Furlong Group - Bacterial Structural Defence

A 3D rendering of a tangled purple protein chain with two green molecules embedded within it.

Furlong Group - Bacterial Structural Defence

We aim to identify new potential targets for antibacterial agents, using structural biology, biochemistry and bacteriology methods.

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About

The goal of the Bacterial Structural Defence lab is to investigate how bacteria defend themselves to discover new potential targets for antibacterial agents.

Research themes:

  1. Bacterial thiol redox pathways: We study proteins that form or break disulfide bonds and/or protect methionine or cysteine residues from oxidation within the bacterial periplasm. These proteins are important for bacterial fitness, formation of virulence factors and response to oxidative stress.
  2. Biofilms: We aim to understand the molecular mechanisms of biofilm formation, particularly in the urinary tract pathogen Proteus mirabilis. P. mirabilis uses an arsenal of virulence factors to colonise the urinary tract and is known for forming crystalline biofilms. We study the assembly, structure, and function of these virulence factors.

We use the following techniques to study our proteins of interest:

  • Integrative structural biology, including protein X-ray crystallography and cryogenic electron microscopy
  • Membrane protein and redox biochemistry
  • Bacteriology

Projects

This project aims to understand the structure and function of and interactions between proteins in thiol redox pathways in gram-negative bacteria. The project is multidisciplinary, and students will learn skills in protein biochemistry, structural biology and bacteriology.

Theme

Infection and immunity, Membrane transporters and channels

Student intake

Open for Bachelor, Honours, Master, PhD students

Status

Current

People

This project aims to investigate proteins that are necessary for P. mirabilis pathogenesis as new potential anti-bacterial targets.

Theme

Host-microbe biology, Infection and immunity, Membrane transporters and channels

Student intake

Open for Bachelor, Honours, Master, PhD students

Status

Current

People

Members

Group Leader

Postdoctoral Fellow

PhD Student

Honours Student

Masters Students

Special Project Student