EMBL-icon-platformsLife scientists benefit greatly from easy access to bioinformatics platforms that link multiple tools, facilitate data sharing and analysis, and trace and record analysis pipelines. Developing, maintaining and extending platforms is not a trivial process. Constant improvement is critical as research fields evolve to maximise the benefits gained from biological data.

EMBL-ABR will leverage the existing expertise and knowledge in platform development through the Genomics Virtual Lab (GVL) supported by the Nectar cloud.

Genomics Virtual Lab

The GVL is a cloud-based platform for bioinformatics research and teaching, used extensively within Australia and internationally. It contains a pre-installed set of bioinformatics tools including Galaxy, Rstudio and iPython Notebook. Public server instances are available for teaching. You can also launch your own server instance customised for a range of uses including genomic analysis, running tutorials, or tailored for your own research. A custom GVL flavour, the microbial GVL is being developed as part of the Antibiotic Resistant Pathogens Project. This platform contains microbial-specific tools for genome assembly, annotation and variant calling, and will eventually link to the multi-omics data management system being developed with EMBL-ABR:QCIF and Melbourne Bioinformatics Node involvement.

The GVL has been adopted across Australia as well as internationally, as shown below:


The Characterisation Virtual Laboratory (CVL)

The Characterisation Virtual Laboratory (CVL) is an online environment to access imagilabs-pg-illustrations-10-meteorologyng tools and data. We provide a remote desktop environment, run on the NeCTAR cloud, which provides access to a range of tools to process atom probe, neuroimaging, structural biology, X-ray and general imaging data. The CVL is part of EMBL-ABR: Monash Node activities.

Go to CVL



  • Researchers using imaging techniques.
  • Structural Biologist.
  • Microscopists.


  • Integrating key Australian imaging instruments with specialised computing capabilities.
  • Developing a common desktop environment for analysis and collaboration.
  • Creating four desktop environments for data processing in neuroscience, structural biology, atom probe and X-ray science. Each driver is led by a world-class research group, is supported by an Australian research consortium and is in a national research priority area. The results from this development will be distributed to the community through the CVL Workbenches.
  • Integrate key Australian imaging instruments with specialised computing capabilities.