Phage Directory Phage Directory

Emma Sheriff

Using molecular biology techniques and a tomato plant model, I investigate the role of arsenal of antiphage defense systems in Ralstonia, an agricultural pathogen of international concern. Prior to starting my postdoc at the University of Helsinki, I completed my PhD in Microbiology under the supervision of Dr. Breck Duerkop at the University of Colorado Anschutz. There, I used omics techniques, coupled with traditional molecular and microbiological approaches, to probe phage-bacteria interactions during Enterococcus faecalis infection.

Source-reported research

Research context

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

  • ORCID self-report: Emma Sheriff says her current work investigates how anti-phage defense systems affect phage-based biocontrol efficacy. [2]
  • ORCID self-report: her prior research included omics work on phage-host interactions in Enterococcus and anti-CRISPR identification in Staphylococcus. [3]
Sources and review
  1. phage.directory Observed . Exact native directory ID; recorded anchors are not independently verified
  2. pub.orcid.org Observed . biography.content
  3. pub.orcid.org Observed . biography.content

Reviewed by ai:codex-identities-ce68394c9be2. Cited primary profile/group/publication history, scoped to the source and observed/historical date. Group claims are not individual contribution claims. One consolidated coordinator source review; Luna-xhigh source drafts. No inferred current employment, individual contribution or global person merge.

Source-selected papers

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

Sources and review
  1. phage.directory Observed . Native directory-recorded ORCID anchor; not an inferred global identity
  2. pub.orcid.org Observed . Exact supplied ORCID source endpoint
  3. pub.orcid.org Observed . Declared join of ORCID given/family fields; no global alias decision
  4. api.crossref.org Observed . Own DOI in primary publisher metadata
  5. api.crossref.org Observed . Decoded own DOI title
  6. api.crossref.org Observed . One-based primary author slot; declared raw given/family join
  7. pub.orcid.org Observed . Same DOI listed in supplied ORCID record
  8. doi.org Observed . Existing exact-DOI canonical paper ID; no new import

Reviewed by ai:codex-identities-ce68394c9be2. Supplied native ORCID plus consistent registry identity, own DOI membership and publisher author evidence; exact author-slot ORCID where provided, otherwise unique exact full registry-name byline with no conflicting publisher ORCID. Curated older work is dated; no greatest-work claim. One consolidated coordinator source review of this finite89-person pass. Source drafts: gpt-6-luna/xhigh leaves. Prior accepted records/native IDs preserved; no global person/name merge or Scholar requirement.