Discover
Microorganisms
Morgan Wade
I am a PhD student studying plant immunology and agricultural biotechnology. My work focuses on the use of essential oils as biocides against bacterial plant pathogens. I am also passionate about science education, communication, and outreach.
Bacteria Safari: The Forest on your Fingernail
What on Earth can tiny microorganisms tell us about the animal and plant life around us? Bacteria are tiny organisms that exist everywhere; including on us! Watch this animation to find out how studying tiny organisms can shed...
Kevin Foster
Kevin Foster is Professor of Evolutionary Biology at the University of Oxford and is based between the Department of Zoology and Department of Biochemistry. After an undergraduate in Zoology at Cambridge, he worked in a number of Universities around the world, most recently Harvard, before coming back to Oxford in 2010. His lab combines...
Read about nano-scale biological motors
Find out about all the micro-motors that drive living things - such as the bacterial flagellum and the motors that carry cargo around the cell. Click the link below to access lots of information and videos:
Christl Donnelly
I am the Professor of Applied Statistics in the Department of Statistics at the University of Oxford. I am also Professor of Statistical Epidemiology in the Department of Infectious Disease Epidemiology at Imperial College London. At Imperial I am also Associate Director of the MRC Centre for Global Infectious Disease Analysis and Deputy...
How do you fight malaria in the back of a van?
Just one mosquito bite is enough to infect someone with malaria. Tackling this serious – sometimes fatal – subtropical disease is a key priority for the World Health Organisation; but how can we move forward in the fight against it? Specifically, how could a small team of researchers, taking to the roads in a custom-built ‘Landrover Lab’, help...
Understanding COVID-19 transmission, informing control
Tackling a previously unseen pathogen - like the one that causes COVID-19 - is like piecing together a puzzle. There are many different parameters to investigate before the pathogen can be fully understood, and before effective control measures can be put in place. So how do scientists go about solving the puzzle, and why is modelling so...
