Pinned Repositories
3dCAP
This project aims at reconstructing plant canopy structures by 2D images of plants and plant organs, and calculating canopy photosynthesis with further measurement of leaves nitrogen content and photosynthetic light response curves.
3dCAP-wheat
Aneuploidy-FGA-ICB
C3C4VeinSpacing
HNSCC_Bcells
Source code for the research paper: "Tumor and Blood B Cell Abundance as Superior Predictors of Immune Checkpoint Blockade Response Compared to Established Signatures in Head and Neck Cancer." This repository contains all scripts and analysis workflows used in the study.
ICBpredictor
Integrating clinical, pathologic, and genomic features to predict clinical outcomes to immune checkpoint blockade.
LORIS
LORIS: A LOgistic Regression-based Immunotherapy-response Score
LORIS_GUI
LORIS_web
PENCIL_reusability_report
Reproducibility report of PENCIL (https://doi.org/10.1038/s42256-023-00656-y)
rootchang's Repositories
rootchang/3dCAP
This project aims at reconstructing plant canopy structures by 2D images of plants and plant organs, and calculating canopy photosynthesis with further measurement of leaves nitrogen content and photosynthetic light response curves.
rootchang/LORIS
LORIS: A LOgistic Regression-based Immunotherapy-response Score
rootchang/3dCAP-wheat
rootchang/PENCIL_reusability_report
Reproducibility report of PENCIL (https://doi.org/10.1038/s42256-023-00656-y)
rootchang/Aneuploidy-FGA-ICB
rootchang/C3C4VeinSpacing
rootchang/HNSCC_Bcells
Source code for the research paper: "Tumor and Blood B Cell Abundance as Superior Predictors of Immune Checkpoint Blockade Response Compared to Established Signatures in Head and Neck Cancer." This repository contains all scripts and analysis workflows used in the study.
rootchang/ICBpredictor
Integrating clinical, pathologic, and genomic features to predict clinical outcomes to immune checkpoint blockade.
rootchang/LORIS_GUI
rootchang/LORIS_web
rootchang/rootchang
Config files for my GitHub profile.
rootchang/template
rootchang/VisualHull
Creation of Visual Hull using Matlab
rootchang/VisualHull-IBVH
based on the paper IBVH, written in C#
rootchang/WACNI-rice