AMR researchers by focus area
Origins
Antibiotic consumption and misuse
- Professor Alison Holmes: AMR epidemiology, public health, precision medicine, emerging technologies, antibiotic optimisation
- Professor Darius Armstrong-James: Usage in respiratory fungal disease and leading antifungal stewardship initiatives
- Dr Gabriel Birgand: AMS in nursing homes
- Will Bolton: AI-based clinical decision support for antibiotic optimisation and stewardship
- Stewardship, healthcare-associated infections, and hospital epidemiological services
- Dr Bernard Hernandez: Point of care decision support systems
- Dr Julie McDonald: Gut microbiota and antimicrobial resistance
- Dr Tim Rawson: Precision prescribing
- Dr Jesus Rodriguez Manzano: Molecular diagnosis of infectious diseases and AMR
- Dr Anand Shah: Antifungal stewardship and AMR in chronic lung disease
- : AMR in trypanosomes driven by the agricultural sector and livestock farming (incl. counterfeit drugs, outdated treatments, indiscriminate use); SMART Livestock project, which collects critical data on drug use, resistance hotspots, and spread of AMR
- Mr Richard Wilson: Technologies to improve antimicrobial prescribing
- Dr Nina Zhu: Assessing the impact of health interventions
Environmental drivers
- Professor Mat Fisher: Biological and environmental factors driving emerging fungal diseases across human, wildlife and plant species
- Dr Johanna Rhodes: One Health approach to balance and optimise the health of humans, animals and the environment
- Professor Darius Armstrong-James: Fungal population genomics and antimicrobial resistance
- Dr Anand Shah: Novel diagnostics to better understand resistance evolution and acquisition
- Dr Jesus Rodriguez Manzano: Diagnostic solutions, appropriate for low-resource and settings, to support the extraction, detection and characterisation of fungal infections
- Professor Pantelis Georgiou: Diagnostic solutions, appropriate for low-resource and settings, to support the extraction, detection and characterisation of fungal infections
- Professor Marc Dionne: Do insect hosts drive AMR acquisition in broad host-range pathogens?
Resistance to host defences
- Dr Luke Allsopp: Bacterial secretion systems and biofilms factors
- Professor Darius Armstrong-James: Basis of fungal persistence and adaptation in the host, phenotypic microarray facility
- Dr Thomas Clarke: Microbiota influence on host responses to bacterial infection and vaccination
- Dr Abigail Clements: The role of bacterial surface structures in pathogenesis
- Professor Marc Dionne: How do host defences promote acquisition of antimicrobial resistance?
- Dr Andy Edwards: Bacterial DNA repair systems
- Dr Ana Eulalio: Role of microRNAs and the impact of bacterial intracellular lifestyles on pathogenesis
- Dr Harry Low: Membrane remodelling processes to evade the immune system and develop resistance
- Dr Alex McCarthy: Pathogens exploitation of immunomodulatory receptors
- Dr Brian Robertson: Host pathogen-interactions underlying tuberculosis infection
- Dr Avinash Shenoy: Inflammasome evasion by enteric bacterial pathogens
- Dr Teresa Thurston: Pathogen inhibition of innate immune signaling
- : Host-pathogen interactions for trypanosomiasis
Mutations and genetic changes
- Dr Luke Allsopp: Understanding how Pseudomonas aeruginosa adapts to its host and treatments
- Professor Darius Armstrong-James: Fungal population diversity, adaptation, and virulence
- Professor Marc Dionne: What is the genetic basis of resistance to host defences and antimicrobials?
- Professor Francis Drobniewski: Genomic epidemiology and prediction of resistance in TB and mycobacteria
- Professor Gad Frankel: Genomic analyses to understand healthcare-associated infections
- Dr Maria Getino: Epigenomics to track microbial communities
- Professor Angelika Grundling: Genetic and mutant analysis to understand antibiotic resistance in Gram-positive bacteria
- Dr Elita Jauneikaite: Genomic epidemiology of bacterial pathogens to understand infections
- Dr Johanna Rhodes: Genetic epidemiology of fungal pathogens
- Dr Avinash Shenoy: Mechanisms of antibiotic resistance in Enterobacter species
- Professor Shiranee Sriskandan: Genomics and molecular epidemiology to understanding and predicting resistance
- Dr Valerie Soo: Genotype/phenotype relationships in the evolution of antimicrobial resistance
- : Genetic and molecular drivers of drug resistance in Trypanosoma species
- Dr Yu Wan: Genomics and epidemiology to understanding and predicting antimicrobial resistance
Transmission
Patient-patient transmission
- Professor Mauricio Barahona: Predicting hospital-onset infections using dynamic networks of patient contacts and machine learning.
