Scott Edmunds - May 29, 2017
Call for Submissions – Win Prizes and Join us in Shenzhen for ICG-12 Being co-published by BGI and based at their Hong Kong office we are regular participants at their yearly ICG (International Conference on Genomics) conference in Shenzhen. Since the very first meeting in 2006, ICG has grown to become one of the most […]
Hans Zauner - May 10, 2017
A high coverage, high quality genome sequence of the butterfly Bicyclus anynana is published today in GigaScience. B. anynana, the squinting bush brown, is a fascinating model species that can modify its morphology in response to environmental clues. The 475 Mb genome assembly, achieved by combining traditional Illumina and long read PacBio data, encodes 22,642 […]
Nicole Nogoy - May 4, 2017
Passiflora, commonly known as Passion Vines or Passion Flowers is a genus encompassing around 500 species, all of which exhibit such huge variation in leaf shape. To further understand the unique diversity of Passiflora leaves, a recent paper published in GigaScience, presents a morphometric analysis and unique open dataset encompassing over 3,300 leaves from 40 […]
Scott Edmunds - April 28, 2017
While the Guardians of the Galaxy film franchise has just released its second film, the GigaScience Galaxy series has just published its 10th, 11th and 12th papers. And all without the need of expensive CGI, although we do have our GigaGalaxy server on standby for additional computational support. For those not part of their large […]
Hans Zauner - March 23, 2017
Authors can now submit their bioRxiv preprints directly to GigaScience via the biorXiv platform, at the push of a button. This handy technical integration is another hallmark of biology preprints becoming a normal, accepted, and speedy way of communicating research results. Pre-prints, versions of a scholarly paper that precede formal publication in a peer-reviewed journal […]
Scott Edmunds - February 24, 2017
The decline of global honeybee populations are a major environment concern, because of their vital role in our food systems and pollination of flowering plants. Twenty first century ‘Omics is coming to the rescue, and published in GigaScience this week is an article that presents the genome and proteome of a mahor threat to bee […]
Nicole Nogoy - December 13, 2016
This year has been an eventful one, probably too eventful for many. For GigaScience it has been eventful too, although fortunately in a much more positive way than many have experienced. While there are fears of us entering a “post-truth” era, there is more need than ever for our role as promoters of transparency, reproducibility and providers of cold-hard data. We celebrated our birthday with Mickey Mouse, and experienced many other milestones. On the technical front, this year we have brought you better integration with citable and updatable methods, bigger better and broader data types, and much more. In the tradition of end-of-year-introspection, here is a summary of some of our 2016 achievements as we continue to push the boundaries of innovative publishing of all research objects and reproducible research.
Scott Edmunds - November 25, 2016
New in GigaScience is an article that presents the genome sequence of Ginkgo biloba, the oldest extant tree species. The research was carried out by a team of scientists at BGI, Zheijiang University and the Chinese Academy of Sciences, who tackled and analyzed an exceptionally large genome, totalling more than 10Gb. Ginkgo is considered by some as a “living fossil”, its form and structure having changed very little in 270 million years. Its unique position in the evolutionary tree of life means the ginkgo genome will provide an extensive resource for studying early events in tree development and evolution.
Nicole Nogoy - November 1, 2016
Halloween may be over, but this November GigaScience will be continuing to fight the zombie (paper) apocalypse and binge on sweet sweet brains (research outputs).
Scott Edmunds - October 11, 2016
Individual human genomes are diploid in nature, with half of the homologous chromosomes derived from each parent. The context in which variations occur on each individual chromosome has profound effects on the action and clinical importance of the genes on it, but this “haplotype” information has been mostly ignored in genomics research to date. A wealth of new data released from the Personal Genome Project via a new Data Note helps fill this gap by releasing the largest set of high coverage whole human genome assemblies with experimentally determined haplotypes to date.