🧬 We’re thrilled to welcome John Briggs from the Max Planck Institute of Biochemistry to #LMBIP2025!
His lab uses cutting-edge cryo-electron microscopy to uncover how HIV-1 particles assemble and mature, shedding light on the virus’s transformation into its infectious form. 🦠

Expect functional genomics, cell stress, and big-picture biology at LMB-IP 2025. (2/2)

#CellBiology #Phagocytosis #LMBIP2025

Expect functional genomics, cell stress, and big-picture biology at LMB-IP 2025. (2/2)

#CellBiology #Phagocytosis #LMBIP2025

Sign up to LMB-IP 2025.
#CellularEvolution #SensoryBiology #LMBIP2025

🎤 Hair follicle stem cells, cells that talk!
Claire Higgins (Imperial) gives us the inside scoop on HFESCs that not only grow hair but literally talk to neurons. Mechanosensation meets neurotransmitters in a surprising duet between hair and nerves.
#TalkingFollicles #HairAndNerves #LMBIP2025

This year’s symposium does jus offer a stellar line-up of speakers… It provides you with a chance to talk with them,Cambridge style! Book now to dine with us at Homerton College’s Formal Hall. #LMBIP2025 #HomertonCollege #FormalHall

🧠 The ABC of TDP-43
TDP-43 doesn’t just misfold, it gets creative! Diana Arseni (MRC-LMB) shows how this key protein forms amyloid filaments with disease-specific folds. The reason? Join us at LMB-IP 2025 to find all about it.
#TDP43 #CryoEM #BrainResearch #LMBIP2025 #Neurodegeneration

Eukaryote-style transcription in a bacterium? You heard right. Join us for an exciting talk at the LMB-IP Graduate Life Sciences Symposium 2025! (2/2)
#SynBio #LMBIP2025

🧬When genome duplication goes off-script...
DNA replication is a finely tuned process, until it isn’t… Join John Diffley (Crick) as he unpacks how cells initiate replication and what happens when the system fails. A must-see for fans of fundamental mechanisms!
#DNAReplication #CellCycle #LMBIP2025