The transplantation of conventional human cell and tissue grafts, such as heart valve replacements and skin for severely burnt patients, has saved many lives over the last decades. The late eighties saw the emergence of tissue engineering with the focus on the development of biological substitutes that restore or improve tissue function. In the nineties, at the height of the tissue engineering hype, industry incited policymakers to create a European regulatory environment, which would facilitate the emergence of a strong single market for tissue engineered products and their starting materials (human cells and tissues). In this paper we analyze the elaboration process of this new European Union (EU) human cell and tissue product regulatory ...
This study provides an insight into the difficulties companies encounter in transposing basic scienc...
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...
With this analysis we would like to raise some issues that emerge as a result of recent evolutions i...
With this analysis we would like to raise some issues that emerge as a result of recent evolutions i...
The Author(s) 2012. This article is published with open access at Springerlink.com Abstract With thi...
Tissue engineering is one potential arm of the much-heralded regenerative medicine. We use the conce...
The human body and its parts are widely perceived as matters beyond commercial usage. This belief i...
The development of human tissue engineered technologies, located in the context of wider debates aro...
Advanced therapy medicinal products (ATMPs) are a fast-growing field of innovative therapies. The Eu...
This study provides an insight into the difficulties companies encounter in transposing basic scienc...
Over the past decades, a wide range of tissue-based products (TBPs) have emerged as new therapeutic ...
With increasing frequency, human organs and tissues are being placed in the stream of commercial tra...
In 2007, the European Union adopted a lex specialis, Regulation (EC) No. 1394/2007 on advanced thera...
This study provides an insight into the difficulties companies encounter in transposing basic scienc...
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...
With this analysis we would like to raise some issues that emerge as a result of recent evolutions i...
With this analysis we would like to raise some issues that emerge as a result of recent evolutions i...
The Author(s) 2012. This article is published with open access at Springerlink.com Abstract With thi...
Tissue engineering is one potential arm of the much-heralded regenerative medicine. We use the conce...
The human body and its parts are widely perceived as matters beyond commercial usage. This belief i...
The development of human tissue engineered technologies, located in the context of wider debates aro...
Advanced therapy medicinal products (ATMPs) are a fast-growing field of innovative therapies. The Eu...
This study provides an insight into the difficulties companies encounter in transposing basic scienc...
Over the past decades, a wide range of tissue-based products (TBPs) have emerged as new therapeutic ...
With increasing frequency, human organs and tissues are being placed in the stream of commercial tra...
In 2007, the European Union adopted a lex specialis, Regulation (EC) No. 1394/2007 on advanced thera...
This study provides an insight into the difficulties companies encounter in transposing basic scienc...
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...