The posterior middle temporal gyrus, BA 21, is generally implicated in the representation of verbal semantic information [59].
While ILCs have been generally implicated in protection against infection, control of commensal bacteria and regulation of immune activation in various barrier tissues, the function of resident ILCs specifically in the skin is not well studied.
MSL proteins contain several domains that are generally implicated in chromatin regulation.
Proline residues are generally implicated in the folding/assembly [ 45] and structural stability of TM helices [ 44, 46- 48].
Plant myosins are generally implicated in cytoplasmic streaming [ 4], organelle movement [ 5- 7], cytokinesis [ 8- 10], plasmodesmatal functioning [ 10, 11], and endocytosis [ 10, 12, 13].
Although they are generally implicated in glycogen metabolism, it is not entirely clear as to why so many glycogen-targeting subunits exist.
Recent data confirm that cuticular hydrocarbons are involved in worker interactions and discrimination [ 36- 38], and are generally implicated in the inter- and intra-specific recognition in many different species, including ants [ 39, 40], termites [ 41], wasps [ 42], and bees [ 43].
IL-23 was generally implicated in stabilizing the phenotype of Th17 cells and maintaining IL-17 production by Th17 cells 11, and many proinflammatory functions of IL-23 seem linked with the Th17 subset.
The superior temporal sulcus has been generally implicated in the integration of multimodal sensory input (Noppeney et al. 2007) and more specifically, in different levels of pitch pattern analysis that may be relevant to linguistic prosody (Stewart et al. 2008).
Intriguingly, histone variant H3.3, which is generally implicated in transcription-associated and replication-independent histone deposition, was recently found to also occupy subtelomeric and subcentromeric regions in mESCs and mouse embryo [ 36, 101, 102].
