Jason Flowers Metabolic Characterization of Candidatus Accumulibacter Phosphatis Using Metaproteomic Analysis

submitted by: dougramsey
In many freshwater bodies, phosphorus is a limiting nutrient for bacterial growth. To prevent eutrophication, enhanced biological phosphorus removal (EBPR) of waste water has been successfully applied at sewage plants for the past thirty years. Previous researchers could only speculate about the biochemical pathways involved in EBPR principally because the organisms responsible for EBPR cannot be isolated in pure culture. Using metagenomic data recently obtained from a Candidatus...

Overview of the GSC and the Minimum Information About a (Meta) Genome Sequence (MIGS/MIMS) Speci?cation

submitted by: dougramsey

Overview of the GSC and the Minimum Information About a (Meta) Genome Sequence (MIGS/MIMS) Specification - Dawn Field, Oxford Centre for Ecology and Hydrology

A Genomic Encyclopedia of Bacteria and Archaea (GEBA) and the Search for the Dark Matter of the Biological Universe

submitted by: dougramsey
There is a glaring gap in microbial genome sequence availability – the currently available genome sequences show a highly biased phylogenetic distribution compared to the extent of microbial diversity known today. This bias has resulted in major limitations in our knowledge of microbial genome complexity and our understanding of the evolution, physiology and metabolic capacity of microbes. Although there have been small efforts in sequencing genomes from across the tree of life for...

How Might S Geno and M Geno Work Together for Getting to Biological Function?

submitted by: dougramsey

Metagenomics 2008 Discussion/Breakouts: Moderator: John Wooley, Chair, Metagenomics 2008, et. al.

Integrative Marine Metagenomics

submitted by: dougramsey

Integrative Marine Metagenomics

The Human Oral Microbiome by Floyd Dewhirst, Harvard University

submitted by: dougramsey
The human oral cavity is a diverse habitat that contains approximately bacterial 600 predominant species. The oral microbiome is comprised of 44% named species, 12% isolates representing unnamed species, and 44% phylotypes known only from 16S rRNA based cloning studies. Species from 11 phyla have been identified: Firmicutes (211), Bacteroidetes (106), Proteobacteria (99), Actinobacteria (64), Spirochaetes (49), Fusobacteria (29), TM7 (12), Synergistetes (10), Chlamydiae (1), Chloroflexi (1)...