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Pathogen Dynamics Group

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    • People
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  • 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
  • PDG Seminars
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  • 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
  • PDG Seminars
  • Updates

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

Projects

  • 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
  • Antibody dynamics Studying the dynamics of antibodies over time
  • Mapping risk Using serology to map infection risk
  • ARBODYNAMIC Exploring the long-term evolution of arboviruses within a single setting
  • COVID-19 Understanding the propagation of SARS-CoV-2 and opportunities for control
  • Pathogen emergence Exploring factors that lead to the emergence and spread of novel pathogens
  • Integrating spatial and genetic data We study the spread of pathogens in populations using genetic and spatial data

Latest @PDGCambridge

  • 22 Mar 2021
    Paper from our group looking at spatial spread of dengue. https://t.co/w23VOEfYB3
  • 22 Mar 2021
    RT @noemielefrancq: New work out today in @LancetRH_Europe! Evolution of patient outcomes during the first 9 months of the #SARSCoV2 pa… https://t.co/apj5G9eeeB
  • 22 Mar 2021
    RT @hsalje: We tracked the outcomes of 200k COVID-19 patients. Outcomes varied A LOT. Most mortality improvements after first e… https://t.co/C8svsbYVEI
  • 17 Mar 2021
    RT @SCauchemez: Nous étudions la transmission de SARS-CoV-2 entre groupes d'âge en France et discutons les implications pour le con… https://t.co/bRq32zmMZX
  • 16 Mar 2021
    RT @florian_krammer: Very important paper for correlates of protection. https://t.co/TFKnPzpF6a https://t.co/LWvbcUQtpS
  • 8 Mar 2021
    RT @sylvainbrisse: Happy to share our latest paper through the @TheLancet preprint server: Vaccine schedule impacts #pertussis epidem… https://t.co/7fezLTStlx
  • 28 Feb 2021
    RT @CaddeProject: CADDE preprint. A SARS-CoV-2 lineage of concern is growing rapidly in Manaus and across Brazil. Using a combination… https://t.co/J9ViKWftwE
  • 10 Dec 2020
    RT @hsalje: Come work with us! Two postdoc positions for the analysis of 20+ years of dengue cohort data. With @isabelrodbar an… https://t.co/OlwAqOya99
  • 8 Dec 2020
    RT @hsalje: Antibody testing in nationally representative blood samples can provide critical insights into the spread of pretty… https://t.co/a7gfa0PZge
  • 4 Dec 2020
    A comprehensive assessment of drivers of Nipah virus emergence in Bangladesh. Outbreaks each year with 70% case fat… https://t.co/bpyAzWocp4
  • 19 Nov 2020
    RT @LambrechtsLab: Our latest paper is out in Science today! Congrats & great work to @aubry_fabien & all the amazing collaborators! I… https://t.co/SfLdbf7raG
  • 17 Nov 2020
    A comprehensive comparison of methods to estimate R0 in epidemics https://t.co/2dlUf4tE8O

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

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