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Martha Clokie, PhD, MSc

University of Leicester; Sage Publishing; Clokie Lab; Becky Mayer Centre for Phage Research (Director)

I am a Professor of Microbiology at the University of Leicester where I lead a group of post-doctoral assistants and PhD students working on different aspects of therapeutic development of phages that target human and animal pathogens. I have a good grounding in all aspects of phage therapy development – from unravelling fundamental biology to product development, and commercialisation. Three three patents have been filed from my work. In addition to teaching Leicester undergraduate and post-graduate students, I helped develop a course, and work with the non-profit organisation ‘Phages for Global Health’ course to teach phage biology to academics worldwide. I am open to collaborations where I can provide specific phage expertise.

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Source-reported research

Research context

AI-assisted source report. It may be incomplete or mistaken and may not reflect current work. As of . Reviewed .

  • The selected papers cover phage-amplified Salmonella detection, jumbo Klebsiella phage characterization, and phage therapy for UTI-associated E. coli. [1] [2] [3]
Sources and review
  1. doi.org Observed . abstract: cited publication-history theme
  2. www.biorxiv.org Observed . abstract: cited publication-history theme
  3. doi.org Observed . abstract: cited publication-history theme

Reviewed by ai:codex-identities-ce68394c9be2. Reviewed each theme against the cited abstract/title passages and accepted work associations. This is dated publication-history context, not current employment, ongoing-project or individual-contribution evidence. Draft: Codex delegation gpt-6-luna/xhigh; named coordinator performed the final semantic review.

Source-selected papers

AI-assisted source report. It may be incomplete or mistaken and may not reflect current work. Reviewed .

Sources and review
  1. doi.org Observed . paper_id: accepted exact-work association
  2. doi.org Observed . doi: canonical paper identifier
  3. doi.org Observed . accepted_authorships: exact printed author slot
  4. doi.org Observed . abstract or title: phage relevance
  5. doi.org Observed . publication_date: source-reported recent window
  6. www.biorxiv.org Observed . paper_id: accepted exact-work association
  7. www.biorxiv.org Observed . doi: canonical paper identifier
  8. www.biorxiv.org Observed . accepted_authorships: exact printed author slot
  9. www.biorxiv.org Observed . abstract or title: phage relevance
  10. www.biorxiv.org Observed . publication_date: source-reported recent window
  11. doi.org Observed . paper_id: accepted exact-work association
  12. doi.org Observed . doi: canonical paper identifier
  13. doi.org Observed . accepted_authorships: exact printed author slot
  14. doi.org Observed . abstract or title: phage relevance
  15. doi.org Observed . publication_date: source-reported recent window

Reviewed by ai:codex-identities-ce68394c9be2. Reviewed the source-quoted phage relevance and 24-month dates; each native Papers ID/DOI retains an existing accepted author slot. Peripheral viral work was excluded; the set is a bounded selection from collected publications, not a complete or greatest-work claim. Draft selector: Codex delegation gpt-6-luna/xhigh; final identity/relevance review: named coordinator.