… Considering the sample preservation conditions, those methods introduced in Section 3.2
were chosen to characterize the potential biominerals in this chimney. Molecular analysis, a …

… and crusts, hydrothermal vents from the Deep Sea are economically … While hydrothermal
vents can regenerate in weeks, … In contrast, hydrothermal vents have apparently an abiogenic …

… hydrothermal vents on the seafloor host neutrophilic microaerophilic Fe-oxidizing bacteria
that utilize the Fe(II) supplied by hydrothermal … as geochemical, molecular and microtextural …

… Furthermore, hydrothermal vent species living within the toxic plumes of super-heated water
can incorporate additional minerals and metals, such as iron sulphide and silica, into their …

… by certain organic macromolecules, and they are found … in Molecular and Subcellular Biology
gives a survey on the most recent developments in the field of Molecular Biomineralization …

… Here, we investigate microbial biomineralization of a deep-sea vent community in the Edmond
vent … In this study, molecular phylogenetic analysis identified no iron-oxidizing bacteria, …

Here we examine Fe speciation within Fe-encrusted biofilms formed during 2-month seafloor
incubations of sulfide mineral assemblages at the Main Endeavor Segment of the Juan de …

… The surprisingly intimate structural, biochemical, and even molecular integrations between
… Microbial biomineralization of magnetic iron minerals: microbiology, magnetism and …

… hydrothermal complexes. (7) If life first incubated in mineral membranes within the hydrothermal
vents, … the incorporation of proto-biological molecules within the mineral membranes to …

… Deep-sea hydrothermal vents are representative areas of … Hydrothermal vent microorganisms,
including free-living cells, … of microorganisms inhabiting deep-sea hydrothermal vents and, …