The LMB and Cambridge Fire and Rescue Service recently held a joint training exercise, involving six teams from across the region, a silver command unit and a HMEPO (Hazardous Materials and Environmental Protection Officer).
The collaboration was initiated after members of the local Fire Authority visited the LMB on a routine visit. They were hugely impressed with the building, and its potential to be used in training exercises.
Cambridge Fire and Rescue Service run training exercise at LMB
UTCC students have hands-on EM experience at the LMB
The LMB has continued its collaboration with the University Technical College Cambridge (UTCC), with students visiting as part of their microscopy challenge project. 16 A-Level students, who study microscopy as part of their biology course, spent an afternoon at the LMB, broadening their knowledge of electron microscopes (EM). After a fascinating introduction by the EM team, the students were able to operate the smaller EMs to view negatively stained adenovirus particles.
M. Madan Babu to deliver the Royal Society’s 2016 Francis Crick Lecture
Double success for LMB at MRC CEO Awards
Two members of the LMB are celebrating after winning MRC CEO awards. Richard Pannell from the PNAC Division won the 2016 Lifetime Achievement Award, while Nicola Smyllie from the Neurobiology Division collected the 2016 Public Engagement Award.
The MRC CEO Award Scheme recognises contributions from employees for outstanding effort and commitment to both their work and the MRC.
Greg Winter receives Prince Mahidol Award
Greg Winter, an Emeritus Group Leader in the LMB’s PNAC Division and formerly Deputy Director of the LMB, has been awarded the 2016 Prince Mahidol Award for, “outstanding performance and research in the field of medicine for the benefit of mankind”.
Greg won the award for his development of humanised therapeutic antibodies.
LMB welcomes Emmanuel Derivery as new Group Leader
The LMB is delighted to announce the arrival of Emmanuel Derivery to the LMB’s Cell Biology Division, where he will be working on asymmetric cell division. In asymmetric cell division the mother cell divides, distributing its cellular contents unequally between the two daughter cells, thereby allowing them to adopt different cell fates.