Sentence examples for molecules distinct from from inspiring English sources

Schrick et al. [23], for example, following an analysis of the fk mutant, propose a model in which specific sterol molecules, distinct from BRs, may have specific signalling roles required for correct cell patterning.

The deleterious effects of tumour-cell supernatants were mainly mediated by thermostable molecules distinct from VEGF.

As shown on Fig. 3B, probe U strongly hybridized with 6 extrachromosomal DNA molecules distinct from the chromosomal DNA, which did not hybridize (Fig. 3A and 3B).

Furthermore, binding of OPG to surface molecules distinct from RANKL, which has been demonstrated for tumor-necrosis-factor-related apoptosis inducing ligand, for example [ 45], could affect synovial inflammation.

These results conclude that small soluble molecules distinct from VEGF (described as a moiety in the 35 45 kDa range) are the main mediators of decreased T-cell-stimulating activity in DC differentiated from monocytes in the presence of RCC culture supernatants.

However, it is possible that some GC-sensitive CLL samples might be rendered GC resistant when stimulated by extrinsic factors in the in-vivo leukemic microenvironment, and that this induced resistance might be mediated by molecules distinct from those responsible for intrinsic resistance.

On the other hand, as it is not known whether WUS moves between cells, we assume that WUS is involved in the self-activation pathway of the activator, a hypothetical diffusible molecule distinct from WUS in the model.

Ofatumumab recognises a unique membrane-proximal epitope on the human CD20 molecule, distinct from the epitope recognised by rituximab 1 or by other anti-CD20 mAb. 2 3 The membrane proximity of this epitope probably accounts for the high efficiency of B-cell killing observed with ofatumumab in both in-vitro and in-vivo preclinical studies.

The solid-state supramolecular structures of the pyridyl molecules are distinct from the dihydropyridyl molecules in terms of their hierarchical assembly via hydrogen bonding due to the loss of primary N H hydrogen bond donors in the two electron oxidized tectons.

CASE was applied initially to "small molecules" as distinct from biological macromolecules and biopolymers.

Since in these regimes the superlenses can operate slightly off resonance the performance, in regards to imaging fluorescent dye molecules, would be distinct from that in the conventional superlensing regime studied in e.g. [20].