Bridging biodiversity informatics and zebrafish developmental immunology: pollinator networks and wound regeneration
2
papers here
2
reviewed by Evolve
0
first-author
0
corresponding
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works · OpenAlex
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h-index · OpenAlex
Bibliometric figures come from OpenAlex (2026-10-08) and cover the author's entire public record, not just the papers listed here. Reproducibility signal comes from Evolve's own reviews.
Research profile
Output—
Output cannot be scored: no aggregated publication counts are available beyond two 2026 preprints in the Evolve catalog. This axis would measure total publications, output cadence, and authorship positions over a career.
Impact—
Impact is not yet scored because citation counts, h-index, and citing works are absent from the input data. This axis would measure citation-based influence of the researcher's papers across fields over time.
Focus0/100
The focus score of 0 reflects an even 50/50 split of cataloged work between computational ecology / biodiversity informatics and developmental immunology (zebrafish wound repair and regeneration), two distant fields. This may signal a genuinely cross-disciplinary portfolio or name-resolution merging, so the low score should be read with caution.
Collaboration69/100
Collaboration scores 68 based on 30 distinct coauthors in the available record, with 12 recurring collaborators including Baiotto, T., Cosma, C., Narango, D., Williams, N. M., and Seltmann, K. C. Both cataloged preprints are middle-author, non-corresponding papers, consistent with contributions inside larger team projects.
Activity—
Activity cannot be scored: no career-long publication timeline is available, and the only dated records are two 2026 preprints. This axis would measure recent-year publication rate and sustained research tempo.
Reproducibility55/100
Reproducibility scores 55, the mean across 2 assessed papers, both rated medium reproducibility readiness. The zebrafish Rhbdl2 study rests on solid knockout and inhibitor data, though its Rac2 mechanism leans on proteomics and morpholino (MO) evidence; the pollinator-network study validates visitation links strongly while host links remain untested.
Research summary
Cheung, Y. Y. J. is an early-stage profile built from public bibliographic data, currently documented by two 2026 bioRxiv preprints in the Evolve catalog that sit in two distant fields. The first, in computational ecology / biodiversity informatics, reconstructs local plant-pollinator interaction networks from global biodiversity data to improve pollinator restoration decision making; Evolve's review notes strong validation of visitation links while host links remain untested. The second, in developmental immunology, shows that the rhomboid protease Rhbdl2 regulates macrophage recruitment and wound regeneration in zebrafish, with solid knockout and inhibitor evidence and a Rac2 mechanism resting on proteomics and morpholino (MO) data. On both preprints this researcher holds a middle, non-corresponding authorship position, consistent with specialist contributions to larger team projects. Collaboration is the strongest scored dimension (68/100), drawing on 30 distinct coauthors and 12 recurring collaborators including Baiotto, T., Cosma, C., Narango, D., Woodard, J., Williams, N. M., and Seltmann, K. C. Reproducibility scores 55/100, the mean across two papers both rated medium readiness. The focus score of 0 reflects an even 50/50 field split, which may equally indicate name-resolution merging. Output, impact, and activity remain unscored for lack of citation and publication-count data, and no institution, country, or ORCID is on record.
Collaboration pattern
The record shows team-based science: 30 distinct coauthors, with 12 recurring collaborators including Baiotto, T., Cosma, C., Narango, D., Woodard, J., Williams, N. M., and Seltmann, K. C. Both 2026 preprints list this researcher as a middle author without corresponding status, consistent with specialist contributions within larger consortia spanning pollination ecology and zebrafish developmental immunology. Collaboration score: 68/100.
Research keywords
Highlights
Statewide plant-pollinator networks for restoration planning
Rhbdl2 brakes macrophage-driven wound regeneration in zebrafish
Timeline
- 2026bioRxiv preprint on rhomboid protease Rhbdl2 regulating macrophage recruitment and wound regeneration in zebrafish, authored in a middle position.
- 2026bioRxiv preprint reconstructing local plant-pollinator interaction networks from global biodiversity data to improve restoration decision making, again as a middle author.
- 2026Cataloged work splits evenly between computational ecology / biodiversity informatics and developmental immunology, with 30 distinct coauthors recorded across the profile.
Papers in the Evolve catalog
Frequent co-authors
About this profile
This profile is AI-structured by Evolve.Pub from public bibliographic data (OpenAlex) and Evolve's own paper reviews. It is not written or endorsed by the researcher unless the profile is claimed. Radar dimensions are computed from real bibliometrics with fixed formulas — raw figures are shown alongside; missing dimensions mean insufficient data, never zero. Errors? Claim the profile to correct or hide it.
- Bibliometrics and radar scores derive from OpenAlex-based bibliometric data; only the two 2026 bioRxiv preprints in the Evolve catalog are individually reviewed.
- Output, impact, and activity dimensions are unscored because citation counts and career-long publication records are unavailable in the input data.
- No institution, country, or ORCID is on record; the profile is name-resolved from public bibliographic data and may merge or split individuals sharing the name Cheung, Y. Y. J.
- The 50/50 split across two distant fields may reflect name ambiguity rather than a genuinely dual-field portfolio, and both reviewed papers are middle-author, non-corresponding works.