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operation of pilot-scale single-stage deammonification (SSD) process treating...
operation of pilot-scale single-stage deammonification (SSD) process treating medium-strength NH4+ -
Multi-omics analyses of 16S rRNA gene sequencing
Objective: The goal of this study was to comprehensively investigate the characteristics of gut microbiota dysbiosis and metabolites level in white matter injury (WMI) of very... -
Metagenome-assembled genomes from hydrothermal vent and freshwater spring sed...
This is the collection of metagenome-assembled genomes that were reconstructed from metagnomes from hydrothermal vent sediments (21 studies) and freshwater spring sediments (22... -
Raw sequences to test the transcriptional regulation of single bacterial stra...
The study aims to describe transcriptional patterns of single bacterial strains concerning their niche breadths along a salinity gradient. The niche breadth allows classifying... -
seawater metagenome Raw sequence reads
In order to decipher the microbial communities in water columns of Yongle blue hole, we sequenced metagenomes and metatranscriptomes of the Yongle blue hole seawater samples.... -
Whole genome sequence of single cells amplified with SAG-gel
This data contains genome sequences of single cells including model bacterial cells and environmental bacteria. Single cells were amplified by MDA. We have developed a new MDA... -
Inhibition of Microbial Methylation via arsM in the Rhizosphere investigated ...
Planted and unplanted microcosms treated with or without manure were sampled for arsenic speciation in soil solution and total arsenic in plant tissue alongside soil bacterial... -
Doenjang bacterial community
16S rRNA sequences of doenjang microbial community -
Variable Influence of light on the activity of Thaumarchaea
Variable Influence of light on the activity of Thaumarchaea -
marine sediment metagenome Raw sequence reads
Metagenomics of sediment samples from the Kermadec Trench and the Diamantina Trench -
Groundwater flow impacts on microbial communities in Baltic sea SGD pockmarks
Bacterial and archaeal communities were characterized from groundwater, seawater and sediment samples related to submarine groundwater discharge site on the south coast of... -
CDC HAI-Seq Gram-negative bacteria
CDC Division of Healthcare Quality Promotion’s BioProject for whole genome sequence data of Gram-negative bacteria -
Bacterial mobilization of organically bound sulfur in the mycorrhizosphere to...
AM fungi are crucial for enhancing productivity of many land plants. This study aimed to uncover the role of bacteria colonising AM fungi in sulfonate and sulfate ester... -
Atribacteria support community-wide microbial persistence through 44,000 year...
Energy-starved microbes in deep marine sediments are active and abundant, persisting in near-zero growth states for thousands of years with unknown mechanisms. Deep Baltic sea... -
Shotgun Metagenomic Sequencing of the Arctic Ocean during Winter-Spring Trans...
One of the main concerns about the Arctic Ocean has been the changing sea ice regime with a reduction in the summer sea ice extent and a shift in dominance from thicker,... -
Bacterial and archaeal 16S rRNA gene sequences from shallow groundwater and s...
Microbial ecology of eight shallow groundwater wells in addition to glacier lake outlet, Virkisa river, two springs and a hillside stream was explored using 16S rRNA gene... -
Doenjang fungal community
Fungal community of doenjang, Korean fermented soybean paste. -
activated sludge metagenome Raw sequence reads
This study aims to investigate the shift and the diversity of microbial community under different nitrogen loading rates in an anammox biofilm reactor -
Metagenomic mining of bacterial community from Krossfjorden, Arctic
Bacterial diversity from Krossfjorden sediments were explored using Metagenomic DNA extraction, Next Generation Sequencing and MG-RAST anlysis. -
IODP Expedition 386
During Expedition 386, microbiological sampling along the Japan Trench was performed to secure samples for post-expedition research that will explore the microbial communities...