Skip to main content

Pathogen Dynamics Group

  • Home
  • About us
    • People
    • Recruitment
  • Projects
    • ARBODYNAMIC
    • Antibody dynamics
    • Antigenic & Genetic Evolution of Dengue
    • COVID-19
    • Integrating spatial and genetic data
    • Mapping risk
    • Pathogen emergence
    • Spatial methods to study pathogen spread
  • Publications
  • Search
  • Updates
Search

Search form

  • Home
  • About us
    • People
    • Recruitment
  • Projects
    • ARBODYNAMIC
    • Antibody dynamics
    • Antigenic & Genetic Evolution of Dengue
    • COVID-19
    • Integrating spatial and genetic data
    • Mapping risk
    • Pathogen emergence
    • Spatial methods to study pathogen spread
  • Publications
  • Search
  • Updates

The Pathogen Dynamics Group at the University of Cambridge studies the spread, maintenance and control of pathogens through analytical and empirical techniques

Projects

  • Integrating spatial and genetic data We study the spread of pathogens in populations using genetic and spatial data
  • COVID-19 Understanding the propagation of SARS-CoV-2 and opportunities for control
  • Spatial methods to study pathogen spread Developing methods to analyse data on when and where pathogens are found.
  • Antigenic and Genetic Evolution of Dengue (AGED) Understanding antigenic evolution of dengue
  • Pathogen emergence Exploring factors that lead to the emergence and spread of novel pathogens
  • Antibody dynamics Studying the dynamics of antibodies over time
  • ARBODYNAMIC Exploring the long-term evolution of arboviruses within a single setting
  • Mapping risk Using serology to map infection risk

Latest @PDGCambridge

  • 7 Feb 2023
    Beautiful early morning in Cambridge ❄️ Credit photo: @BelmanSophie https://t.co/2YEmkSXhh1
  • 3 Feb 2023
    RT @bencowling88: These approaches proved critical during the pandemic. Improving this toolbox through the development and deployment… https://t.co/dq1x2E4Fxu
  • 3 Feb 2023
    RT @SCauchemez: In this viewpoint in @ScienceMagazine, we discuss how modelling has helped manage multiple sources of error during… https://t.co/hb0BQQoosc
  • 20 Jan 2023
    RT @SunKaiyuan: Sharing our latest work published at @NatureComms on charting the complex population landscape of the SARS-CoV-2 ex… https://t.co/UB2qtzse1y
  • 7 Dec 2022
    RT @BingyiY: Our new Fluscape work is out @eLife. We reported long term intrinsic cycles in individual antibody responses agains… https://t.co/ecz2OlnB0C
  • 7 Dec 2022
    RT @SCauchemez: Happy to share our study reconstructing transmission dynamics of Q fever in French Guiana from the analysis of a la… https://t.co/te983CGlg9
  • 7 Dec 2022
    RT @SCauchemez: We investigated the seroepidemiology of enterovirus A71 infection in prospective cohort studies of children in sout… https://t.co/QalP9q1AGj
  • 7 Dec 2022
    RT @SCauchemez: Want to learn more about epidemic modelling? Join our 1-week course at Institut Pasteur, Paris, in May 2023. Deadli… https://t.co/pUHrEx0CKK
  • 3 Dec 2022
    RT @SCauchemez: In 2017, many plague cases were reported in Madagascar but epidemic extent was hard to assess without gold standard… https://t.co/1uoQViHdaj
  • 2 Nov 2022
    RT @nayanwije: Poster No. 2- online at #astmh2022 livestream portal. Chat from 11-12.45 PST.#TropMed22 https://t.co/NUeH24Tncg… https://t.co/NUeH24Tncg
  • 1 Nov 2022
    Tomorrow @noemielefrancq will be presenting our work on the global spread and fitness of #pertussis and the role of… https://t.co/mffUaG9HDh
  • 1 Nov 2022
    RT @GlobalGutHealth: Today at #TropMed22, @UofUInternalMed resident RJ Williams is presenting his work on applying population-level sero… https://t.co/v6gXOyO3UQ

Join Us

Recruitment

Contact

Email: hs743 [at] cam.ac.uk

Pathogen Dynamics Group
c/o Henrik Salje
University of Cambridge
20 Downing Place
Cambridge CB2 3EJ
United Kingdom

Social

Twitter
 
  • Disclaimer & Privacy
  • Sitemap
© 2023 Pathogen Dynamics Group
Website by Manta Ray Media