The spatial variation in the gas species concentrations suggests the existence of three distinct reaction zones but limited temperature variations.
The involvement of natural antibiotics in modulating secondary metabolism at subinhibitory concentrations suggests that they represent part of the microbial vocabulary through which inter- and intraspecies interactions are mediated.
The relative invariance of αc, observed for increasing glutamate ion concentrations, suggests that the Cu electrodeposition pathway is not affected by the presence of glutamate.
Furthermore, the comparison of the land-to-sea fluxes to in-situ concentrations suggests the presence of in-ocean removal mechanisms4, with 5 trillion plastic particles present in today's ocean which however underestimates the abundance of microplastics compared to fragmentation models5.
The successful application of hyperspectral remote sensing for the spatial estimation of SOC concentrations suggests that it is a promising technique to advance SOC inventories in semi-arid and arid regions.
The invariance of the half-wave potentials of ferrocene in pure SDS solutions whatever the surfactant and ferrocene concentrations suggests the use of this solute-solvent couple as a reference potential system.
However, the recent increasing values of recovery indicators (e.g., Hg concentrations) suggests that these estimates are conservative and will be longer if recovery remains arrested, which may in part be due to the legacy of Hg contamination on the landscape.
Comparison of force-velocity curves at limiting and saturating ATP concentrations suggests that the load-dependent diminution in kinesin velocity may be due to a decrease in the net displacement per molecule of ATP hydrolyzed, not simply to a slowing of the ATP turnover rate; kinesin would therefore appear to be a loosely coupled motor.
Considering Equation 1, the observation of constant EDTA adsorption at variable SDS concentrations suggests that SDS should have no effect on EDTA promoted dissolution rates.
Overall, low GBSS I expression in Ganken 5 combined with the cultivar's low amylose concentrations suggests that GBSS I is mainly responsible for amylose synthesis in cereal endosperm.
The negative correlation between grain Cd and As concentrations suggests that it would be difficult to find cultivars with low accumulation of both Cd and As.
