Tag Archives: metagenomics
One group of bacteria to rule them all
Hans Zauner - March 26, 2021
New research in GigaScience reveals a previously hidden diversity of symbiotic Rickettsia bacteria. The new data are also relevant for studying human and animal diseases that are caused by some types of Rickettsia.
iMicrobe: Fostering Community-Driven Science and Data Discovery. Q&A with Bonnie Hurwitz
Nicole Nogoy - August 2, 2019
In this data-driven era, research is faced with new challenges, from sharing, storing and accessing data, including how to better integrate data to answer big questions in science. With many data repositories available, it is hard to maintain them all – some repositories are forced to close – meaning loss of access to invaluable datasets. […]
FUNC in the Fjords: Functional Metagenomics 2019 in Trondheim
Nicole Nogoy - July 27, 2019
The Norwegian city of Trondheim seemed the place to be this June – with hotels in high demand due to the BarCode Of Life conference, The Big Challenge Science Festival (including a concert by that famous science communicator Sting), and the Functional Metagenomics 2019 conference (#FMG2019) all taking place over the same period (June 16-19th). […]
Mock the Metagenome. Author Q&A with Nick Loman & Sam Nicholls
Scott Edmunds - May 15, 2019
The mock metagenome, MAGs and breaking the first rule of Long 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. Having published the first nanopore E. coli genome with us in 2014 showcasing the then […]
Meet the GigaScience ICG Prize Winner, Pt. 2: Lisa Johnson Q&A
Scott Edmunds - December 14, 2018
Yesterday we published the winning paper of the second GigaScience prize, with additional detail and coverage in GigaBlog describing why we and the judging panel found it so novel. This was an impressively case study in reproducibility, reassembling & reannotating around 700 microbial eukaryotic transcriptomes to demonstrate this approach can aid in revealing new biologically relevant […]
Reprocessing the Microbial Genomic Goldmine: Winner of the ICG13 Prize
Scott Edmunds - December 13, 2018
Out today is the winner of our ICG13 Prize, presenting work that can aid in revealing new biologically relevant findings and missed genes from previously generated transcriptome assemblies. Teaching old data new tricks, and maximising every last nugget of information from previously funded research. Here we present some insight into why the reviewers and judges […]
Making sense of pangenome networks
Hans Zauner - October 15, 2018
Navigating Pangenome’s Labyrinth In the two decades since the first genomes were sequenced, with the exponential growth of new and closely related genomes it has become increasingly difficult to visualise and compare their structure. Particularly with the large diversity and difference in genes within microbial genomes. A new computational pipeline, published in GigaScience, makes it […]
Of Mice and Men (and Monkey) Microbiomes.
Scott Edmunds - August 31, 2018
Monkey Microbiome Business Research just out in GigaScience introduces the macaque monkey to the microbial gene catalogue club, joining other important model organisms including the (also recently published in GigaScience) Rat, Mouse, Pig and Cow. To explain more, in this posting we give some insight into what this data shows, and how this growing library […]
Reproducible Research Resources for Research(ing) Parasites
Scott Edmunds - June 3, 2016
Two new research papers on scabies and tapeworms published today showcase a new collaboration with protocols.io. This demonstrates a new way to share scientific methods that allows scientists to better repeat and build upon these complicated studies on difficult-to-study parasites. It also highlights a new means of writing all research papers with citable methods that can be updated over time.
Fermenting a Reproducible Research Revolution
Scott Edmunds - July 30, 2015
With greater awareness in the difficulties in making scientific research more reproducible, numerous technical fixes are being suggested to move publishing away from static and often un-reproducible papers to more reproducible digital objects that better fit 21st century technology. New research demonstrates one potential approach through publishing open data and code in containerized form using docker, and also allowing scientists to tackle climate change, through better understanding of the production of biofuels.