… , when cultured on hexadecane, forms not only special cell wall structures but also extracellular
vesicles containing inorganic polyphosphates. These polyphosphates are stained with …

… polyphosphate was present in the cell wall of cells grown … hexadecane in condition of
phosphate limitation. The content and chain length of polyphosphates were higher in hexadecane-…

… of calcium phosphate crystals extracted from tetradecane/hexadecane-… growth and
assembly of reticulated calcium phosphate structures from supersaturated tetradecane/hexadecane/…

… in the decrease of the growth rate in comparison with cultivation in a medium with glucose
(Table 1.4). The cells grown in the presence of hexadecane accumulated much more long …

… As a result, we hypothesized that shifts between N-, P-, and C-limitation of microbial growth
… of N and P for balanced microbial growth. Previous evidence has suggested that shifts …

… hexadecane as sole carbon source by forming a canal-like structure to bind and oxidize
hexadecane. … long-chain PolyPs during growth on hexadecane. PolyP accumulation using …

… of growing in soil containing n-hexadecane as the sole source of carbon, the mineral salt
media with supplementary of n-hexadecane … A blank was also used without phosphate buffer …

… In this study, we confirmed that the growth of strain DR1 utilizing hexadecane as a sole …
The lag time of the hexadecane growth curve was longer than that of the succinate growth curve …

… Inorganic polyphosphates (polyP) are linear polymers made … accumulate polyP under different
growth conditions for which … , this technique was applied using hexadecane (an aliphatic …

… Cell growth results were expressed as the difference between CFU mL −1 at the end of …
with inorganic phosphate (K 2 HPO 4 ) and expressed as intracellular phosphate content in µg K …