Computational Biology · R · Pharmacy
Pharmacy graduate at Fudan University, specializing in bioinformatics, multi-omics, and drug target discovery. Building open-source tools, writing about science, and making data make sense.
I work at the intersection of computational biology, bioinformatics, and translational research. My recent work focuses on skin disease, UK Biobank workflows, and open-source tools for reproducible scientific analysis.
I use the blog for more finished writing — ideas that are better developed, more readable, and meant to be shared. It brings together science, open-source tools, web work, and occasional reflections beyond research itself.
Docs is the more practical side of my writing space — a place for notes, drafts, references, and materials that are still evolving. It is less polished than the blog, but often closer to the actual workflow behind research, tools, and ideas.
A selection of tools, books, and digital spaces built around science, data, and personal curiosity.
An R toolkit for UK Biobank workflows, designed for reproducible analysis on the Research Analysis Platform.
A personal collection of R tools for data analysis, visualization, and small everyday workflows.
Image-inspired color palettes for biomedical visualization, built to make scientific figures more expressive and usable.
A personal film space for curation, notes, and a quieter kind of web project.
A growing reading space for collections, notes, and experiments around books and long-form material.
A collection of books, reading projects, notes, and Quarto-based folios. Compared with the visual works above, the items here are more text-driven — quieter, slower, and closer to long-form reading and writing.
A visual companion to biopalette, built for palette previews, toy examples, and figure-oriented documentation.
A personal workshop for tools I actually use — with concise notes on setup, key options, and the parts worth remembering.
A personal reading log for papers and articles, built one entry at a time around what stood out and what is worth keeping.
A personal problem archive built one entry at a time — from algorithms to single-cell biology and research design.
A small project in progress, still taking shape through notes, experiments, and early structure.
A small project in progress, still taking shape through notes, experiments, and early structure.
A small project in progress, still taking shape through notes, experiments, and early structure.
A small project in progress, still taking shape through notes, experiments, and early structure.
A small project in progress, still taking shape through notes, experiments, and early structure.