- Dr Gabriel Birgand: Tracking AMR in nursing homes.
- Professor Francis Drobniewski: Tracking resistance in the hospital environment.
- Dr Elita Jauneikaite: Tracking spread of drug-resistant bacteria, mobile genetic elements between people in hospitals, mother-to-baby transmission.
- Professor James Seddon: Transmission of MDR-TB in Namibia using WGS and social network mapping.
- Dr Anand Shah: Hospital-based transmission of antifungal resistant fungi.
- Dr Matthew Siggins: factors influencing transmission of infectious disease.
- Professor Robert Wilkinson: TB transmission.
- Dr Nina Zhu: Underlying risk factors of infections from all settings in the community.
Environmental fates of antibiotics
- Professor Nick Voulvoulis: AMRWatch - Defining the AMR burden of antimicrobial manufacturing waste
- Professor Shiranee Sriskandan: AMRWatch - Defining the AMR burden of antimicrobial manufacturing waste
- Professor Leon Barron: Examining chemical contaminants in London’s waterways throughout the SARS-CoV-2 pandemic
Horizonal gene transfer
- Professor José Penadés: Molecular basis of bacterial virulence with a major focus on the mechanisms underlying the transfer of different mobile genetic elements (MGEs)
- Dr Tiago Costa: Molecular machines driving antimicrobial resistance proliferation
- Dr Yu Wan: Molecular basis, spread, and evolution of mobile genetic elements
- Dr Luke Allsopp: Understanding acquisition and impact of HRT on the evolution of Pseudomonas aeruginosa and its virulence factors
Tracking spread
- Dr Nim Arinaminpathy: Transmission and control of TB.
- Professor Darius Armstrong-James: Fungal populations genomics.
- Dr Gabriel Birgand: Modeling patient pathways and monitoring sewage to monitor spread of MDR in the healthcare network.
- Dr Nick Croucher: Variations and multi-strain bacterial populations.
- Dr Gina Cuomo-Dannenburg: Spread of anti-malarial resistance.
- Professor Mat Fisher and Spread of resistant Aspergillus fumigatus.
- Dr Maria Getino: Epigenomics to track spread, risk factors, and transmission between humans and animals.
- Dr Elita Jauneikaite: Genomic epidemiology of global spread of antimicrobial resistant bacterial pathogens.
- Dr Jose Jimenez Zarco: Population dynamics in microbiomes and AMR transmission.
- Dr Lucy Okell: International spread of drug-resistant Plasmodium falciparium malaria.
- Healthcare epidemiology, healthcare-associated infections; antibiotic and antiseptic resistance; role of contaminated surfaces in transmission; MRSA, C. difficile and multidrug-resistant Gram-negatives (especially CPE).
- Dr Johanna Rhodes: Transmission events and surveillance of fungal diseases.
- Professor James Seddon: Tracking the burden of multidrug-resistant TB.
- Dr Matthew Siggins: Transmission dynamics of infectious disease.
- Professor Shiranee Sriskandan: Transmission of respiratory pathogens in schools and households.
- : SMART Livestock project, which collects critical data on drug use, resistance hotspots, and spread of AMR and enhances veterinary capacities to monitor and mitigate the spread of drug-resistant pathogens in livestock.
- Dr Robert Verity: Malaria molecular surveillance.
Infection
Pathogen biology
- Dr Luke Allsopp: Pseudomonas aeruginosa, bacterial secretion systems, antimicrobial resistance mechanisms and regulatory pathways
- Professor Darius Armstrong-James: Fungal population diversity and biology, phenotypic multiarray facility
- Dr Morgan Beeby: Bacterial motility
- Dr Matthew Child: Biology of eukaryotic pathogens such as Toxoplasma, Plasmodium, and Trypanosoma
- Dr Abigail Clements: Shigella and Klebsiella host-pathogen interactions
- Dr Tiago Costa: Molecular machines governing bacterial virulence
- Professor Marc Dionne: How do host and pathogen effector mechanisms interact?
