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Assessing the potential of natural microbial communities to improve a second ...
Comparison of multiple sources of inocula from thermal and saline environments and fermentation derived communities to improve a second generation biofuels platform using the... -
sediment microorganisms nirK gene Raw sequence reads
We extract total DNA in sediment microorganisms from BoHai sediment, and we use illumina to study the nirK gene in total DNA. -
Metagenomic mining of microbial community from Krossfjorden sediments
Next Generation Sequencing and MG-RAST analysis of microbial community explored from Krossfjorden sediments -
Novel halophilic and halotolerant producers of antimicrobial compounds from v...
We describe the results of three different approaches to the search for novel antimicrobial compounds in halophilic and halotolerant microorganisms inhabiting three different... -
Alphaproteobacteria Metagenome
This dataset has no description
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Fecal reference library for microbial source tracking in the mid-Atlantic Uni...
We provide a reference library of 100+ fecal samples relevant to mid-Atlantic United States ecosystems including wild and domesticated fauna in addition to wastewater and septic... -
A metagenomic approach using high resolution marine sediment core from south ...
A metagenomic approach using high resolution marine sediment core collected from south eastern Arabian Sea. -
Raw data of eDNA ArcticNet
eDNA from water and sediment for different Arctic ports (Tide, Season, bulk and sediment vs water) -
A novel cable bacteria with a distinct morphology and genomic potential
A novel cable bacteria with a distinct morphology and genomic potential. After generating a single strain culture of a cable bacteria confirmed by aPCR, this study continued to... -
South China Sea interfaces 16S amplicon sequencing
16S amplicon sequencing of microbial communities at geological interfaces in South China Sea marine sediments sampled during IODP expedition 349. -
Characteristics of SRB community in Sediments from the East China Sea by high...
The diversity and composition of SRB in sediments from the East China Sea was investigated based on the high-throughput sequencing analyses of the dsrB gene -
Marine sediments from the maritime Antarctic assessed using DNA metabarcoding
ITS amplicons from marine sediments of maritime Antarctic locations in the Southern Ocean in the vicinity of the South Shetland Islands -
Marine sediment
Analysis of 16S rRNA gene diversity in coastal sediments from Europe and Australia -
Dorado Outcrop marine sediment metagenome
The Dorado Outcrop is a site of focused low temperature hydrothermal venting in the East Pacific Ocean and is representative of ridge flank crust systems that are responsible... -
Western Indian Ocean coral reef microbial diversity
Microbial communities play central roles in ecosystem functioning. Microbes are also known to be critical for coral nutrition, homeostasis and protection against diseases.... -
Metagenome from microbial community of plankton and sediment
In this work, we have characterized the microbial diversity in mesopelagic and bathypelagic zones of the water column (500, 1000 m and 1250 m depth) and bottom sediment from the... -
resuscitation mechanisms during enrichment culture and studying gene function
To analyze the culturable mechanisms of enrichment culture, and to establish a sequencing-based workflow that could be used as a platform for the culturing of marine bacteria.... -
Sediment bacteria in the Southern Ocean
The aim of the study was to investigate bacterial community structures sediment samples taken in the Southern Ocean around Elephant Island and the Antarctic Peninsula. Bacterial... -
Guaymas Basin Sediment Metagenomic assembly
Deep-sea hydrothermal vents are hotspots for productivity and biodiversity. Thermal pyrolysis and circulation produce fluids rich in hydrocarbons and reduced compounds that... -
Phenanthrene Lignite Anaerobic Cometabolic Biodegradation
This project explored the cometabolic biodegradation of coal and phenanthrene (a coal model compound) using a phenanthrene-degrading mixed culture.
