The mock metagenome, MAGs and breaking the first rule of Long Read Club Nick showing us some of his experiments with an early antecedent Short Read Club… Out today in GigaScience is a new “mock metagenome” Data Note from the Nick Loman lab in Birmingham showcasing the latest long-read sequencing technologies from Oxford Nanopore.
The 12th International Biocuration Conference was held in Cambridge, UK from April 7-10th 2019. As regular participants of the meeting you can read our write-ups of the meeting going back to 2012. This is a forum for biocurators and developers to discuss their work and to promote collaboration.
It’s DNA day, commemorating the publication of the structure of DNA in 1953, as well as the completion of the Human Genome Project in 2003. Genomics has come a long way since then. Today it is possible to sequence whole genomes with a very reasonable investment of time and money. What an amazing time for scientists who are working with non-model organisms.
FAIRer Sharing via FAIRsharing Image from FAIRsharing.org. Our aim at GigaScience is to provide the means to open up and share research data. On top of just making these available via our (new look) GigaDB database, we’ve been involved with communities that wants to maximize the utility of these research outputs by making them FAIR: Findable, Accessible, Interoperable and Reusable.
Just out in full text is a our first paper showcasing our latest complete integration with the Sketchfab 3D viewer. In this a 3D fossil seabed from the lower Devonian geologic period has been digitally reconstructed using micro X-ray computed tomography (microCT) imaging.
Citizen Science at UNEA4 As GigaScience has the aim of opening and democratising science as far as it can go, we even work towards the involvement of non-professional “citizen scientists” in the scientific process.
The 10th anniversary of the EMBO Workshop: Visualising Biological Data (VIZBI 2019) took place in EMBL in Heidelberg last week. GigaScience Data Scientist Chris Armit was there and was astonished at the cinematic quality of the visualisations that were showcased over this 3-day meeting.
The diffraction limit of a microscope hinders the ability to see single molecules as the optics do not allow the researcher to distinguish between two fluorescently labelled molecules that are less than 200nm apart. As a means of overcoming this barrier, super-resolution microscopy utilises various tricks to go beyond the diffraction limit and image sub-cellular nanostructure in cells and tissues.
New genomic data from five birds-of-paradise reveal genes that are shaped by selection and help explain the origin of their spectacular plumage. Birds-of-paradise, with their elaborate and colorful feathers and their complex courtship displays, are a school-book example of sexual selection.
Dr Yang Tuo collecting in Ruili, CC-BY Our Biggest Dataset Yet. Oh, Ruili? * A new Data Note* provides genome sequencing data that effectively triples the number of plant species with available genome data.
