Increasingly the mechanisms hypothesized involve non-sequential organization of non-linear operations and so exceed the ability of researchers to mentally rehearse their behavior.
Thus, TN-C promoted epithelial cell proliferation leading to luminal filling, a process that we hypothesized involved c-met, a proto-oncogene amplified in breast tumors that promotes intraluminal filling.
Alternately, a purely linguistic activation could be hypothesized, involving the Visual Word Form Area (left fusiform gyrus of the temporal cortex) being more responsive to (equally frequent) more salient or arousing words [33], [34].
From our microarray analysis in AP-2α silenced GN-11 neurons and AP-2α knock-out MEFs we learned that a large group of genes, much larger than we hypothesized, involved in cell growth and/or cell movement is modulated by AP-2α.
The mechanism by which it acts is not known since dopamine operates at multiple sites within the retina, but the most widely hypothesized mechanism involves actions on the coupling and uncoupling of horizontal cells [43] [45].
One hypothesized strategy involves the permeability transition pore (PTP), a multi-protein complex consisting of the voltage dependent ion channel (VDAC), the AdNT, and cyclophilin D (CyD) [ 15].
Effective management of LRTI, we hypothesize, will involve a point of care test that performs well in primary care.
Many investigators currently hypothesize that spreading involves the movement of misfolded protein conformers, possibly as lower-order oligomers or small bits of mature aggregates (Fig. 4A, 'Moving aggregates').
Using molecular modeling, the mechanism of action was hypothesized to involve the chelation of the divalent metal ions inside the IN active site.
The transformation of an abstract phonological code into articulation has been hypothesized to involve the retrieval of stored syllable-sized motor plans.
