Sentence examples for concentrations fully from inspiring English sources

We assumed that mitigation measures would be fully implemented and their impacts on concentrations fully realized by 2030.

For calculations of IgG1 and IgG3 concentrations, fully human recombinant antibodies IgG1κ and IgG3 GDob1 (Vidarsson et al, 2006; Stapleton et al, 2011) were used as standards.

For the same functional group concentration and light dosage, both 1 and 10 mM LAP concentrations fully form a hydrogel in less than 10 s.

In order to test whether the muscimol infusions in Phase 1 or 3 had been in appropriate locations and of sufficient concentration fully to inactivate the critical eyeblink control regions during the consolidation time-window, in Phase 5 their efficacy in blocking the performance of established CRs was tested.

Experiments were carried out using 3 μM progesterone because: (i) this dose reflects concentrations in follicular fluid and the cumulus oophorous [ 39]; and (ii) in our previous imaging and fluorimetric studies, this concentration fully saturated the high-affinity [Ca2+]i response but did not recruit a low-affinity receptor response [ 40].

The dilution and volatilization model is able to predict the entire concentration field, and thus the mixing zone, maximum concentration and fully mixed concentration in the stream.

Also note that the testing was performed up to 10 mM of concentrations to fully cover the maximum range feasible in-vivo environment.

The nano-powders with high nickel concentrations contain fully reacted intermetallic phases, which are difficult to oxidize making them unattractive for energetic formulations.

In contrast, use of the more selective aminopyridine CMPD 6o at concentrations that fully inhibit JNK1/2 had a positive effect on cellular proliferation of immortalised WS cells, but no effect on the replicative lifespan of primary WS fibroblasts.

This region of reversed damage is responsible for the initiation of fatigue cracks from stress concentrations under fully compressive cyclic loads, crack growth retardation following tensile overloads, and transient crack growth response under spectrum fatigue loading.

The TEM and HR-TEM images 1 and 15-wt.% Cu-doped TiO2 nanoparticles (see Figure 3) shows that particles at lower doping concentrations are fully crystallized, and the crystal lattice spacing corresponds to the anatase phase of TiO2 (0.331 ± 0.03 nm), whereas the particle synthesized at 15-wt.% copper concentration shows both crystalline and amorphous phases of the material.