- Current members: Nicole Yoon, Kicheol Kim, Junhee Yoon, Ka-kyung Kim, Hyunmin Kim
- Please, leave a message in Discussions tab if you have any question and requests
- Please use docker image to analyze the data. AWS module is ready and Please ask to members for getting auth if AWS is needed
- Our data is located in S3 bucket
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Finding potential biomarkers and therapeutic target for helping multiple sclerosis patients, reference: Cell type-specific transcriptomics identifies neddylation as a novel therapeutic target in multiple sclerosis
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Phase 1
- Extracting significant signal from the dataset and finding Biomarker for early detection & progression
- Finding therapeutic target discovery based on biological dataset
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Phase 2
- Finding and developing actual business ideas or a practical usage case to make this project for helping patients
- S3 Bucket (Ask to members)
- NAS for main data distribution
- Please refer to this repository for the controller: Snakemake GUI Controller
- Related docker sources:
Image name Location snakemake-gui-controller-image Link
- Please refer to this repository for AWS usage: AWS module repository
- Related docker sources:
Image name Location activation-score-batch-image Link deg-pipeline-batch-image Link feature-extraction-batch-image Link
- Please refer to this repository for Notebook usage: Notebook repository
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Usage of docker container
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4 images are needed to use services (notebook, pipelines, celery and redis)
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We are using docker registry to distribute images, please refer to here
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Docker compose option
docker-compose -f docker-compose.yaml up --build # composing up by the codes or docker-compose -f docker-compose.example.yaml up # composing up by using the registry
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Jupyter notebook container
# Access jupyter notebook # Please use this in your browser after docker-compose up http://localhost:8888/token_number
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Pipeline container
# Please use this in your browser after docker-compose up http://localhost/
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