Cells tightly control the levels of ‘housekeeping’ proteins to maintain smooth operation of basic life processes. The most common way cells accomplish this task is feedback control of transcription to turn on or turn off genes in response to perceived need of their protein products.
New understanding of protein abundance control
LMB 365 – Day 319
The Electronics Workshop stocks an impressive array of electronic components and ‘useful bits and pieces’ as seen here on day 319 of #LMB365. They come in especially useful when a visiting contractor is short of something to finish a job.
Cambridge Independent features the future of LMB’s Nobel-winning technology
Chris Russo, Katerina Naydenova and Greg McMullan discuss the latest developments in the field of cryo-EM with Paul Brackley of the Cambridge Independent. “Based on this research, several companies and research groups are now working to make this technology widely available, as part of a simple cheap microscope that any biology lab will be able […]
LMB cyclists ride high in the saddle
Once again, LMB’s cycling staff took the top spot in Cambridgeshire, and placed second in the UK, as part of a nationwide cycling challenge – Cycle September. For the category of 500-1,999 staff, the LMB slid into the top rank quite dramatically in a spectacular last minute overtake of the Royal Society of Chemistry team. […]
LMB 365 – Day 318
This photo for day 318 of #LMB365 was taken by Paul Margiotta from the nearby Green and Gardens public space showing the LMB in the background. The tent sculpture was designed by artist Ryan Gander and is one of several items in this new landscape and public art installation.
Three LMB scientists selected as EMBO Young Investigators
Wanda Kukulski, Madeline Lancaster and Joe Yeeles have been elected into the EMBO Young Investigator Programme for a four-year tenure starting January 2020. During this time EMBO will provide financial and practical support as well as networking opportunities for the Young Investigators and their lab members.