Exploring aspects of the early life gut microbiota

Project Overview

Join the Hall Lab at the University of Birmingham’s within the Department of Microbes, Infection, and Microbiome, for an exciting PhD opportunity investigating the role of the beneficial and potentially pathogenic microbiota members in infant populations. Interdisciplinary PhD projects encompass wet lab experiments in microbiology and in vitro models, coupled with advanced bioinformatics, offering a unique chance to unravel the intricacies of particular microbiota members on infant health. This includes exploring how different microbes can digest specific early life nutritional components and uncover the genomic and functional variations in bacterial strains across different infant populations and their role in enhancing anti-infection and host responses.

Key Project Features

Microbiology: Undertake lab experiments to isolate and characterise beneficial and pathogenic bacterial strains from infant samples.

In Vitro Models: Employ state-of-the-art in vitro models to simulate early life gut conditions and study microbial ecology and host responses.

Bioinformatics: Utilise advanced bioinformatics tools to analyse genomic data, unravelling the genetic diversity of microbiota strains.

‘Customisable’ Project Outputs

Tailor your PhD experience based on your interests and expertise. Whether you’re inclined towards wet lab techniques and/or passionate about bioinformatics, the project allows flexibility for you to shape the research outputs.

Collaborative Environment

Become an integral part of the multi-disciplinary Hall Lab, collaborating within the vibrant community of the Institute of Microbiology and Infection at the University of Birmingham. Engage with fellow researchers, fostering a dynamic and supportive academic atmosphere.

For further details on what we do in the Hall Lab and our associated publications see www.thehalllab.com

Person Specification

We are seeking enthusiastic and driven candidates with a keen interest in microbiology, microbiome sciences, and/or bioinformatics. A passion for unravelling the complexities of the infant gut microbiome and its impact on health is essential. Previous experience in wet lab work and/or bioinformatics is advantageous but not mandatory. They should hold or realistically expect to obtain at least an Upper Second Class Honours Degree or equivalent in a relevant subject e.g. microbiology, biomedicine, biological sciences.