Graça Pinto, MSc

University of Minho; CEB - Centre of Biological Engineering; Azeredo Lab

Graça Pinto is a PhD student at Bacteriophage Biotechnology Group (BBiG), lead by Joana Azeredo. Currently, she is working with E. coli O157 phages, assessing phages' safety to be used as biocontrol agents.

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Finding the good in phage resistance, and balancing research with conference organizing: a Q&A with Prof. Zuzanna Drulis-KawaFor this week's feature article, Rodrigo Monteiro and Graça Pinto interviewed University of Wroclaw Professor Zuzanna Drulis-Kawa about her phage therapy and phage depolymerase enzyme research. She shares how she navigates complex grant…Issue 101Nov 13, 2020Rodrigo Monteiro, Graça Pinto, Zuzanna Drulis-Kawa
Finding, using and classifying viruses: a Q&A with Dr. Evelien AdriaenssensThis week, Graça Pinto and Rodrigo Monteiro bring us a Q&A with Dr. Evelien Adriaenssens about her career studying phages and viromes, her thoughts on manipulating microbiomes with viruses, and how viral classification is changing.Issue 71Apr 10, 2020Graça Pinto, Rodrigo Monteiro, Evelien Adriaenssens

Source-reported research

Research context

AI-assisted source report. It may be incomplete or mistaken and may not reflect current work. As of 2026-10-22. Reviewed 2026-10-22.

2024-12-18: coauthored “Combination of phages and antibiotics with enhanced killing efficacy against dual-species bacterial communities in a three-dimensional lung epithelial model”. [2] [3] [4] [5]

Sources and review

phage.directory Observed 2026-10-22. Native directory ID and submitted public anchors in the frozen roster
www.ebi.ac.uk Observed 2026-10-22. Original Europe PMC fullName at exact author position
www.ebi.ac.uk Observed 2026-10-22. Exact authorId at that slot
www.ebi.ac.uk Observed 2026-10-22. Own exact DOI work title
www.ebi.ac.uk Observed 2026-10-22. Own DOI

Reviewed by ai:codex-identities-ce68394c9be2. Consolidated final review. Concise dated publication-history context cites the exact supported author/work evidence; no current-project, current-employment, individual-contribution or unobserved result claims. Older work is dated and does not count as a recent-paper selection.

Source-selected papers

AI-assisted source report. It may be incomplete or mistaken and may not reflect current work. Reviewed 2026-10-22.

Combination of phages and antibiotics with enhanced killing efficacy against dual-species bacterial communities in a three-dimensional lung epithelial model. (2024)
Listed author: Pinto G. Selection: recent. Recent phage-relevant work with primary-europepmc-author-ORCID; publication date precision retained. Selection is not a greatest-work or complete-coverage claim. [2] [3] [4] [5] [6]

Sources and review

phage.directory Observed 2026-10-22. Native directory ID and submitted public anchors in the frozen roster
www.ebi.ac.uk Observed 2026-10-22. Original Europe PMC fullName at exact author position
www.ebi.ac.uk Observed 2026-10-22. Exact authorId at that slot
www.ebi.ac.uk Observed 2026-10-22. Own exact DOI work title
www.ebi.ac.uk Observed 2026-10-22. Own DOI
doi.org Observed 2026-10-22. Canonical exact-DOI native paper ID

Reviewed by ai:codex-identities-ce68394c9be2. Consolidated final review of exact own DOI, actual author slot/identifier or independently accepted work affiliation, phage relevance and source date. Native IDs resolve the same DOI; candidate namesakes and alternate editions remain explicit holds. No global identity or employment/contribution inference.