Tag: robert waterhouse group

  • Europe’s drive to reverse biodiversity loss through genomics research

    Biodiversity Genomics Europe: Characterizing and preserving life using DNA data

  • Venom factories: a surprising molecular convergence, from wasps to snakes

    Animals as different as wasps and snakes have adopted surprisingly similar molecular mechanisms to squirt toxins out of their specialized cells. This is revealed by a study led by SIB scientists, who have conducted the first comparative analysis of...

  • Scaling up biodiversity genomics across Europe

    As members of the Swiss node of the European Reference Genome Atlas initiative, several SIB Groups are participating in a Pilot Project to sequence reference genomes for selected species across Europe. The results of the first phase of the Pilot...

  • Equality, Diversity, Inclusion

    About Equality, Diversity, Inclusion (EDI) Both as an employer, and as the ambassador of the Swiss bioinformatics community, SIB has a critical role to play in ensuring and fostering diversity and equal opportunities in the workplace as well as in...

  • Understanding pollinators: genomic characterisation of bumblebee biodiversity

    A changing planet threatens many species, including bumblebees - globally important pollinators in natural ecosystems and in agricultural food production. An international team co-led by SIB researchers at the University of Lausanne sequenced the...

  • Virtual SIB Days 2020: Swiss bioinformatics highlights & recorded sessions

    What are the latest computational advances to better understand diseases or ecosystems? How are bioinformaticians facing the COVID-19 crisis? The first virtual edition of our internal conference (8-10 June) has remained true to its ambition to...

  • Unravelling arthropod genomic diversity over 500 million years of evolution

    An international team of scientists report in the journal Genome Biology results from a pilot project, co-led by SIB Group Leader Robert Waterhouse at the University of Lausanne, to kick-start the global sequencing initiative of thousands of...

  • Improved genome assemblies guided by evolution

    SIB Scientists demonstrate how genome-comparison-based evolutionary approaches can be used to improve draft assemblies.

  • An inordinate fondness for beetles, or an arms race with plants?

    A behind-the-scenes look at a recent paper on the origin of beetle biodiversity, and the bioinformatics tools used along the way.

  • Evolutionary genomics supports plant-feeding as a key driver of beetle diversity

    Just a few days after the IPBES’ global biodiversity assessment was presented in Paris, SIB Scientists at the University of Lausanne published a paper explaining the origin of the biodiversity observed among beetles, arguably the largest species...

  • A major boost for insect biodiversity studies with the sequencing of the milkweed bug genome

    How does this insect, which is an important model species, feed on poisonous milkweed seeds and use the acquired toxins for its own protection and bright red warning colouration? To explore these phenomena, an international study including SIB...

  • Mosquitoes do it backwards

    Robert Waterhouse, SIB Group Leader at the Department of Ecology and Evolution at the University of Lausanne, and his team discovered that a set of genes in mosquitoes does not seem to evolve in the same way it does in other insects...

  • Decoding the genome of the wheat stem sawfly, a major agricultural pest

    What makes the wheat stem sawfly such a major pest in the grasslands of North America? An international study co-led by SIB researchers at the University of Lausanne unravels its genome...

  • Robert Waterhouse's group

    What we do The group’s research is focused on elucidating interactions between gene evolution and gene function through developing computational approaches to interrogate evolutionary and functional genomics data. We are developing quantifications...

  • Gauging the completeness of genomics data with BUSCO

    With ever-lowering sequencing costs, genomic sequencing projects have been initiated for a wide range of organisms, but the vast majority of genomes currently exist in the form of draft assemblies.