A Gram-negative, arsenite-oxidizing bacterial strain, designated VC-1, was isolated from sediment samples from the Camarones Valley in the Atacama Desert, Chile. Strain VC-1 was strictly aerobic, oxidase and catalase positive, rod shaped, of about 5.5μm in length and 0.5-1.0μm in diameter. It was motile by means of multiple polar flagella. The phylogenetic reconstruction of the 16S rRNA gene sequence, an MLSA study by concatenating six genes, and DDH studies indicated that the strain differed genotypically from its closest relatives and was therefore recognized as a new species within the genus Pseudomonas. Phenotypic analysis combining metabolic tests, fatty acid profiles and MALDI-TOF profiles of total cell extracts supported the classifi...
Soil microorganisms that inhabit extreme environments have unique metabolic capacities and/or physic...
Reductive transformation of toxic arsenic (As) species by As reducing bacteria (AsRB) is a key proce...
Arsenite is considered to be more toxic than arsenate (an average of 100 times). It can be oxidized ...
Nine novel arsenite-oxidizing bacteria have been isolated from two different gold mine environments ...
A bacterial strain, OHA11T, was isolated during the course of a study of phosphate-solubilizing bact...
The present study investigates on the bacterial community structure of arsenic contaminated soil sam...
A Gram-negative, mobile, rod-shaped, non-spore-forming bacterium (strain 14-3T) was isolated from a ...
At Hot Creek in California, geothermally derived arsenite is rapidly oxidized to arsenate. This proc...
18 páginas, 2 figuras, 2 tablas. – The definitive versión is available at http://ijs.microbiologyres...
At Hot Creek in California, geothermally derived arsenite is rapidly oxidized to arsenate. This proc...
At Hot Creek in California, geothermally derived arsenite is rapidly oxidized to arsenate. This proc...
7 páginas, 2 figuras y 2 tablasDuring a study on biodiversity of bacteria inhabiting rhizospheric so...
[eng] Strains V113T, V92 and V120 have been isolated from sand samples taken at the Atlantic interti...
International audienceA novel bacterium, strain b6T (T=type strain), was isolated from a disused min...
<div><p>Reductive transformation of toxic arsenic (As) species by As reducing bacteria (AsRB) is a k...
Soil microorganisms that inhabit extreme environments have unique metabolic capacities and/or physic...
Reductive transformation of toxic arsenic (As) species by As reducing bacteria (AsRB) is a key proce...
Arsenite is considered to be more toxic than arsenate (an average of 100 times). It can be oxidized ...
Nine novel arsenite-oxidizing bacteria have been isolated from two different gold mine environments ...
A bacterial strain, OHA11T, was isolated during the course of a study of phosphate-solubilizing bact...
The present study investigates on the bacterial community structure of arsenic contaminated soil sam...
A Gram-negative, mobile, rod-shaped, non-spore-forming bacterium (strain 14-3T) was isolated from a ...
At Hot Creek in California, geothermally derived arsenite is rapidly oxidized to arsenate. This proc...
18 páginas, 2 figuras, 2 tablas. – The definitive versión is available at http://ijs.microbiologyres...
At Hot Creek in California, geothermally derived arsenite is rapidly oxidized to arsenate. This proc...
At Hot Creek in California, geothermally derived arsenite is rapidly oxidized to arsenate. This proc...
7 páginas, 2 figuras y 2 tablasDuring a study on biodiversity of bacteria inhabiting rhizospheric so...
[eng] Strains V113T, V92 and V120 have been isolated from sand samples taken at the Atlantic interti...
International audienceA novel bacterium, strain b6T (T=type strain), was isolated from a disused min...
<div><p>Reductive transformation of toxic arsenic (As) species by As reducing bacteria (AsRB) is a k...
Soil microorganisms that inhabit extreme environments have unique metabolic capacities and/or physic...
Reductive transformation of toxic arsenic (As) species by As reducing bacteria (AsRB) is a key proce...
Arsenite is considered to be more toxic than arsenate (an average of 100 times). It can be oxidized ...