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OSpaedia.org

A Comprehensive Molecular Database & Analysis Platform for Osteosarcoma

Introduction

Osteosarcoma is the most common primary malignant bone cancer affecting kids and adolescents. The patient survival remains poor due to limited molecular understanding. In view of this, we developed OSpaedia.org, a molecular database and analysis platform to advances osteosarcoma research through open science.

Currently, OSpaedia provides:

1. A gene query tool to explore expression patterns in different cell types and tumor cell states

2. An online viewer of the spatial organization of different cell types in osteosarcoma

3. A visualizer of the osteosarcoma spatial and temporal evolution

4. A finetuned single cell foundation model for osteosarcoma single cell RNAseq data annotation

OSpaedia.org is still growing. Please stay tuned for updates of new datasets and tools in the near future.

Introduction Image

Functional Modules

OSpaedia-Single Cell

Single-cell RNA sequencing data for osteosarcoma tumor cells.

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OSpaedia-Spatial

Multiplex immunofluorescence data for osteosarcoma spatial architecture.

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OSpaedia-Evolution

Spatiotemporal tracking of osteosarcoma progression.

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OSpaedia-Foundation Model

Finetuned foundation model for osteosarcoma cell type annotation.

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Our Team

Haijie Liang

Haijie Liang

Sample and data collection
Peking University People's Hospital

Ruge Chen

Ruge Chen

Omics data analysis
Hong Kong Polytechnic University

Yulin Li

Yulin Li

Single cell foundation model
Hong Kong Polytechnic University

Tim Chow

Timothy Chow

Web development
Hong Kong Polytechnic University


Jichuan Wang

Jichuan Wang

Co-investigator
Peking University People's Hospital

Tingting Ren

Tingting Ren

Co-investigator
Peking University People's Hospital

Quanhua Mu

Quanhua Mu

Co-Principal Investigator
Hong Kong Polytechnic University

Xiaodong Tang

Xiaodong Tang

Co-Principal Investigator
Peking University People's Hospital


Acknowledgements

We gratefully acknowledge the support of the Hong Kong Polytechnic University Start-up grant (to QM), and the Noncommunicable Chronic Diseases-National Science and Technology Major Project (2024ZD0525800 to XT). Special thanks to our patients and their families for their invaluable contributions to this research.