Regenerative medicine research at university laboratories has outpaced commercial activity. Legal, regulatory, funding, technological, and operational uncertainty have slowed market entry of regenerative medicine treatments. As a result, commercial development has often been led by entrepreneurial ventures rather than large biopharma firms. Translating regenerative medicine across the university-industry boundary links academic scientists, technology transfer organizations, funders, and entrepreneurs. Conflicting motivations among the participants may significantly hinder these efforts. Unproven downstream business models for regenerative medicine delivery further complicate the entrepreneurial process. This chapter explores the challenges ...
The commercialization of scientific discoveries within the university-industry nexus is multifaceted...
The TERMIS-EU Industry committee intended to address the two main critical issues in the clinical/co...
Innovation and entrepreneurial activities are regarded as twin engines of long-term economic growth....
Regenerative medicine research at university laboratories has outpaced commercial activity. Legal, r...
While most major research universities promote entrepreneurial approaches, few provide the resources...
In the field of regenerative medicine, new ventures face unformed markets and inconsistent industry ...
Universities can drive entrepreneurial ecosystems, especially in high-value technology sectors. Nowh...
In the field of regenerative medicine, new ventures face unformed markets and inconsistent industry ...
In some technology-intensive sectors, high discovery costs, specialized knowledge requirements and l...
In some technology-intensive sectors, high discovery costs, specialized knowledge requirements and l...
This article follows the evolution of biopharmaceutical firms as they bore great uncertainty and ris...
U.S. academic health centers are entering the bioscience and technology industries in ways that are ...
A substantial amount of research has been committed to exploring how university-based research can b...
The successful commercialization of regenerative medicine products provides a unique challenge to th...
The commercialization of scientific discoveries within the university-industry nexus is multifaceted...
The TERMIS-EU Industry committee intended to address the two main critical issues in the clinical/co...
Innovation and entrepreneurial activities are regarded as twin engines of long-term economic growth....
Regenerative medicine research at university laboratories has outpaced commercial activity. Legal, r...
While most major research universities promote entrepreneurial approaches, few provide the resources...
In the field of regenerative medicine, new ventures face unformed markets and inconsistent industry ...
Universities can drive entrepreneurial ecosystems, especially in high-value technology sectors. Nowh...
In the field of regenerative medicine, new ventures face unformed markets and inconsistent industry ...
In some technology-intensive sectors, high discovery costs, specialized knowledge requirements and l...
In some technology-intensive sectors, high discovery costs, specialized knowledge requirements and l...
This article follows the evolution of biopharmaceutical firms as they bore great uncertainty and ris...
U.S. academic health centers are entering the bioscience and technology industries in ways that are ...
A substantial amount of research has been committed to exploring how university-based research can b...
The successful commercialization of regenerative medicine products provides a unique challenge to th...
The commercialization of scientific discoveries within the university-industry nexus is multifaceted...
The TERMIS-EU Industry committee intended to address the two main critical issues in the clinical/co...
Innovation and entrepreneurial activities are regarded as twin engines of long-term economic growth....