In this paper we are interested in the existence of strictly increasing solutions and, in particular, of homoclinic solutions.
For histologic analyses (Monfoulet et al., 2011), undecalcified bones were fixed, dehydrated in increasing ethanol solutions at 4°C, and embedded in methyl methacrylate according to standard protocols.
Higher concentrations could not be tested due to the increased solution viscosity in the cryopreservation solution.
Cells were further fixed with 1% OSO4, dehydrated in gradually increased acetone solutions, and were embedded in epoxy resin (Epon812).
These compounds can interact with free ThT in solution increasing the fluorescence intensity in a manner similar to that of amyloid aggregates.
Rayleigh light scattering by arginine in solutions increased in a concentration dependent manner (Figure 2D).
Both ions concentrate in solution with increasing evaporation until the solution is saturated with respect to halite.
The O3 half-life in solutions increased by as much as 40-fold relative to HPβCD-free O3 solutions.
With increasing salinity in solutions, D values increase in both the haplogranite and jadeite melt systems.
Furthermore, the removal of lead results in an increase in solution pH (removal of protons) and the release of calcium, magnesium, potassium, and sodium from the cocoa shells (Meunier et al. 2003c).
