Sentences with phrase «of microbial genomics»
Next - generation sequencing (NGS), also known as high - throughput sequencing, is changing the field of microbial genomics research.
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The genomes described this month reflect the overall historical bias of microbial genomics towards pathogenic bacteria.
Not exact matches
Wth technology addressing skin microbial therapeutics, fertility science, chronic disease alleviation, post traumatic stress disorder treatments, and services for the biopharmaceutical and clinical research industries; the startups selected by Illumina will have access to the company's genomics and sequencing expertise, business coaching, lab and office space and an infusion of capital.
«I think it's important [for journals] to be discussing this, but I think it's unrealistic to think that journals can and should play the role of the sole enforcer,» says Claire Fraser, director of The Institute for Genomic Research in Rockville, Maryland, which posts a range of microbial gene sequences online.
In the current study, for example, they utilized genomic information from hundreds of microbial species commonly found in humans to create computer models of nutrient and energy metabolism.
In a perspective piece published November 6 in the journal Science, Eddy Rubin, Director of the U.S. Department of Energy Joint Genome Institute (DOE JGI), a DOE Office of Science User Facility, along with Microbial Program Head Tanja Woyke, discusses why the time is right to apply genomic technologies to discover new life on Earth.
Stories about microbial hitchhikers, the largest dam - removal project in North America, and issues raised by the new era of personal genomics are among the winners of the 2012 AAAS Kavli Science Journalism Awards.
This collection of marine microbial genomic, the first in the world on a global scale, will provide new clues about a reservoir of biodiversity yet to explore, considering that it could imply the discovery of tens of millions of new genes in the coming years.
Sapp explores how molecular methods have changed our understanding of microbial genetics and genomics and the large - scale relationships among microbes.
«The microbial world is one of the last frontiers of exploration on our planet, and we're using microscopes together with genomics to learn as much as possible about this invisible life.»
Clement Furlong, a researcher in medical and genomic sciences at the University of Washington notes that the «huge advantage» of these heavy - chain - only antibodies «is that you can make them by fermentation in microbial systems and make a lot of antibodies inexpensively.»
A team of scientists announced that they have sequenced the genome of the common soil bacterium Streptomyces coelicolor — the largest microbial genome to date — unearthing both promising and surprising genomic features.
For example, the large - scale sequencing program has already started to sequence the genomes of 100 microorganisms found in the human gut, and will build on this by using genomic sequencing to characterize the complex microbial communities found at many sites in and on the human body.
Use of genomics to design a diagnostic assay to discriminate between Streptococcus pneumoniae and Streptococcus pseudopneumoniae — Matthew A. Croxen — Microbial Genomics
Additional uses include precise diagnosis of microbial infection, describing transmission patterns, understanding the genomics of emerging drug resistance and identifying targets for new therapeutics and vaccines.
Therefore, we propose to perform metagenomics and transcriptomics analysis on vaginal samples from patients with high - and low - risk HPV phenotypes to investigate the microbial population dynamics and genomic diversity of the vagina during various stages of HPV infection compared to uninfected individuals.
«Over the last several years, single - cell genomics has become a popular tool to complement metagenomics,» said study senior author Tanja Woyke, head of the DOE JGI Microbial Program.
The focus of the Microbiome Ideas Challenge is the development of new tools and methods that will help transition the field of microbiome research from correlative studies — i.e., genomics - driven microbial censusing efforts — to causal understanding of microbial function.
The recent realization of the vastness of microbial diversity and the genomics revolution have propelled the microbial sciences into an exciting new era of investigation.
«Single cell genomics can be applied to understand the heterogeneity of tumors, to explain how genetically identical cells may show distinct behavior, and to explore the vast, uncharacterized microbial landscape.
The project will be the first to statistically analyze anthropological and environmental data alongside genomics data of the microbial communities of human milk and the corresponding bacteria present in the gastrointestinal tracts of infants.
Single cell genomics is an emerging technology enabling the exploration of genomes of individual microbial cells without the need for prior cultivation.
Dr. Venter is founder and CEO of JCVI, leaders in human, microbial, and synthetic genomics.
Disa will work on the genomic exploration of «microbial dark matter», focusing on new archaeal lineages and viruses, using both lab - and bioionformatics - based approaches.
«More than 200 microbial species live in the digestive systems of cows and other ruminants,» says Karen Nelson, a microbial genomics researcher at TIGR.
Over 64 of these papers reported studies on the genomics of microbial pathogens since 2008.
The Faculty of Life Sciences at the University of Vienna has gathered an exceptional number of renowned experts over the past years with complementary research areas in microbial ecology, functional genomics and aquatic and terrestrial ecosystem research.
William Nierman, PhD, has studied microbial genomics since joining the faculty of The Institute for Genomic Research (TIGR) in 1998.
SciLifeLab and the host universities want to support young researchers and further strengthen the research environment at SciLifeLab and are therefore now advertising eight career positions for research leaders, two at each of the universities, in the fields of microbial bioenergy production, applied physics, biomedical sciences, ecological genomics, RNA biology, molecular medicine and molecular biosciences.
The Swedish Biodiversity Program aims to target biodiversity of bacteria, viruses, archaea and eukaryotes and combinations thereof to promote large research projects aiming to uncover and understand genomic variability in nature by use of massively parallel sequencing and microbial single cell analysis.
The topics will be single cell genomics and transcriptomics of unknown microbial species.
JCVI continues to lead the world in genomic science with new programs to improve understanding in the areas of genomic medicine, infectious disease, microbial and environmental genomics, synthetic biology, and informatics.
Genetic and genomic analysis of nucleic acids from environmental samples has helped transform our perception of the subsurface as a major reservoir of microbial novelty.
He is Founder, Chairman and President of the J. Craig Venter Institute (JCVI), a not - for - profit, research organization with more than 400 scientist and staff dedicated to human, microbial, plant, synthetic and environmental genomic research, as well as the exploration of social and ethical issues in genomics.
Paul's research expertise includes: cultivation of marine bacteria, microbial distribution and interactions with marine plants and invertebrates, sequence - based approaches to the discovery of natural products from marine microbes, comparative genomics, microbial chemical ecology, molecular evolution and natural product biosynthesis.