… The polar concentration of CL was not contingent on the presence of ProP (Romantsov and
Wood, unpublished data). When FlAsH-labeling was used to visualize ProP homologue LacY…

The osmolality required to activate osmosensory transporter ProP and the proportion of
cardiolipin (CL) among the phospholipids of Escherichia coli rise with growth medium osmolality. …

Cardiolipin is an ever-present component of the energy-conserving inner membranes of
bacteria and mitochondria. Its modulation of the structure and dynamism of the bilayer impacts …

Soil microbial diversity represents the largest global reservoir of novel microorganisms and
enzymes. In this study, we coupled functional metagenomics and DNA stable-isotope …

Fluorescence microscopy has revealed that the phospholipid cardiolipin (CL) and FlAsH-labeled
transporters ProP and LacY are concentrated at the poles of Escherichia coli cells. The …

The phospholipid composition of the membrane and transporter structure control the
subcellular location and function of osmosensory transporter ProP in Escherichia coli. Growth in …

The techniques of metagenomics have allowed researchers to access the genomic potential
of uncultivated microbes, but there remain significant barriers to determination of gene …

… ) expressing MVCCPGCC-ProP, MVCCPGCC-T18-ProP or MVCCPGCC-T25-ProP were
grown in low osmolality MOPS medium to exponential phase as described (Romantsov et al., …

… of the correlation functions G1(t) and G2(t), ie, their asymptotic values at short timescales.
Thus we will start by considering correlation functions for t / 0. Using Eqs. 1 and 2, we have …

H + -solute symporters ProP and LacY are members of the major facilitator superfamily. ProP
mediates osmoprotectant (eg, proline) accumulation, whereas LacY transports the nutrient …