The Unit has a comprehensive public engagement programme. This includes:
- visits to local schools and other organisations
- mentoring of young scientists
- participation in the Cambridge Science Festival, where we exhibit every year
- our annual Open Day
- involvement in other events for public understanding of science
- engagement with artists and designers on the artistic interpretation of our science
For further information about the activities of the Unit, please contact our Communications Manager, Penny Peck ( ).
Professor Sir John Walker talks at the GAPSummit 2016. During the three days of the GapSummit the Leaders of Tomorrow will learn from and challenge current leaders in the bioeconomy through a programme which is dedicated to addressing 7 gaps in biotechnology:
Research and Innovation Gap
Future Health Gap
Future Resources Gap
Public Perception and Education Gap
On 20 March 2016, the MRC Mitochondrial Biology Unit participated in the Cambridge Science Festival with an event entitled ‘Fnidnig the msitkaes ni DNA that casue mitochondrial diseases’.
Visitors had the opportunity to learn all about mitochondrial diseases and took part in a range of activities, including fiendish genetic diagnosis puzzles, growing protein crystals and using scientific software to analyse a mitochondrial protein.
The event was very popular and well-attended and we received some very positive feedback from our visitors - thank you!
The MRC's CEO Award Scheme recognises contributions from employees for outstanding effort and commitment to both their work and the MRC as an organisation.
There is a bewildering array of career choices available to young people. To broaden college students’ perspectives on job types in STEM industries, the MRC MBU participated in an IT careers event for students in Years 11-13 at University Technical College (UTC Cambridge).
On Saturday, 17 October 2015, members of the MRC MBU showcased the Unit’s work at the Cambridge Big Biology Day event, held at Hills Road Sixth Form College.
Proteins are molecular machines in our body that perform many different tasks. They have a defined structure that can be determined using a technique called X-ray crystallography.
At the event, visitors grew crystals of protein, a pre-requisite for crystallography, and looked at and analysed their structures using the latest computer programs.