- Professor Francis Drobniewski: Tuberculosis and AMR
- Dr Andy Edwards: Impact of the host on bacterial susceptibility to antibiotics
- Dr Ana Eulalio: Salmonella and staphylococcal host-pathogen interactions
- Professor Gad Frankel: Genomic analyses to understand healthcare-associated infections
- Dr Angelika Grundling: Bacterial signalling and cell wall biology
- Dr Alex McCarthy: Streptococcal host-pathogen interactions
- : New antigens and virulence factors
- Dr Avinash Shenoy: Virulence mechanisms of enteric bacterial pathogens
- Dr Matthew Siggins: Extracellular bacterial host-pathogen interactions with a focus on the lymphatic system
- Dr Valerie Soo: Bacterial penicillin-binding proteins
- Professor Shiranee Sriskandan: Resistance of pathogenic streptococci
- Dr Teresa Thurston: Host-pathogen interactions
- Professor Ramesh Wigneshweraraj: Bacterial RNA biology
- Professor Robert Wilkinson: Pathogenesis of tuberculous
Host genetics
- Professor Anthony Gordon: Developing host RNA-based diagnostics for sepsis
- Professor Mike LevinDeveloping host RNA-based diagnostics
- Dr Vanessa Sancho-Shimizu: Understanding the genetic basis of life-threatening infections
- Dr Anand Shah: Understanding host susceptibility to Aspergillus fumigatus
- Professor Armstrong-James: Clinical host-pathogen interactions, focussing on the interplay between pathogen genomics and diversity and host systems immunology in the context of underlying clinical disease states
- Professor Peter Openshaw: Immune response to pathogens
- Dr Ivana Pennisi: Developing host RNA-based point of care diagnostics
- Professor James Seddon: Using host omics for diagnosis of TB in children and prediction of future TB disease progression, understanding host genetic susceptibility to TB meningitis
- Dr Avinash Shenoy: Inflammasome and caspases in host-defence against bacterial pathogens
- Professor Marc Dionne: How does host genetics change the antimicrobial effects of immune defences?
- Dr Matthew Child: Understanding interactions of eukaryotic pathogens with their chosen host-cell using drug-like small molecules and functional genomics
Patient Management
- Dr Aula Abbara: AMR in settings of armed conflict including lived experience. Qualitative research in AMR and antimicrobial stewardship.
- Professor Armstrong-James: Clinical academic with a focus on clinical and diagnostic support for patients with fungal disease and AI-driven multiomic diagnostics
- Professor Graham Cooke: Clinical academic with a focus on antibiotic use and diagnostics
- Professor Francis Drobniewski: Clinical academic with a focus on treatment and public health aspects of respiratory infections, especially TB and mycobacterial diseases, COVID-19, diagnostics, and vaccine delivery and hesitancy
- Clinical management
- Professor Anthony Gordon: Clinical academic with a focus on personalised medicine and clinical trials in sepsis
- Professor Alison Holmes: Public health, precision medicine, technologies, and antibiotic optimisation
- Professor Mike Levin: Diagnosis and treatment of childhood infections
- Professor Danny O'Hare: Diagnostics for patient management
- Professor James Seddon: Diagnosis and treatment of childhood TB, including MDR-TB
- Dr Anika Singanayagam: Clinical academic with a focus on transmission, testing, vaccines, antivirals
- Dr Anand Shah: Clinical academic with a focus on treatment of lung fungal infections and patient and healthcare perception of AMR in chronic respiratory disease
- Richard Wilson: Development and integration of novel technologies and interventions to improve antimicrobial prescribing.
- Dr Nina Zhu: Addressing inequality in AMR burden and infection care quality through data
Solutions
AI, machine learning, and AMR
- Dr Rossella Arcucci: Data assimilation ± machine learning.
- Professor Darius Armstrong-James: AI-based multi-omic analysis.
- Dr Pedro Ballester: AI for phenotypic virtual screening, AI for drug lead optimisation, chemical space exploration.
- Professor Mauricio Barahona: AI and machine learning for healthcare-associated infections.
- Dr Gabriel Birgand: Machine learning for hospital-acquired infections and AMS.
- Will Bolton: AI-based clinical decision support for antibiotic optimisation and stewardship.
- Dr Leonid Chindelevitch: Molecular and population mathematical and computational modelling of AMR.
- Professor Graham Cooke: Project using real-world decision support systems to improve patient outcomes.
- Dr Nick Croucher: AI methods to complex genotype-phenotype relationships.
- Professor Aldo Faisal: AI and machine learning (Solutions) applied to healthcare and medical problems.
- Professor Anthony Gordon: Using AI to develop personalised medicine in sepsis.
- Dr Bernard Hernandez Perez: Developing and implementing Clinical Decision Support Systems
- Professor Alison Holmes: AI for antimicrobial optimisation.
- Dr Elita Jauneikaite: Implementing AI predictions of AMR to bacterial surveillance and outbreak investigations.
