Sentence examples for different functional outputs from inspiring English sources

Due to the differential dendritic distribution of GC postsynaptic partners (Figure 4A), presynaptic terminals in different parts of the GC ascending segments likely connect to different types of cells and may therefore have different functional outputs.

Each CMA receives different thalamic and cortical inputs (Hatanaka et al. 2003) and has different cortical and spinal projections (Dum and Strick 1991), reflected in different functional outputs (Shima et al. 1991).

These observations raise the question of whether these differences in sequence simply reflect redundancy of design, or whether they are in fact important for determining different functional outputs of different PREs.

Accordingly, inhibition of JNK-2-3 nuclear translocation was described to protect from apoptosis in sympathetic neurons and CGCs Our results provide the first evidence that apoptotic and survival cues give rises to different site-specific configurations of c-Jun N-terminal multiphosphorylation, each having a different functional output in neuronal cells.

Together, our findings provide new insights into the mechanisms by which oscillatory signals are decoded to generate specific functional outputs within different cellular compartments.

Thus, despite high specificity in circadian control at the level of the individual gene [ 30, 36], many common functional outputs appear to be regulated by the clock across different species.

Other measures of efficiency could have different functional forms, but they inevitably refer to a functional relationship between inputs and outputs, and therefore succumb to the same problem of not being an outcome in and of themselves.

For example, the amplification factor between an input signal (represented by changes in activator lifetime) and an output signal (represented by the repressor concentration) has a different functional form in different phenotypic regions.

First, epigenetic regulation is one process in which different classes of long and short RNAs cooperate to provide an astronomical number of functional outputs, some of which may drive cancer metastasis.

Further, BLAST output was parsed to classify the putative gene transcripts into different functional classes.

Two different functional router structures have been used in each case: transit buffers located at the input or at the output router links.