1. Investigation of Life in a High-Pressure Environment 2. JAMSTEC Exploration of the Deep-Sea High-Pressure Environment 3. Taxonomic Identification of Piezophilic Bacteria 3.1. Isolation of Piezophiles and their Growth Properties 3.2 Taxonomic Characterization and Phylogenetic Relations 4. Biodiversity of Piezophiles in the Ocean Environment 4.1. Microbial Diversity of the Deep-Sea Environment...

1. Investigation of Life in a High-Pressure Environment 2. JAMSTEC Exploration of the Deep-Sea High-Pressure Environment 3. Taxonomic Identification of Piezophilic Bacteria 3.1. Isolation of Piezophiles and their Growth Properties 3.2 Taxonomic Characterization and Phylogenetic Relations 4. Biodiversity of Piezophiles in the Ocean Environment 4.1. Microbial Diversity of the Deep-Sea Environment...

Twenty-five years ago this month, Thomas Gold published a seminal manuscript suggesting the presence of a "deep, hot biosphere" in the Earth's crust. Since this publication, a considerable amount of attention has been given to the study of deep biospheres, their role in geochemical cycles, and their potential to inform on the origin of life and its potential outside of Earth. Overwhelming evide...

The brine-seawater interface of the Kebrit Deep, northern Red Sea, was investigated for the presence of microorganisms using phylogenetic analysis combined with cultivation methods. Under strictly anaerobic culture conditions, novel halophiles were isolated. The new rod-shaped isolates belong to the halophilic genus Halanaerobium and are the first representatives of the genus obtained from deep...

Pythium irregulare oomycetes adapts with environmental changes including crude oil concentration by changing the composition of lipids in the cytoplasmic membrane and providing the required characteristics for adaptation in improper and stressful environmental situations. It was found that cultivation of Pythium irregulare LX oomycetes in the nutrient media with different concentrations of crud...

pythium irregulare oomycetes adapts with environmental changes including crude oil concentration by changing the composition of lipids in the cytoplasmic membrane and providing the required characteristics for adaptation in improper and stressful environmental situations. it was found that cultivation of pythium irregulare lx oomycetes in the nutrient media with different concentrations of crud...