

Rob Cross
We are interested in mechanochemical coupling in motors, and in the principles and possibilities of... more here
Doug Drummond The binding site of kinesin-1 on microtubules is not well defined. Tubulin mutants have been created in S. pombe...more here
Miho Katsuki +TIP proteins form a complex at the plus end of microtubules and regulate the microtubule dynamics. To unravel...more here
Maria Alonso Kinesin is a motor protein that walks processively along a tubulin polymer using one molecule of ATP every 8 nm step...more here
Frauke Hussmann There are two XMAP215 family microtubule binding proteins, in S. pombe, Alp14 and Dis1. I want to find out how they...more here
Mishan Britto I want to explore how kinesin-5 and kinesin-14, motors that move in opposite directions along crosslinked microtubules, may .. more here

Andrew McAinsh
we aim to understand how the mitotic spindle is self-organized and the role of kinetochores in powering chromosome movement...more here
Catarina Samora
I aim to understand how the mitotic spindle is self-organized and the role of kinetochores in this process...more here
Elina Vladimirou
I am interested in understanding the mechanics of chromosome directional instability during metaphase and...more here

Anne Straube
We want to understand the mechanochemical processes underlying directional cell migration and...more here
Daniel Roth
EB proteins are the master integrators of the plus tip network. I study functional differences between EB1, EB2 and EB3...more here
Binyam Mogessie
Non-motor MAPs are thought to contribute to the organization and stabilization of microtubule arrays...more here
Ulrike Theisen
Kinesin motors perform the long-distance transport towards the plus end of microtubules. Thus kinesins are likely to be...more here
Natalia Wasiluk
EB proteins recognise the nucleotide state of tubulin. I look into the differences between the microtubule tip and lattice binding...more here

Nick Carter We showed using optical trapping microscopy that kinesin-1 can walk backwards under load. Current work is aimed at...more here