Sentence examples for pathway of processing from inspiring English sources

This concept was introduced by Geer and Bellard (1996) and Geer and Melton (1997) and supports the proposed controlled pathway of processing sexual stimuli in a variety of experiments (e.g., Spiering, Everaerd, & Elzinga, 2002).

Also, the abundance of complex 77 in Additional file 5, Table S1 is increased in the minimal media and one possible explanation is its component protein transketolase's (Tkl1's) involvement in the pentose phosphate pathway of processing glucose 6-phosphate to produce ribose-5-phosphate, which can be demanded more in the minimal media [ 28].

The results of MS analysis indicated that the creation of the ≈120 kDa protein represents classical autotransporter pathway of processing of PmpD with a cleavage site between the PD and TD (aa 1242 and 1243) recognized by outer membrane proteases.

This model, while attempting to explain the processing of textures, is embedded in a more general neural model architecture of the infero-temporal pathway of form processing.

When fitting the SEM to the data for number-sensitive areas extracted from the occipital area found in Experiment 1, there was no evidence that they are part of a pathway for processing nonsymbolic numerical stimuli.

The apparent diversity of processing pathways bears the question to what extent the read patterns in RNA-seq datasets contain information on the processing of particular RNAs.

Overall in these studies, the comparison of biologically relevant (faces, animals cries, voices) and non biologically relevant (tools, means of transport) stimuli have exhibited the existence of distinct cortical pathways for processing these different categories.

There are two major pathways of APP processing.

In contrast, the two pathways of "Protein processing in endoplasmic" and "Tryptophan metabolism" contained KEGG information only in the 3d_vs_8d stage with a total number of four genes (Fig.  5a).

In agreement with Andersen and Willnow [ 21], this result suggests that an over-expression of SORLA prevents the localization of APP from the TGN to the cell surface and to the endosomes, whereby an over-expression of SORLA decreases the products produced in the amyloidogenic and non-amyloidogenic pathways of APP processing.

Hypothetically, such activation of a whole pathway for processing of the newly synthesized proteins in ER (if confirmed by follow-up experiments) might serve for rapid removal of protein species which are no more compatible with newly initiated developmental destiny after switching from direct development to diapause (T conditions).