Isidro Cortes-Ciriano
@isidrolauscher
Research Group Leader at EMBL-EBI @emblebi & Associate Faculty at @sangerinstitute. @CR_UK Career Establishment Awardee. Cancer genomics.
Most excited to see our study presenting the mechanism driving ~50% of osteosarcomas (LTA #chromothripsis) out in @CellCellPress! How does the final version differ from the preprint? x.com/isidrolauscher… Buckle up!! -tons of new exciting results ahead! 👇👇
To close 2023, we present our work on #osteosarcoma genome and clonal evolution biorxiv.org/content/10.110… How does #osteosarcoma arise? What rearrangement mechanisms cause some of the most complex #chromothripsis events seen in human cancer? Does chromothripsis occur subclonally?👇
Our final #ECISeminar of this academic year will be presented by @isidrolauscher, Group Leader @emblebi 📅 1st July ⏲️12.30-2.00pm ❗️Register now: …sidro-cortes-ciriano.eventbrite.co.uk
A massive thank you to everyone at #CGCecDNA, especially our co-organisers @mischellab, Mariam Jamal-Hanjani and @HowardYChang, and all of our fantastic speakers! Together we’ll tackle the challenge of extrachromosomal DNA.
Thanks @CureSarcoma for supporting our research and making the development of #SAVANA and downstream discoveries on tumour biology possible! 🙏
Long-read 🧬sequencing reveals hidden cancer mutations, but existing tools often produce false positives. SAVANA is a machine learning algorithm trained on cancer genomes, built to make analysis faster and clinically reliable. ebi.ac.uk/about/news/res… #CancerResearch
Thrilled to share our latest work now out in @naturemethods 🥳 We present SAVANA, a novel machine-learning based algorithm to detect somatic structural variants and copy number aberrations from long-read (@nanopore & @PacBio ) sequencing data with and without matched control!👇
Introducing SAVANA, a tool to detect somatic structural variants and copy number aberrations from long-read sequencing data with high sensitivity and specificity. nature.com/articles/s4159…