Firstly, it allows identifying new molecular groups providing main contribution to new inhibitors binding with the target protein.
According to enrichment analysis of pathways at different time points, signal transduction, immune response, and apoptosis were identified as the main molecular processes in the 3 h, 12 h, and 24 h groups.
A 70 equation group can be solved to characterize the main molecular interaction involved in Type-II PDT.
While main molecular building blocks have long been identified as hydrocarbon, quinone, phenol, catechol, and sugar groups (Figure 1), the crucial issue of how exactly these chemical moieties are organized at the molecular and supramolecular levels is still debated.
Based on our previous findings and those by other groups, the NF-κB signaling pathway appeared to be one of the main molecular mechanisms responsible for the generation of TRAIL resistance in cancer cells.
Although, CIMP+/MSI-and CIMP-/MSI-groups were equally hypomethylated for LINE-1, suggesting that microsatellite instability is the main molecular alteration associated with lack of LINE-1 hypomethylation.
Chemical structures of the main molecular building blocks forming HS.
Two main molecular networks were identified for GN-11 neurons.
Gluten proteins can be divided into three main groups: high molecular weight glutenin subunits (HMW-GS), low molecular weight glutenin subunits (LMW-GS), and gliadins.
For the standard surfactin, the spectra in the positive mode displayed the main groups of molecular ions at m/z 1008.66, 1022.68 and 1036.66 which corresponded to the protonated singly charged species [M+H]+ (Fig. 1c; Table 3).
