Dr. John Runions - Reader in Cell and Molecular Biology

@JohnRunions
#DrMolecule
Group members
Publications
Plasma-membrane protein dynamics
Organelle dynamics and photoactivation of GFP
Cell division
Embryo development
3D reconstruction

 

John Runions, Ph.D.
Department of Biological and Medical Sciences
Oxford Brookes University
Oxford, UK
OX3 0BP
My research uses fluorescent protein and imaging techniques to investigate
questions about plant cell and developmental biology
Plants are the base of the foodchain for humans and we must do all we can now to ensure our continued ability to feed our ever-growing population. The main aspect of my research is to study how plants sense and respond to their environment. Plants, like animals, sense environmental inputs with proteins in their cell membranes. All of the projects in my lab utilise advanced microscopy techniques to look at how these proteins interact with each other and with other structures in cells.
Dr. Molecule
Listen to my weekly radio chat with BBC Oxford's Malcolm Boyden
This week: Malcolm and I talk about tornadoes, and growing plants for the Chelsea Flower Show

Dr Molecule's Blog - All things science
Runionsatbrookes vids on Youtube
Some seriously funny stuff including
'How to succeed in science'!
2011 GARNet lecture on plasma membrane proteins interacting with the cell wall
GARNet interview - Looking inside cells
See the new open-access, online journal from Annals of Botany!
Plantcellbiology.com - The new Plant Science info website and blog by Anne O.

The Nikon Small World and Olympus Bioscapes collections of light micrographs - two of the most amazing collections of beautiful images that you'll find. Even better, you can submit your own images and win, win, win...
Gatsby Plants is a new web resource that aims to provide University lecturers with access to novel and inspiring plant science teaching material developed by experienced lecturers in the field.
The Science PhotoLibrary is an online collection of images, movies, illustrations and animations across biology and biomedicine, for use in education and research.
See the amazing new Illuminated Plant Cell website. Targetting of sub-cellular organelles with fluorescent proteins is described and illustrated.
BBSRC
BBSRC
Leverhulme
The Leverhulme Trust