Shaun Pattinson


Shaun D. Pattinson is a British legal scholar specializing in medical law and medical ethics. He currently serves as a Professor of Medical Law and Ethics at Durham Law School, Durham University. In 2011, he founded the Centre for Ethics and Law in the Life Sciences at Durham University.

Education and career

Pattinson earned his undergraduate law degree from the University of Hull. He furthered his studies at the University of Sheffield, obtaining a master's degree and a Ph.D.
He received higher doctorates by the University of Sheffield and Durham University..
Pattinson took up a Lectureship in Law at the University of Sheffield in 2000 and was promoted to Senior Lecturer in 2005. He was appointed as a Reader in Law at Durham University in 2006 and was promoted to Professor of Medical Law and Ethics in 2013.

Professional roles and honours

Pattinson has held several notable positions:

Research and publications

Pattinson's research interests focus on medical law and medical ethics, including the regulation of emerging technologies. He has authored several books, including:Influencing Traits Before Birth.Revisiting Landmark Cases in Medical Law.Law at the Frontiers of Biomedicine.Medical Law and Ethics.
His book Medical Law and Ethics received the 2010 Minty Medico-Legal Society Prize for best medico-legal book.
He has also published with Deryck Beyleveld.

Recent work

From 2014 to 2017, Pattinson led a project entitled ‘Human Cloning and Stem Cell Research Through the Medium of Law’, funded by the Wellcome Trust. This involved using law to engage post-16 students in the debate over human cloning, stem cell research and mitochondrial replacement technology. A finding was that UK school students had been misinformed as to how Dolly (sheep) had been cloned.
In January 2023, Pattinson published Law at the Frontiers of Biomedicine, presenting a legal theory termed 'contextual legal idealism'. This work explores the regulation of emerging biotechnologies, such as heritable genome editing and cryonic reanimation, and was supported by a Leverhulme Major Research Fellowship.