Update: registration is now closed as all of the available places on the virtual Ensembl browser and REST API workshops have been filled. If you would like to be added to the waiting list, please e-mail the Ensembl Helpdesk.

We’ve got another round of the free virtual Ensembl workshops covering the genome browser and the REST API. The Browser workshop will be held between Tuesday 18th May – Thursday 20th May 2021 (7pm-10pm BST) and the REST API workshop will be held between Tuesday 25th May – Thursday 27th May 2021 (7:30pm-10pm BST). Read on for more information and registration instructions.

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Update: registration is now closed as all of the available places on the virtual Ensembl browser and REST API workshops have been filled. If you would like to be added to the waiting list, please e-mail the Ensembl Helpdesk.

We’ve got another round of the free virtual Ensembl workshops covering the genome browser and the REST API. The Browser workshop will be held between Tuesday 16th March – Thursday 18th March 2021 (9am-1pm) and the REST API workshop will be held between Tuesday 23rd March – Thursday 25th March 2021 (9am-11:30am). Read on for more information and registration instructions.

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Registration is now open for two free virtual Ensembl workshops covering the genome browser and the REST API. The Browser workshop will be held between Tuesday 26th January – Thursday 28th January 2021 (2pm-5pm) and the REST API workshop will be held between Wednesday 3rd February – Friday 5th February 2021 (2pm-4:15pm). More information and registration instructions can be found below.

Update: registration is now closed as all of the available places on the virtual Ensembl browser and REST API workshops have been filled. If you would like to be added to the waiting list, please e-mail the Ensembl Helpdesk.

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Variants can be represented in myriad different ways; indeed, Ensembl VEP currently supports input in many different formats, including VCF, HGVS and SPDI. However, even within these specifications, variants can be described ambiguously. Insertions and deletions within repeated regions can be described at multiple different locations. For example, VCF describes variants using their most 5’ representation, while HGVS format describes a variant at its most 3’ location. 

Starting in Ensembl 100, VEP optionally normalises variants within repeated regions by shifting them as far as possible in the 3’ direction before consequence calculation. This standardises VEP output for equivalent variant alleles which are described using different conventions. 

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The VEP can work as an offline or a web tool and it’s also available as REST service. Perfect for integrating into pipelines or displaying data on the web, the REST API VEP endpoints can take input as HGVS, genomic loci or variant identifiers and can interpret common forms of non-standard HGVS. They are all available using both GET and POST protocols, supporting queries on single or multiple variants respectively.

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