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Author snapshot — Even Fossum

Even Fossum is a productive immunology/virology co-author on multiple high-impact papers (examples below) and is listed in OpenAlex with ~58 works, ~3,062 citations and h-index ≈25 (OpenAlex aggregate) — his publication record includes highly-cited papers in PLoS Pathogens, Science and Immunity showing work on herpesviral interactomes and dendritic cell biology.

• Herpesviral interactome (first-author): Fossum is first author on a widely-cited conserved herpesviral interaction network (PLoS Pathogens 2009) Herpesviral Interaction Networks (PLoS Pathog 2009)
• Dendritic cell / XCR1 work: Fossum is co-author on several influential dendritic-cell papers in Immunity and Journal of Immunology mapping DC subsets and XCR1 expression (Immunity 2016; J Immunol 2011) DC Alignment across Tissues (Immunity 2016)

For a rigorous author-level metric breakdown and per-year publication/citation visualization, run the BGPT AI Scientist agent (one-click) to fetch raw OpenAlex records, per-paper citations, and to graph counts-by-year.

Author Review — Even Fossum

Graph data source notes: citation counts are taken from publisher/Indexing records for the cited DOIs below; they illustrate that Fossum has co-authored multiple widely-cited, resource-style papers (systems and immunology), consistent with an author with significant impact in viral–host interactomics and dendritic cell biology.

Evidence-based strengths (what the record shows)

• High-impact collaborative work: Fossum is co-author on multi-author, highly-cited papers mapping viral protein interactions and dendritic-cell phenotypes — e.g., PLoS Pathogens 2009 (conserved herpesviral interactome) and Immunity 2016 (dendritic cell alignment) which are resource-like studies used widely by other groups Herpesviral Interaction Networks (PLoS Pathog 2009)DC Alignment across Tissues (Immunity 2016)
• Breadth across immunology and virology: Top-works list indicates contributions spanning interactomics, interferon antagonism, and dendritic cell targeting; this interdisciplinary footprint increases the likelihood that the author contributed experimental and/or analytic skills across labs Herpesviral Protein Networks (Science 2005)

Evidence-based weaknesses, blindspots, and limitations

• Authorship position mix: Many highly-cited works list Fossum in middle-author positions on large collaborative studies; middle authorship is common in resource papers but makes attribution of intellectual leadership uncertain unless corresponding/first-author roles are shown in specific papers (some first-author papers exist, e.g., PLoS Pathogens 2009 listed earlier where Fossum is first author) Fossum first-author PLoS Pathogens 2009
• Methodological constraints in cited papers: Several influential papers use yeast two-hybrid or large-scale cytometry; these methods are powerful for discovery but have known biases (Y2H under-detects transient/complex interactions; cytometry depends on marker panels and gating/computational alignment can introduce batch-driven artefacts) Y2H method limitations (Science 2005)
• Heterogeneous institutional affiliations in records: Open metadata shows variable last-known institutions; lack of a clear, consistent primary institution in some aggregations can make assessing lab environment, funding, and resource access harder (this matters for reproducibility and scale of experiments). (OpenAlex metadata summarized below in the per-year counts visualization.)

Interpretation and balanced judgement

Taken together, the bibliographic evidence indicates Even Fossum is an experienced researcher active at the intersection of virology and immunology with participation in multiple high-impact, resource-style collaborative studies (some where he is first author and others where he is a contributing co-author). The strongest signals of scientific strength are the high citation counts of several co-authored resource papers, which suggests his work has produced reusable datasets or tools used broadly across the field Resource dataset reuse (PLoS Pathog 2009)

What would change this judgement (data that would overturn current conclusion)

• Discovery of a consistent pattern of irreproducible results or retractions across Fossum-led papers would significantly lower confidence.
• Clear documentation of leadership (corresponding author, PI) on additional high-quality, independently-validated experimental papers would raise the scientific score.
• Detailed institutional, funding, and protocol-level metadata showing reproducible methods and open raw data would strengthen inferences about rigor and impact.

Actionable next steps (run BGPT agent to fetch raw records)

I can fetch the full OpenAlex raw author record (per-paper DOIs, per-paper citation trajectory, authorship positions, open-access PDFs where available) and produce per-year plots of works_count and cited_by_count, plus an authorship-role breakdown pie chart. This requires running the BGPT AI Scientist agent to query OpenAlex / publisher APIs and fetch raw data.

(Agent will produce: complete OpenAlex author export, per-paper citation timelines, authorship-role parsing, and reproducibility indicators such as availability of raw data / methods.)

Representative source citations used in this review

• Herpesviral Interactome (PLoS Pathog 2009)
• DC Alignment (Immunity 2016)
• Herpesviral Protein Networks (Science 2005)

If you want the full raw-author export (per-paper DOIs, exact authorship positions, per-paper OA links, per-year counts and interactive plots), click the agent button above and I'll run the BGPT AI Scientist agent to deliver a complete reproducibility-oriented dossier.