Mark McGurk
Corporate Officer/Principal bei King's College London
Profil
Mark McGurk is currently a Professor at King's College London.
Prior to this, he worked as a Principal at The University of Manchester and Odontis Ltd.
Aktive Positionen von Mark McGurk
| Unternehmen | Position | Beginn |
|---|---|---|
| King's College London | Corporate Officer/Principal | - |
Ehemalige bekannte Positionen von Mark McGurk
| Unternehmen | Position | Ende |
|---|---|---|
Odontis Ltd.
 Odontis Ltd. Miscellaneous Commercial ServicesCommercial Services Odontis is developing a biological replacement tooth product - the BioToothTM. The research is lead by Professor Paul Sharpe at King's College London Dental Institute. His team has demonstrated that tooth development can be initiated in stem cells, and that fully formed teeth can be created in developmental models. This is pioneering in that it represents one of the very few examples of a fully integrated tissue engineered organ. The technology opens the potential for the implantation of cultured cells in patients to grow and replace damaged or missing teeth. Odontis has attracted over £2 million of funding to date to progress the technology to commercial development. | Corporate Officer/Principal | 18.01.2011 |
| The University of Manchester | Corporate Officer/Principal | - |
Erfahrungen
Besetzte Positionen
Aktive
Inaktive
Börsennotierte Unternehmen
Private Unternehmen
Beziehungen
Beziehungen ersten Grades
Unternehmen ersten Grades
Herr
Frau
Aufsichtsräte
Führungskräfte
Unternehmensverbindungen
| Private Unternehmen | 1 |
|---|---|
Odontis Ltd.
Odontis Ltd. Miscellaneous Commercial ServicesCommercial Services Odontis is developing a biological replacement tooth product - the BioToothTM. The research is lead by Professor Paul Sharpe at King's College London Dental Institute. His team has demonstrated that tooth development can be initiated in stem cells, and that fully formed teeth can be created in developmental models. This is pioneering in that it represents one of the very few examples of a fully integrated tissue engineered organ. The technology opens the potential for the implantation of cultured cells in patients to grow and replace damaged or missing teeth. Odontis has attracted over £2 million of funding to date to progress the technology to commercial development. | Commercial Services |
