The RefSeq column on our gene pages has changed.

We’re moving towards a more unified gene-set with RefSeq, with biologically important transcripts being highlighted as MANE. This means displays you’re used to seeing will be updated to reflect these changes, and this may affect the way you have been working with Ensembl.

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We’re fortunate to be part of the EMBL European Bioinformatics Institute (EBI), which puts us alongside stellar bioinformaticians and resources in every discipline. From this, great collaborations can grow. We’ve already worked with our colleagues at Gene Expression Atlas and Reactome to embed widgets in Ensembl for viewing baseline gene expression and biochemical pathways respectively, but our latest collaboration is with the Protein Data Bank in Europe (PDBe) to show genetic variation on protein structures.

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Joannella Morales, Jane Loveland and Adam Frankish contributed to this post.

Back in October, we introduced you to our new joint initiative with the NCBI — the Matched Annotation from the NCBI and EMBL-EBI (MANE) transcript set. We are now pleased to update you on our progress so far.

The goal of this project is to share annotation and converge on a high-confidence, genome-wide transcript set, with a matched transcript in both RefSeq and Ensembl/GENCODE. We are doing this in two phases. During phase 1, we will release the “MANE Select” transcript set to include one well-supported transcript for every protein-coding locus. We envision the adoption of the MANE Select set as a default set across genomics resources. In phase 2, we intend to release an expanded set (“MANE Plus”) to include additional transcripts per locus that are well-supported or of particular user interest.

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One of the biggest highlights of the new Ensembl Plants release 40 is the inclusion of the new Wheat (RefSeq v1.0) genome from the International Wheat Genome Sequencing Consortium (IWGSC).

The path to sequencing the wheat genome has been no easy ride, due to its large and highly repetitive genome. This new assembly from the IWGSC bridges many gaps from the initial genome sequencing effort. Read on to find out more about this exciting new genome assembly!

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