Matthew J Terry
Plant Biology
University of Southampton
United Kingdom
Biography
Matthew J Terry is Professor of Molecular Plant Biology within Biological Sciences at the University of Southampton. Career History 2013-present: Professor of Molecular Plant Biology. University of Southampton, UK. 2009-2013: Reader in Molecular Plant Biology. University of Southampton, UK. 2005-2009: Senior Lecturer in Molecular Plant Biology. University of Southampton, UK. 2002-2005: Lecturer in Molecular Plant Biology. University of Southampton, UK. 1995-2002: Royal Society University Research Fellow. University of Southampton, UK. 1993-1995: Frontier Researcher. Laboratory for Photoperception and Signal Transduction, RIKEN, Japan. 1990-1993: Post-doctoral Research Fellow. University of California, Davis, USA. Academic Qualifications 1990: PhD Biology. University of Southampton, UK. 1985: BSc Biochemistry. University of Southampton, UK. 2016: Fellow of the Royal Society of Biology 2003: Fellow of the Higher Education Academy Matthew J Terry is Professor of Molecular Plant Biology within Biological Sciences at the University of Southampton. Career History 2013-present: Professor of Molecular Plant Biology. University of Southampton, UK. 2009-2013: Reader in Molecular Plant Biology. University of Southampton, UK. 2005-2009: Senior Lecturer in Molecular Plant Biology. University of Southampton, UK. 2002-2005: Lecturer in Molecular Plant Biology. University of Southampton, UK. 1995-2002: Royal Society University Research Fellow. University of Southampton, UK. 1993-1995: Frontier Researcher. Laboratory for Photoperception and Signal Transduction, RIKEN, Japan. 1990-1993: Post-doctoral Research Fellow. University of California, Davis, USA. Academic Qualifications 1990: PhD Biology. University of Southampton, UK. 1985: BSc Biochemistry. University of Southampton, UK. 2016: Fellow of the Royal Society of Biology 2003: Fellow of the Higher Education Academy
Research Interest
His primary research area is focused on determining how the development and function of chloroplasts is regulated, with a particular interest in retrograde signalling between the chloroplast and nucleus.
