Sentence examples for many neural systems from inspiring English sources

Many neural systems process information they need to produce outputs that depend on inputs.

In many neural systems anatomical motifs are present repeatedly, but despite their structural similarity they can serve very different tasks.

In line with a multiple systems approach, the amygdala is part of the fronto-limbic circuit and CSPTC loop [ 16, 19], and interacts with the HPA-axis [ 21], thus disruption to this region alone could lead to perturbations downstream affecting many neural systems.

Axon guidance is one of the critical steps in the proper formation of a neuronal network [ 23], and Ephrin/Ephrin receptor signaling is one of the bidirectional signaling systems implicated in the control of axon guidance and synapse formation in many neural systems [ 24].

Autobiographical memories are stitched together as and when they are needed from information stored in many different neural systems.

However, the functional significance of the mirror neuron system has to be understood in its connections to many other neural systems [ 20].

Autobiographical memory involves many different psychological and neural systems working together to construct a representation – a kind of personal narrative – of what happened.

In the coupled nonlinear dynamical systems, many neural networks may experience abrupt changes in their structure and parameters caused by some phenomena such as component failures or repairs, changing subsystem interconnections, and abrupt environmental disturbances.

The use of such mental images as stimuli is consistent with research showing that imagination activates many of the same neural systems as are evoked by actual stimuli.

While LPA and S1P have been reported to activate Akt in numerous systems including many neural cell types (Ye et al., 2002; Kim et al., 2008), Hla and colleagues have described opposing effects of S1P on Akt signaling in Human umbilical vein endothelial cells (HUVECs).

It subsequently was identified as a transmitter at many neural synapses and in many invertebrate systems as well.