- Dr Damien Ming: Clinical decision-support for the management of infection.
- Dr Tim Rawson: AI-based precision antimicrobial prescribing and dose optimisation.
- Dr Jesus Rodriguez Manzano: Machine learning approaches to enable accurate high-level multiplexing in conventional real-time instruments and state-of-the-art digital PCR platforms.
- Professor James Seddon: AI reading of paediatric chest x-rays for child TB, integrating clinical, radiological and omics data for child TB diagnostics.
- Dr Anand Shah: Machine learning and AI to unlock unstructured electronic health records, understand disease phenotypes, and identify patients for stewardship intervention.
- Dr Matthew Siggins: Explainable machine learning in biomarker design.
- Dr Valerie Soo: Machine learning for genotype/phenotype relationships in the evolution of antimicrobial resistance.
- Mr Richard Wilson: AI-based clinical decision support software for antimicrobial precision prescribing.
- Professor Sophia Yaliraki: AI to explore chemical space.
- Dr Nina Zhu: Inequality in AMR burden and infection care quality through data.
Behaviour Change
- Dr Kate Grailey | Understanding and addressing behaviours contributing to the antimicrobial resistance crisis
Diagnostics
- Professor Pantelis Georgiou, Dr Jesus Rodriguez Manzano, Dr Aubrey Cunnington, , Dr Nick Moser: Novel, point-of care diagnostics solutions
- Professor Mike Levin, Professor Aubrey Cunnington, Professor Jethro Herberg, Dr Myrsini Kaforou, Dr Victoria Wright, Dr Shea Hamilton, Professor Pantelis Georgiou, Dr Jesus Rodrigues Manzano, Dr Ivana Pennisi, Dr Vanessa Sancho-Shimizu: Host RNA-based diagnostics for bacterial and viral infection, TB, inflammatory diseases
- Professor Shiranee Sriskandan, Dr Myrsini Kaforou, Dr Jesus Rodrigues Manzano: Host biomarkers of infectious disease (metabolomic and transcriptomic)
- Professor Chris Toumazou: DNANudge, DNAe
- Dr Gerald Larrouy-Maumus, Professor Francis Drobniewski: Lipid fingerprint-based MALDI-ToF-based diagnostics for mycobacterial infections
- Dr Catherine Kibirige: HIV Quant: HIV close-to-care and point-of-care assay development
- Professor Tom Ellis: Self-replicating living biosensors for fungal pathogens
- Dr Leonid Chindelevitch: AMR Diagnostics Developer Directory (ADDD) to facilitate exchange of ideas in the field
- Dr Timothy Rawson, Professor Alison Holmes, Professor Tony Cass, Professor Danny O'Hare: Microneedle biosensors to accurately detect patient antibiotic levels in real-time
- Professor Francis Drobniewski: Diagnostics and analysis of tuberculosis drug resistance
- Professor Graham Cooke: Evaluation of rapid diagnostics
- Professor Anthony Gordon and Dr David Antcliffe: Developing novel diagnostics to develop personalised medicine in sepsis
- Professor Darius Armstrong-James: Fungal diagnostics, novel precision diagnostics, immunodiagnostics
- Dr Matthew Siggins: Biologically relevant diagnostic infection signatures
- Professor James Seddon: Using treatment decision algorithms for child TB diagnostics, using host omics approaches for child TB decision-making
Drug development
- Professor Darius Armstrong-James: Antifungal chemotherapies and immunotherapies
- Dr Anna Barnard: Novel and selective inhibitors of therapeutically important protein-protein interactions.
- Dr Frances Davies: Optimising the care of patients with multi-drug resistant organisms
- Professor Francis Drobniewski: Treatments of respiratory infections, especially TB and mycobacterial diseases
- Dr Andy Edward and Professor Ed Tate: Small molecules and screening facility
- Assessing and optimising therapeutics and care
- Professor Anthony Gordon: Conducting randomised clinical trials in sepsis
- Dr Alex McCarthy: Development of new approaches to tackle virulent E. coli
- Dr Julie McDonald: Gut microbiota and colonisation resistance
- Professor Alexandra Porter: Inhaled delivery of antibiotics
- Professor James Seddon: New drugs and new therapies for prevention and treatment of MDR-TB in children
- Dr Anand Shah: Improving outcome in pulmonary fungal lung disease
- Impact of vaccines and vaccination on AMR
- Professor Ramesh Wigneshweraraj: Bacterial viruses (phages) to tackle drug-resistant infections.
