Rogue Scholar Beiträge

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Veröffentlicht in GigaBlog

Following our efforts encouraging open-science projects, such as the community funded “Peoples Parrot” and OpenAshDieback, today we have a guest posting from Fay-Wei Li and Kathleen Pryer from the Department of Biology at Duke University covering a crowdfunding effort to sequence the Azolla genome.

Veröffentlicht in GigaBlog

New research and data published in GigaScience and PLOS ONE provides complete open access to detailed 3D images of earthworms To quote the American cartoonist Gary Larson: all things play a role in nature, even the lowly worm—but perhaps never in such a visually stunning way as that presented in two papers published last week in GigaScience and PLOS ONE . The work and data presented here

Veröffentlicht in GigaBlog

Insect goo aids biodiversity research Apologies to Jonathan Eisen (see Badomics in the journal), but today in GigaScience we publish a new “squishomics” approach for assessing and understanding biodiversity, using the slightly wacky sounding method of combining DNA-soup made from crushed-up insects and the latest sequencing technology.

Veröffentlicht in GigaBlog

The worm that turned (epigenetics) GigaDB, GigaScience ’s associated database, has had a number of new datasets just added, many for data types previously not hosted. Today marks the publication of new research in our sister BMC journal Genome Biology shaking up the epigenetics field by shattering the assumption that DNA methylation is absent in nematodes.

Veröffentlicht in GigaBlog

A Grassroots Funding effort in Puerto Rico enables genome sequencing of the critically endangered Puerto Rican parrot The rationale and scope for GigaScience has been to cover and provide a home for the growing number of studies producing and handling large-scale biological data, and this “big-data” data bonanza is not just due to well funded labs, but an increasingly globalized and distributed network of researchers.

Veröffentlicht in GigaBlog
Autor Alexandra Basford

ICSB 2011 left me with a greater than ever appreciation for, to borrow from the title of the last plenary session, the complexity of life. I was impressed by the increasingly complex and explanative models that are being built, and faster and more detailed imaging methods under development, not to mention the exciting new applications of systems biology for disease treatment.I am sure I’m not the only one who feels this way.