Dr Julien Bergeron
Senior Lecturer
Research interests
- Biomedical and life sciences
Biography
Dr Julien Bergeron is a Senior Lecturer in the Randall Centre for Cell & Molecular Biophysics, School of Basic & Medical Biosciences.
Bergeron Lab:
Protein nano-machines are large macromolecular assemblies that perform a mechanical function, such as rotation (bacterial flagellum, ATP synthase), extension/contraction (cytoskeleton elements, pili) or macromolecular transport (protein secretion systems). We use structural methods (cryo-EM, NMR spectroscopy, X-ray crystallography, modeling etc...) combined with biophysical techniques to decipher the structure of these assemblies. Our goal is to exploit this information to understand their mechanism of action, and their assembly. Ultimately, this could be used for the design of nanotechnology devices, as well as for developing new drugs.
Research
Bergeron lab
Using cryo-Electron Microscopy, combined with X-ray crystallography, NMR and other biophysical methods, to study the structure and mechanism of protein nano-machines.
Status not set
Lipids and Membranes Research Interest Group
A Lipids and Membranes Research Interest Group
Status not set
RNA Biology
RNA is at the forefront of biomedical research for its central role in how information is transferred from DNA to protein. This Research Interest Group is open to all interested parties from across the University.
Status not set
King’s MechanoBiology Centre (KMBC)
The King’s MechanoBiology Centre gives a common platform for researchers across different disciplines with complementary interests in mechanobiology
Status not setNews
Cell imaging could provide next step for developing synthetic photosynthesis
An unprecedented imaging analysis of cyanobacteria provided new insights into its structure and organisation that could help synthetically replicate...
New microscope allows researchers to study molecules at the level of individual atoms
King’s has been awarded £1 million to purchase the next-generation cryo-electron microscope, which promises to enhance research across the University
Bacteria that cause dysentery also actively block body's ability to fight the infection
Scientists reveal that Shigella tricks the immune system, hindering the body’s ability to mount an effective immune response against infection
Cryo-electron microscopy study unveils molecular details of bacterial cell division
New research from the Bergeron Lab has profound implications on our fundamental understanding of bacterial cell division.
Dr Julien Bergeron wins prestigious Human Frontiers Science Program grant
The award worth $1.2 million will support research into the structural characterisation of macromolecules involved in bacterial virulence.
Research
Bergeron lab
Using cryo-Electron Microscopy, combined with X-ray crystallography, NMR and other biophysical methods, to study the structure and mechanism of protein nano-machines.
Status not setLipids and Membranes Research Interest Group
A Lipids and Membranes Research Interest Group
Status not setRNA Biology
RNA is at the forefront of biomedical research for its central role in how information is transferred from DNA to protein. This Research Interest Group is open to all interested parties from across the University.
Status not setKing’s MechanoBiology Centre (KMBC)
The King’s MechanoBiology Centre gives a common platform for researchers across different disciplines with complementary interests in mechanobiology
Status not setNews
Cell imaging could provide next step for developing synthetic photosynthesis
An unprecedented imaging analysis of cyanobacteria provided new insights into its structure and organisation that could help synthetically replicate...
New microscope allows researchers to study molecules at the level of individual atoms
King’s has been awarded £1 million to purchase the next-generation cryo-electron microscope, which promises to enhance research across the University
Bacteria that cause dysentery also actively block body's ability to fight the infection
Scientists reveal that Shigella tricks the immune system, hindering the body’s ability to mount an effective immune response against infection
Cryo-electron microscopy study unveils molecular details of bacterial cell division
New research from the Bergeron Lab has profound implications on our fundamental understanding of bacterial cell division.
Dr Julien Bergeron wins prestigious Human Frontiers Science Program grant
The award worth $1.2 million will support research into the structural characterisation of macromolecules involved in bacterial virulence.