Brian Heap is a biological scientist whose primary research interest lies in reproductive biology and the function of hormones in reproductive processes. His comparative studies into the control of pregnancy, birth and lactation led to a number of important developments in farm animal breeding.
Brian’s early work revealed that pregnancy hormones are secreted in milk, leading to the development of simple pregnancy tests for dairy animals. He also researched the action of growth hormones, specifically focusing on insulin-like growth factor and its direct actions on the mammary gland. More recently, he demonstrated the anti-fertility properties of monoclonal antibodies acting on the reproductive hormone progesterone.
In addition to his research, Brian publishes and speaks on global food security, sustainability, international development, biotechnology and bioethics, including the technological issues and public perception of genetically modified crops. He has won awards in agricultural research and was the United Kingdom’s representative for the NATO Science Committee, the European Science Foundation, President of the European Academies Science Advisory Board (EASAC), served on the UK-China Forum, and was Editor of the Philosophical Transactions of the Royal Society, Series B, and Vice-President and Foreign Secretary of the Royal Society.
Senior Adviser, Smart Villages Entrepreneurship Project, University of Cambridge
Trustee, Cambridge China Development Trust
Director, Cambridge Education and Development Trust
Research Associate, Centre of Development Studies, University of Cambridge
Advisory Board Member & Research Associate, Faraday Institute for Science and Religion, St Edmund's College (Cambridge)
Honorary Fellow, Green Templeton College
Trustee, Mahathir Science Award Foundation, Kuala Lumpur
Chief Scientific Adviser, Malaysian Commonwealth Study Centre and Cambridge Malaysian Education and Development Trust
, Merck, Sharp & Dohme Limited
Honorary Fellow, St Edmund's College (Cambridge)
Interests and expertise
Effective population size,
Modes of reproduction,