Researcher and student at Wenzhou Medical University
Neuroscience | Bioinformatics | Imaging | AI | Web/Backend | Algorithms
I work at the intersection of biomedical research and software engineering, with a focus on building practical tools for neuroscience, bioinformatics, imaging analysis, and AI-assisted scientific discovery.
My current interests include single-cell omics, multi-omics integration, neuroimaging, biomedical data visualization, reproducible analysis pipelines, and research software that helps turn complex datasets into clear biological insight.
- Neuroscience and biomedical imaging analysis
- Single-cell omics and multi-omics data interpretation
- AI-assisted biomedical research workflows
- R and Python tooling for scientific computing
- Data visualization for complex biological and behavioral data
- Web, backend systems, and algorithmic problem solving
| Project | Role | Focus |
|---|---|---|
| scop | Author / Maintainer | An end-to-end single-cell omics analysis pipeline for comprehensive exploration of single-cell data. |
| thisplot | Contributor | R plotting utilities designed to make scientific visualization more efficient and reusable. |
| MMV | Creator | R toolkit for water maze and minefield trajectory visualization, including CSV conversion and plotting workflows. |
| omicverse | Member / Contributor | A Python ecosystem for bulk, single-cell, and spatial multi-omics analysis. |
- Author and maintainer of scop, focused on single-cell omics analysis workflows.
- Member and contributor in the omicverse ecosystem.
- Interested in building research tools that are reproducible, approachable, and useful for real biomedical questions.
I'm open to research collaboration, open-source work, and discussions around neuroscience, omics, imaging, and AI-assisted biomedical analysis.
- Email: hurry060215@gmail.com
- Google Scholar: Hurry's profile
- GitHub: hurry060215-tech