- Professor Rob Wilkinson: Combination therapies for resistance for people with HIV/TB
Education
- See
Infection control and national programmes
- Professor Alison Holmes: Local, national and international practice
- Dr Aula Abbara: Systems strengthening to tackle AMR in low resource/ conflict settings
- Dr Nim Arinaminpathy: National TB control programmes
- Professor Darius Armstrong-James: Anti-fungal stewardship services and national stewardship roles (ESPAU, NHSE adviser)
- Professor Paul Aylin: Use of data in the management and monitoring of healthcare in the UK and internationally
- Dr Gabriel Birgand: Knowledge and perception of AMR among healthcare professionals
- Dr Sara Boyd: Use of resistance surveillance, diagnostics, stewardship, and pharmacokinetics-pharmacodynamics (PK-PD) to improve antimicrobial therapies for patients
- Professor Graham Cooke: Policy on antibiotic use
- Dr Nick Croucher: Mathematical modelling of AMR, including the impact of vaccination
- Dr Frances Davies: Optimising the care of patients with multi-drug resistant organisms; translating research findings back to patient care
- Professor Francis Drobniewski: TB/HIV programme development and implementation locally, nationally and internationally
- Research into antimicrobial surfaces
- Dr Johanna Rhodes: Infection control measures against C. auris in hospital
- : Collaborative workshops with farmers, veterinarians, and policymakers to foster sustainable practices, addressing the root causes of AMR and ensuring long-term livestock health and productivity
- Professor Chris Toumazou: DNA Electronics (DNAe): point of care sequencing for AMR in Sepsis, using semi-conductors ()
Policy and stewardship
- Professor Alison Holmes: AMR policy
- Professor Darius Armstrong-James: National level policy (NHSE, EPSAUR)
- Professor Graham Cooke: Policy on antibiotic use
- Will Bolton: AI-based clinical decision support for antibiotic stewardship
- Professor Francis Drobniewski: Public Health and hospital policy on antibiotic use
- Antimicrobial stewardship and policy
- Mr Richard Wilson: Antifungal stewardship
Precision prescribing and antibiotic decision making
- Professor Alison Holmes (Department of Infectious Disease)
- Professor Darius Armstrong-James: Multi-omics-driven precision prescribing
- Will Bolton: AI-based clinical decision support for antibiotic optimisation and stewardship
- Professor Tony Cass: Minimally invasive sensing of antibiotics
- Professor Graham Cooke: Policy on antibiotic use
- Dr Bernard Hernandez: Development of point-of-care decision support systems
- Professor Anthony Gordon: Using -omic and AI techniques to develop personalised medicine in sepsis
- Dr Damien Ming: Digital health implementation and use of novel biosensing in healthcare
- Professor Danny O'Hare: Diagnostics for precision prescribing
- Dr Tim Rawson: AI for clinical decision support and dose optimisation
- Dr Vanessa Sancho-Shimizu: Using host genomics to tailor patient management
- Professor James Seddon: Using PK/PD/PG to optimise dosing for childhood TB meningitis therapy
- Professor Robert Wilkinson: Precision prescribing for tuberculosis
- Richard Wilson: Development and integration of novel technologies and interventions to improve antimicrobial prescribing
Surveillance and outbreak analysis
- Professor Paul Aylin: Applied data linkage, syndromic surveillance and modelling
- Professor Darius Armstrong-James: Fungal population genomics
- Dr Gabriel Birgand: National surveillance system (France) for AMR, IPC and AMS in the community and nursing homes
- Dr Sara Boyd: Resistance surveillance
- Dr Nick Croucher: Mathematical modelling of AMR, including the impact of vaccination
- Dr Frances Davies: Developing and using new methods to track the spread of resistance
- Professor Francis Drobniewski: Understanding outbreaks and global spread of TB and mycobacterial diseases
- Professor Mat Fisher: Emerging pathogenic fungi
- Dr Elita Jauneikaite: Genomic investigations of outbreaks and global spread of bacterial pathogens
- Healthcare-associated infection surveillance
- Dr Johanna Rhodes: Fungal global surveillance network using genomics; real-time analysis of outbreaks
- Dr Anand Shah: Global spread of antifungal resistance and global AMR epidemiology and surveillance in chronic lung disease
- : SMART Livestock project: molecular diagnostics and geospatial mapping to track the spread of drug-resistant Trypanosoma species in livestock; modelling of resistance dynamics and prediction of future spread via real-time resistance hotspot maps and tsetse vector spatial distribution data
- Dr Yu Wan: Genomic surveillance, outbreak investigation, and evolution analysis of bacterial pathogens
Surfaces and materials
- Professor Joao Cabral: Polymers and microfluidics
- Professor Sandrine Heutz: Functional molecular materials
- Professor Julian Jones: Biomaterials that can release ions that can: kill bacteria without harming other cells; or booth the body’s immune cells in the fight against infection
- Dr Gerald Larrouy-Maumus: Mycobacterium tuberculosis, bacterial pathogens, metabolomics, transcriptomics, proteomics and lipidomics
- Research into antimicrobial surfaces
- Professor Alexandra Porter: Interfaces between biomaterials and cells
- Professor Daryl Williams: Particulate materials and their surface
Vaccine design and development
- Professor Robin Shattock: Self-amplifying RNA vaccines
- Professor Francis Drobniewski: Treatments of respiratory infections, especially TB and mycobacterial diseases and vaccine hesitancy
- Professor Graham Cooke: Development of novel vaccination strategies through use of models of human infection
- Professor Peter Openshaw: Human experimental challenge to accelerate vaccine development, crucial to prevent infections and therefore antibiotic use.
