Sentence examples for midnight blue network from inspiring English sources

FOXP1-target relationships identified in the midnight blue network.

In support of the role of the midnight blue network in vocalisation, a number of module members have been linked to vocalisation phenotypes in other species.

FOXP1 has been previously implicated in speech and language delay and disorders with communicative elements such as intellectual disability (ID) and autism spectrum disorder (ASD) [ 49, 50], prompting us to look for FOXP1-target relationships within the midnight blue network.

DLG4 (PSD-95) also serves as a bridge to other synaptic proteins significantly connected in the midnight blue network including MAP1A, CAM kinases (CAMK2B, CAMK2D and CAMK2G) and neuroligins (NLGN2) [ 54].

P. discolor provides an ideal model to further investigate the role of these and other midnight blue network members in vocalisation related phenotypes as genetic tools have already been developed that will allow us to manipulate gene expression changes [ 62] and observe corresponding effects on features of complex vocalisations in these bats.

Thus, the consistent and established role of NMDA for promoting vocalisations from the PAG together with the strong overrepresentation of NMDA pathway genes in the midnight blue network suggests that this gene network is likely to be mechanistically important for the evolutionarily conserved function of the PAG in mammalian vocalisation.

In summary, the high number of protein-protein interactions, together with the overlapping expression patterns and the presence of validated transcription factor-target relationships in the midnight blue module, underscores the likely biological relevance of the network, suggesting that we have identified a functional network of genes that act at the synapse of PAG neurons.

Proteins that interact with NMDA receptors at the synapse such as DLG4 and CTRO (CIT gene) formed significantly connected networks with the NMDAR subunits in the midnight blue module.

Furthermore the high number of known protein-protein interactions in the midnight blue module provided strong evidence that our method produced functional gene networks.

Here, we identified five modules (brown, tan, yellow, midnight blue, and black) that were highly correlated with both differentiation and depolarization, providing a molecular network connecting these processes.

That midnight blue velvet and ribbons?