A deeper understanding is required of how orientation, selective reaction fronts, and morphology impact the electrochemical performance through subsequent enhancement of ionic and/or electronic transport.
In the following, we will only consider the case of significant diversity to analyse if and how orientation by futures studies can be provided in another mode.3.3
Although numerous studies have been previously devoted to a question of how orientation selectivity is established and elaborated in early life, how the susceptibility of orientation plasticity to visual experience changes in time remains unclear.
Please indicate how orientation of Golgi in relation to the leading edge was measured.
This model also made specific predictions about how orientation performance depended upon the ratio between the gradient slope (signal) and the noise variance.
3 We used the simplified model in the previous sections to illustrate how orientation selectivity and realistic orientation maps could be obtained from the columnar pattern and the statistics of thalamocortical connectivity.
For decades, motion sensitive visual interneurons, like the lobula plate tangential cells (LPTCs) of flies, have been serving as a model system to study how motion information is processed and how orientation behavior is guided (Hausen, 1981; Hausen, 1984; Krapp et al., 2001; Egelhaaf, 2006; Borst et al., 2010; Borst and Euler, 2011; Egelhaaf et al., 2012).
Another important question is how the orientation preference for the two eyes and the RFs of binocular simple cells are matched [36], [106].
Yet, little is known about the content and structure of managers' knowledge regarding their business's market orientation (MO) and how such orientation relates to new product development.
These results point to the importance of oligo A tracts in the establishment of rotational orientation and illustrate how rotational orientation can be directly linked to translational positioning.
