Jackson Dai Research OS

Regeneration OS

Single-cell maps, vascular-aging biology, and browser BioTools for translational regeneration.

Jackson Dai profile portrait
Single-cell endothelial aging research summary
vascular aging map skin endothelial states
AI4Med tools analysis to figure export
Endothelial aging workflow
Research loop cell state, vascular niche, intervention model

A translational loop for repair biology

The site follows one path: read cellular states, model vascular aging, test regenerative interventions, and return usable tools.

cell states

Map what aging changes first

Single-cell profiles expose endothelial and stromal programs that may limit repair capacity in aged skin.

vascular niche

Connect signals across tissues

Computational analysis turns vascular, fibroblast, immune, and matrix changes into testable crosstalk hypotheses.

regeneration model

Bring mechanisms back to the bench

Organoid, exosome, and co-culture systems test whether vascular support can improve repair biology.

research output

Convert analysis into reusable assets

Figures, browser tools, and research notes make the workflow easier to inspect, repeat, and share.

BioTools as browser instruments

Local-file tools for wet-lab figure decisions, designed around input, analysis, and export.

Latest signals

  • Report delivered in Chinese Medical Association: "Hallmarks of cell senescence and anti-aging therapy".

  • Presented poster at the "Stem Cells Across the Lifespan - Embryogenesis, Aging, Therapy" conference.

  • The first version of this personal academic site is online.

Bio-Assistant

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