into the difficulties companies encounter in transposing basic scienc...
The transplantation of conventional human cell and tissue grafts, such as heart valve replacements a...
The development of human tissue engineered technologies, located in the context of wider debates aro...
Tissue engineering is one potential arm of the much-heralded regenerative medicine. We use the conce...
The objective of the present study is to examine the effect of regulation on development of new biop...
Tissue engineering is an emerging biomedical innovation surrounded by potentiality and risk. Based o...
Tissue engineering is an emerging biomedical innovation surrounded by potentiality and risk. Based o...
Global health consumer demand for stem cell therapies is vibrant, but the supply of treatments from ...
The markets for medical equipment are highly regulated. Innovative technologies must be tested exten...
This paper addresses the question of the part that regulation plays in processes of innovation in se...
Over the past decades, a wide range of tissue-based products (TBPs) have emerged as new therapeutic ...
Stem cell innovation has enabled the growth of a global market of treatments for a wide range of dis...
Personalised Medicine has become one of the best drivers of research and new product development in ...
AbstractManufacturing of more-than-minimally manipulated autologous cell therapies presents a number...
This study provides an insight into the difficulties companies encounter in transposing basic scienc...
This study provides an insight into the difficulties companies encounter in transposing basic scienc...
The transplantation of conventional human cell and tissue grafts, such as heart valve replacements a...
The development of human tissue engineered technologies, located in the context of wider debates aro...
Tissue engineering is one potential arm of the much-heralded regenerative medicine. We use the conce...
The objective of the present study is to examine the effect of regulation on development of new biop...
Tissue engineering is an emerging biomedical innovation surrounded by potentiality and risk. Based o...
Tissue engineering is an emerging biomedical innovation surrounded by potentiality and risk. Based o...
Global health consumer demand for stem cell therapies is vibrant, but the supply of treatments from ...
The markets for medical equipment are highly regulated. Innovative technologies must be tested exten...
This paper addresses the question of the part that regulation plays in processes of innovation in se...
Over the past decades, a wide range of tissue-based products (TBPs) have emerged as new therapeutic ...
Stem cell innovation has enabled the growth of a global market of treatments for a wide range of dis...
Personalised Medicine has become one of the best drivers of research and new product development in ...
AbstractManufacturing of more-than-minimally manipulated autologous cell therapies presents a number...