Ben Pascoe · Pathogen genomics & evolution

How pathogens move, adapt and cause disease.

We use genomics, epidemiology and machine learning to study transmission, antimicrobial resistance and disease.

Collage showing sequencing samples, a genomic figure, poultry-market fieldwork and an international research meeting
Genomes · field systems · partnerships
CampylobacterAntimicrobial resistanceOne HealthChildhood enteric diseasePopulation genomicsSource attribution
01

Research programme

From genomes to prevention.

Connecting bacterial evolution to surveillance and intervention.

Global populations

Genomic epidemiology where data are scarce

Working with partners across Africa, South America and Asia.

Evolution

How resistance emerges and spreads

Mutation, recombination and gene movement across populations.

One Health

Tracing transmission across One Health systems

Across people, animals, food and environments.

Disease

Why lineages cause different outcomes

Linking bacterial variation to carriage and disease.

02

Flagship projects

Long-term questions, built through international partnerships.

GETCampy project presentation
GETcampy

Childhood enteric disease across One Health systems

Coordinated sampling and genomics linking infection to household, animal, food and environmental reservoirs.

Project overview →
International research consortium group
CCC

Campylobacter Control Campaign

Connecting surveillance, source attribution, modelling, training and practical prevention.

Project overview →
HU-RIZON wildlife and metagenomics illustration
HU-RIZON

Wildlife, poultry and antimicrobial-resistance ecology

Metagenomics of microbial communities and resistance across migratory birds and human-influenced environments.

Project overview →
03

How we work

Field context and laboratory detail belong in the same story.

Collaborative science

Sampling design, methods and interpretation are developed with local partners.

The aim is not simply to produce sequence data. It is to build evidence that represents the populations being studied and remains useful to the people and institutions who generated it.

Explore the global network
International research partnership meeting
04

Selected work

A curated route into the publication record.

Key papers are paired with short explanations and, where available, behind-the-paper stories.

Source attribution · machine learning

Machine learning to attribute the source of Campylobacter infections in the United States

Journal of Infection · 2024

National genomic surveillance used to estimate the relative contributions of poultry, cattle and other reservoirs.

AMR · Peru

Sharing of cmeRABC alleles between C. coli and C. jejuni

mBio · 2025

Evidence that interspecies genetic exchange contributes to extensive drug resistance in infant and poultry isolates.

106publications
41H-index
83i10-index
4,835citations

Metrics retained as a dated snapshot from the previous site; current profile links are on the publications page.

05

Stories & threads

Research beyond the abstract.

Source-attribution figure
Behind the paper

Attributing the source of Campylobacter infections

How national genomic surveillance and machine learning can map likely infection origins.

Read story →
Poultry market fieldwork
Field note

Sampling an interconnected One Health system

Why credible source attribution begins with study design rather than an algorithm.

Read field note →
Wildlife and microbial network illustration
Behind the paper

Wild birds and the rise of resistance

What urban-adapted birds reveal about human influence on microbial ecology.

Read story →

People & supervision

Support the person; sharpen the question.

Training is organised around intellectual independence, reproducible analysis, equitable collaboration and clear routes from question to publishable work.

Supervision and opportunities

Global network

Collaboration is part of the research design.

Explore project hubs, study settings, training links and long-term research relationships across the UK, Africa, South America and Asia.

Open the collaborator map