- Professor Faith Osier: Malaria vaccines
- Professor Shiranee Sriskandan: Novel approaches to developing vaccines for bacterial infections
- Pathogenesis and vaccines on antimicrobial resistant pathogens.
- Dr John Tregoning: Vaccines for respiratory pathogens, including RSV, influenza and A. baumannii
- Dr Matthew Siggins: Lymphatic-homing bacterial vaccine vectors
AMR researchers by name with associated focus area
A-Z list
- Dr Aula Abbara | Patient management (Infection); Infection control and national programmes (Solutions)
- Dr Luke Allsopp | Resistance to host defences (Origins); Mutations and genetic changes (Origins); Horizontal gene transfer (Transmission); Pathogen biology (Infection)
- Dr David Antcliffe | Diagnostics (Solutions)
- Professor Rossella Arcucci | AI and machine learning (Solutions)
- Professor Nim Arinaminpathy | Tracking spread (Transmission); Infection control and national programmes (Solutions)
- Professor Darius Armstrong-James | Antibiotic consumption and misuse (Origins); Environmental drivers (Origins); Resistance to host defences (Origins); Mutations and genetic changes (Origins); Tracking spread (Transmission); Patient management (Infection); Host genetics (Infection); Pathogen biology (Infection); Precision prescribing (Solutions); AI and machine learning (Solutions); Surveillance and outbreak analysis (Solutions); Diagnostics (Solutions); New treatments and vaccines (Solutions); Infection control and national programmes (Solutions); Policy and stewardship (Solutions); Education (Solutions)
- Professor Paul Aylin | Surveillance and outbreak analysis (Solutions); Infection control and national programmes (Solutions)
- Dr Pedro Ballester | AI and machine learning (Solutions)
- Professor Mauricio Barahona | Patient-Patient (Transmission); AI and machine learning (Solutions)
- Dr Anna Barnard | New treatments and vaccines (Solutions)
- Dr Leon Barron | Environmental fates of antibiotics (Transmission)
- Dr Gabriel Birgand | Antibiotic consumption and misuse (Origins); Patient-Patient (Transmission); Tracking spread (Transmission); AI and machine learning (Solutions); Surveillance and outbreak analysis (Solutions); Infection control and national programmes (Solutions)
- Dr Will Bolton | Antibiotic consumption and misuse (Origins); Precision prescribing (Solutions); AI and machine learning (Solutions); Policy and stewardship (Solutions)
- Dr Sara Boyd | Surveillance and outbreak analysis (Solutions); Infection control and national programmes (Solutions)
- Professor Joao Cabral | Antimicrobial surfaces (Solutions)
- Professor Tony Cass | Diagnostics (Solutions)
- Dr Matthew Child | Pathogen biology (Infection); Host genetics (Infection)
- Dr Leonid Chindelevitch | AI and machine learning (Solutions); Diagnostics (Solutions)
- Dr Thomas Clarke | Resistance to host defences (Origins)
- Dr Abigail Clements | Resistance to host defences (Origins); Pathogen biology (Infection)
- Professor Graham Cooke | Patient management (Infection); Pathogen biology (Infection); Precision prescribing (Solutions); Diagnostics (Solutions); Infection control and national programmes (Solutions); Policy and stewardship (Solutions)
- Dr Tiago Costa | Horizontal gene transfer (Transmission); Pathogen biology (Infection)
- Dr Nick Croucher | Tracking spread (Transmission); AI and machine learning (Solutions); Surveillance and outbreak analysis (Solutions); Infection control and national programmes (Solutions)
- Professor Aubrey Cunnington | Vectors (Transmission); Diagnostics (Solutions)
- Gina Cuomo-Dannenburg | Tracking spread (Transmission)
- Dr Frances Davies | Surveillance and outbreak analysis (Solutions); New treatments and vaccines (Solutions); Infection control and national programmes (Solutions)
- Professor Marc Dionne | Environmental drivers (Origins); Resistance to host defences (Origins); Mutations and genetic changes (Origins); Host genetics (Infection); Pathogen biology (Infection)
