Sentence examples for a recent determination of from inspiring English sources

Earlier emf data on cells using the PbSO4/Pb Hg) electrode have been used, in conjunction with a recent determination of the standard potential of this electrode, to calculate stoichiometric activity coefficients of H2SO4 in water at 298·15°K.

We mention a recent determination of the quantum complexity, i.e. the mass-gap _mGAP for a specific ensemble of three-satisfiability (3SAT) problems with a unique satisfiability assignment, which shows an exponential increase of the gap correlation length _GAP with _GAP = 1=_mGAP.

The gas-phase IRMPD spectra of the Phe-containing cations are compared to previous studies, including the X-ray-crystallographic crystal structure for the H+AlaPheCl−·2H2O salt, a recent IRMPD spectrum of H+AlaAla, and a recent determination of the IR absorption spectrum of the H+AlaPheCl− salt in a liquid-crystal host matrix, as well as recent cryogenic ion trap results for H+TyrAla and H+AlaTyr.

Prx1 is mainly found in the cytosol, although a recent determination of the mitochondrial proteome also identified Prx1 in this organelle [ 47].

The recent determination of the structure of a monoprenylated Rab GTPase bound to GDP-dissociation inhibitor provides new molecular details that are relevant to models of Rab delivery.

The RdRps of dsRNA viruses and negative-strand RNA viruses are likely to be highly diverged derivatives of the same polymerase domain, an old conjecture [ 24- 26] that has been vindicated by the recent determination of the structure of a dsRNA bacteriophage RdRp [ 27, 28].

The recent determination of its atomic structure at a resolution of 1.1 Å has revealed the structural features that determine the catalytic mechanism and substrate specificity of AldO (Forneris et al. 2008).

Moreover, recent determination of the three-dimensional structure of a Tc2 protein (gp15 from phage T4) uncovers its structural analogy with a Tc1 protein, gpU from phage λ Fokine et al. [ 66].

In particular, the recent determination of the intimate three-dimensional structure of a few serine/threonine kinases (reviewed in Ref. 16) and tyrosine kinases, and more to come, should offer significant opportunities for designing previously unexploited molecules that would efficiently combat bacterial diseases by acting on this protein modification.

A more detailed picture of the lid architecture has been provided by the recent determination of the structure of the S. cerevisiae 19S RP [ 20] and of the Schizosaccharomyces pombe 26S proteasome [ 21] by electron microscopy methods.

Recent determination of intact human γ-secretase cryo-electron microscopy structure has opened the way for a detailed investigation of the structural dynamics of this complex.