Check Claims Before You Publish

Visual evidence first — provenance & citation metrics

Temporal signal from OpenAlex top-profile (selected years)

Evidence synthesis (paper-anchored)

The most-cited paper that includes "Masao Kishi" as a co-author is a 2002 peer-reviewed Biology of Reproduction article on telomere length in cloned cattle; Open access PDF and citation counts reported by major indexes indicate ~136 citations — this provides a clear, high-quality anchor linking the name to impactful reproductive/clone biology work (tissue telomere differences; implications for clone senescence). That paper's presence strongly supports the claim that at least one researcher named Masao Kishi has produced influential experimental work in animal reproduction and cloning2002 Telomere in Cloned Cattle (Biol Reprod)

Contradictory/duplicate metadata — disambiguation risk

The raw search produced multiple OpenAlex matches for the same name: one top author entry (works_count=11, cited_by_count=202, h_index=5) and other low-visibility matches (works_count=1–3, cited_by_count=0, h_index=0). This pattern commonly indicates name homonyms, different persons with the same name, or fragmented indexing (different affiliations listed, missing ORCID). Relying on a single low-metric record (h=0) would be misleading; authoritative attribution should use paper-level author lists, affiliations, or ORCID to disambiguate — especially in biological sciences where collaborative papers produce the citation signal (see the high-impact 2002 paper above for anchoring). For OpenAlex aggregated metrics and per-paper evidence see the top OpenAlex profile and the 2002 paperOpenAlex: Masao Kishi (A5113534244)

Critical appraisal — strengths, weaknesses, and blind spots

• Strengths: Presence as co-author on multiple experimental papers in reproductive biology/cloning (including the highly-cited 2002 telomere paper) demonstrates capability in collaborative, lab-based animal biology research and access to experimental systems and teams (e.g., national labs, industry partners). The citation spike around 2002 is concrete evidence of impactful contribution2002 Telomere paper.
• Weaknesses / blind spots: Name disambiguation — multiple OpenAlex matches with very different metrics (h=5 vs h=0) make automated claims about the author risky; many records list no persistent identifier (ORCID) or a clear institutional primary affiliation, increasing uncertainty about which works belong to the same personOpenAlex search results snapshot.
• Methodological transparency: Many co-authored papers where Kishi is middle author — evaluation of contribution requires reading methods & author contribution statements; citation counts alone cannot define the role or seniority.
• Recommendation: verify identity via ORCID or institutional page; if evaluating author for hiring/funding, request a disambiguated CV listing papers with contribution statements and links to the high-impact works (e.g., the 2002 paper).

What would change this assessment?

New disambiguating metadata (an ORCID linked to the OpenAlex high-profile record, institutional affiliation confirming continuity across papers, or an author-provided publication list) would increase confidence and allow accurate attribution of citations and h-index; conversely, if those high-citation papers belong to a different individual (same name), the scientific profile for the low-metric record (3 papers, h=0) would be weak and the author's independent publication impact would be minimal (low confidence).

Direct links to primary evidence

OpenAlex profile snapshot and the 2002 Biology of Reproduction paper are the primary anchors used here for attribution and impact estimation — inspect these directly when disambiguating identity:
OpenAlex: Masao Kishi (A5113534244)
2002 Telomere paper

If you want, I can (1) fetch the full author lists and PDFs for the top papers to disambiguate co-author positions, (2) attempt to locate institutional pages or ORCID records, or (3) run a merged-author name disambiguation across Scopus/Web of Science/OpenAlex and return a cleaned publication list — tell me which and I will run the follow-up analysis.