- Professor Francis Drobniewski | Mutations and genetic changes (Origins); Patient-Patient (Transmission); Patient management (Infection); Pathogen biology (Infection); Surveillance and outbreak analysis (Solutions); Diagnostics (Solutions); Infection control and national programmes (Solutions); Policy and stewardship (Solutions); Education (Solutions)
- Dr Andy Edwards | Resistance to host defences (Origins); Pathogen biology (Infection); New treatments and vaccines (Solutions)
- Melanie Egli | Environmental fates of antibiotics (Transmission)
- Professor Tom Ellis | Diagnostics (Solutions)
- Dr Ana Eulalio | Resistance to host defences (Origins); Pathogen biology (Infection)
- Professor Aldo Faisal | AI and machine learning (Solutions)
- Professor Matthew Fisher | Environmental drivers (Origins); Tracking spread (Transmission); Surveillance and outbreak analysis (Solutions)
- Professor Gad Frankel | Mutations and genetic changes (Origins); Pathogen biology (Infection)
- Professor Pantelis Georgiou | Vectors (Transmission); Diagnostics (Solutions)
- Dr Maria Getino | Mutations and genetic changes (Origins); Tracking spread (Transmission)
- Antibiotic consumption and misuse (Origins); Patient management (Infection); Policy and stewardship (Solutions); New treatments and vaccines (Solutions)
- Professor Anthony Gordon | Patient management (Infection); Host genetics (Infection); Precision prescribing (Solutions); AI and machine learning (Solutions); Diagnostics (Solutions); New treatments and vaccines (Solutions)
- Dr Kate Grailey | Behaviour change (Solutions)
- Professor Angelika Grundling | Pathogen biology (Infection)
- Dr Shea Hamilton | Diagnostics (Solutions)
- Dr Jethro Herberg | Diagnostics (Solutions)
- Dr Bernard Hernandez | Antibiotic consumption and misuse (Origins); Precision prescribing (Solutions); AI and machine learning (Solutions)
- Professor Sandrine Heutz | Antimicrobial surfaces (Solutions)
- Professor Alison Holmes | Antibiotic consumption and misuse (Origins); Patient management (Infection); Precision prescribing (Solutions); AI and machine learning (Solutions); Diagnostics (Solutions); Infection control and national programmes (Solutions); Policy and stewardship (Solutions)
- Dr Elita Jauneikaite | Mutations and genetic changes (Origins); Patient-Patient (Transmission); Tracking spread (Transmission); AI and machine learning (Solutions); Surveillance and outbreak analysis (Solutions)
- Dr Jose Jimenez Zarco | Horizontal gene transfer (Transmission); Tracking spread (Transmission)
- Professor Julian Jones | Antimicrobial surfaces (Solutions)
- Dr Myrsini Kaforou | Diagnostics (Solutions)
- Dr Catherine Kibirige | Diagnostics (Solutions)
- Dr Gerald Larrouy-Maumus | Diagnostics (Solutions); Antimicrobial surfaces (Solutions)
- Professor Mike Levin | Patient management (Infection); Host genetics (Infection); Diagnostics (Solutions)
- Dr Harry Low | Resistance to host defences (Origins)
- Dr Kenny Malpartida Cardenas | Vectors (Transmission)
- Dr Alex McCarthy | Resistance to host defences (Origins); Pathogen biology (Infection); New treatments and vaccines (Solutions)
- Dr Julie McDonald | Antibiotic consumption and misuse (Origins); New treatments and vaccines (Solutions)
- Dr Damien Ming | Precision prescribing (Solutions); AI and machine learning (Solutions)
- Dr Nick Moser | Vectors (Transmission); Diagnostics (Solutions)
- Professor Danny O'Hare | Patient management (Infection); Precision prescribing (Solutions); Diagnostics (Solutions)
- Dr Lucy Okell | Tracking spread (Transmission)
- Professor Peter Openshaw | Host genetics (Infection); New treatments and vaccines (Solutions)
- Professor Faith Osier | New treatments and vaccines (Solutions)
- | Tracking spread (Transmission); Surveillance and outbreak analysis (Solutions); Antimicrobial surfaces (Solutions); Infection control and national programmes (Solutions)
- Professor José R Penadés: Horizontal gene transfer (Transmission)
- | Host genetics (Infection); Diagnostics (Solutions)
- | Pathogen biology (Infection); New treatments and vaccines (Solutions)
