Leptothrix species produce microtubular organic–inorganic materials that encase the
bacterial cells. The skeleton of an immature sheath, consisting of organic exopolymer fibrils …

Naturally occurring tubular iron oxides produced by aquatic bacteria in Leptothrix spp. are
promising raw materials for hematite-based red pigments because of the higher heat …

Biogenic microtubular iron oxides (BIOXs) derived from Leptothrix spp. are known as
promising multifunctional materials for industrial applications such as ceramic pigments and …

The composition of biomasses obtained by the cultivation of Leptothrix genus bacteria in
Adler, Fedorov, and Lieske nutrition media has been studied by infrared and Mössbauer …

Leptothrix sp. was cultivated in Lieske's medium in the presence of Al foil covered by anodic
Alumina. Samples of biomass deposited on lamellae were studied by the methods of …

Bacteria from Leptothrix genus were cultivated in Lieske's medium in presence of metallic
lamellae (Al foil one-sided covered by anodic Al 2 O 3) in order to obtain supported γ …

Biogenic composites are interesting as green and sustainable precursors for preparation of
advanced materials of various applications. Biomaterials from Leptothrix group bacteria …

Results from experiments aiming biogenic lepidocrocite synthesis by Leptothrix genus of
bacteria cultivation are presented. Two approaches were applied:(i) variation of feeding …

The present study is focused on the preparation of modified iron-containing biogenic
materials and testing them as catalysts for the reaction of CO oxidation. Modification was …

Leptothrix genus bacteria were cultivated in Lieske medium modified by the presence of
inorganic material. Two modifiers were used: a fibrous 0.3% Pd/mesoporous silica-alumina …