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Last pushed: 6 days ago
Short Description
An open-source LIMS for tracking next-generation sequencing experiments
Full Description

Supported tags

  • latest (most recent original flavour)
  • Original flavour: 0.2.16, 0.2.17, 0.2.18, 0.2.19, 0.2.20, 0.2.21, 0.2.22, 0.2.24, 0.2.28, 0.2.29, 0.2.30, 0.2.31, 0.2.33, 0.2.35, 0.2.38, 0.2.39, 0.2.40, 0.2.42, 0.2.45, 0.2.46, 0.2.47, 0.2.48, 0.2.52, 0.2.54, 0.2.55 Dockerfile
  • OICR flavour with extra sample details: 0.2.48-oicr Dockerfile


MISO (Managing Information for Sequencing Operations) is an open-source Lab Information Management System (LIMS) started at the Earlham Institute, specifically designed for tracking next-generation sequencing experiments.

Sequencing centres differ not only in terms of their scale and output, but also their requirements for information management. Sequencing platforms are becoming more accessible, and the efficient storage of genomic metadata is vital for large and small sequencing centres alike. Off-the-shelf solutions are often very expensive and not cost-effective for the smaller centre. Furthermore, support contracts are often required, and the extensibility of these systems is not in the hands of the metadata generators. In terms of implementation, as well as the desire to tailor an information system in-house, data formats can change and platforms can evolve rapidly. These are valid concerns for both large centres characterised by high-throughout data production and smaller scale laboratories with constrained expenditure for IT solutions, and potentially project specific metadata requirements.

Hence, we are developing MISO, an open-source LIMS for recording sequencing metadata. We are using freely available tools that are industry standard, well documented, and easy to set up on minimal hardware. As a bare system, MISO can store relevant metadata based on a wide array of NGS sequencing platforms (e.g. Illumina GA, HiSeq and MiSeq, Roche 454, ABI SOLiD and PacBio RS) and public repository data submission schemas (e.g. the Sequence Read Archive at the EBI), and has many features common to bespoke and proprietary LIMS, such as secure authentication, fine-grained access control, barcode tracking, and reporting.

Running the image

At the moment, the Docker container is intended as a demonstration and not a permanent installation. It has no volumes or mechanisms to interact with the internals.

sudo docker pull misolims/miso-lims
sudo docker run -p 8090:8080 -d -t misolims/miso-lims

Navigate to http://localhost:8090 to login to miso with the credentials admin/admin.

Docker Pull Command