- Professor Alexandra Porter | New treatments and vaccines (Solutions); Antimicrobial surfaces (Solutions)
- Dr Tim Rawson | Antibiotic consumption and misuse (Origins); Precision prescribing (Solutions); Diagnostics (Solutions)
- Dr Johanna Rhodes | Environmental drivers (Origins); Tracking spread (Transmission); Surveillance and outbreak analysis (Solutions); Infection control and national programmes (Solutions)
- Dr Brian Robertson | Resistance to host defences (Origins)
- Dr Jesus Rodriguez Manzano | Antibiotic consumption and misuse (Origins); Environmental drivers (Origins); Mutations and genetic changes (Origins); Vectors (Transmission); AI and machine learning (Solutions); Diagnostics (Solutions)
- Dr Vanessa Sanchu-Shimizu | Host genetics (Infection); Precision prescribing (Solutions); Diagnostics (Solutions)
- Professor James Seddon | Patient-Patient (Transmission); Tracking spread (Transmission); Patient management (Infection); Host genetics (Infection); Precision prescribing (Solutions); AI and machine learning (Solutions); Diagnostics (Solutions); New treatments and vaccines (Solutions)
- Dr Anand Shah | Antibiotic consumption and misuse (Origins); Environmental drivers (Origins); Patient-Patient (Transmission); Patient management (Infection); Host genetics (Infection); AI and machine learning (Solutions); Surveillance and outbreak analysis (Solutions); New treatments and vaccines (Solutions)
- Professor Robin Shattock | New treatments and vaccines (Solutions)
- Dr Avinash Shenoy | Resistance to host defences (Origins); Mutations and genetic changes (Origins); Host genetics (Infection); Pathogen biology (Infection)
- Dr Matt Siggins | Resistance to host defences (Origins); Patient-Patient (Transmission); Tracking spread (Transmission); Pathogen biology (Infection); AI and machine learning (Solutions); Diagnostics (Solutions); New treatments and vaccines (Solutions)
- Dr Anika Singanayagam | Patient management (Infection)
- Dr Valerie Soo | Mutations and genetic changes (Origins); Pathogen biology (Infection); AI and machine learning (Solutions)
- Professor Shiranee Sriskandan | Mutations and genetic changes (Origins); Environmental fates of antibiotics (Transmission); New treatments and vaccines (Solutions)
- Professor Ed Tate | New treatments and vaccines (Solutions)
- Dr Teresa Thurston | Resistance to host defences (Origins); Pathogen biology (Infection)
- | Antibiotic consumption and misuse (Origins); Resistance to host defences (Origins); Mutations and genetic changes (Origins); Tracking spread (Transmission); Surveillance and outbreak analysis (Solutions); Infection control and national programmes (Solutions)
- Professor Chris Toumazou | Diagnostics (Solutions); Infection control and national programmes (Solutions)
- Professor John Tregoning | New treatments and vaccines (Solutions)
- Dr Julien Vaubourgeix | Mutations and genetic changes (Origins)
- Dr Robert Verity | Tracking spread (Transmission)
- Professor Nick Voulvoulis | Environmental fates of antibiotics (Transmission)
- Dr Yu Wan | Mutations and genetic changes (Origins); Horizontal gene transfer (Transmission); Surveillance and outbreak analysis (Solutions)
- Professor Robert Wilkinson | Patient-Patient (Transmission); Pathogen biology (Infection); Precision prescribing (Solutions); New treatments and vaccines (Solutions)
- Professor Daryl Williams | Antimicrobial surfaces (Solutions)
- Richard Wilson | Antibiotic consumption and misuse (Origins); Patient management (Infection); Precision prescribing (Solutions); AI and machine learning (Solutions); Policy and stewardship (Solutions)
- Professor Ramesh Wigneshweraraj | Pathogen biology (Infection); New treatments and vaccines (Solutions)
- Dr Victoria Wright | Diagnostics (Solutions)
- Professor Sophia Yaliraki | AI and machine learning (Solutions)
- Dr Nina Zhu | Antibiotic consumption and misuse (Origins); Patient-Patient (Transmission); Patient management (Infection); AI and machine learning (Solutions);
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