Synthesis of glycocalyx is complex, involving multiple enzymatic pathways; factors regulating its shedding include local pH and mechanical stimuli [ 12].
Moreover, cellulases and cellulase complexes (synthetic cellulosomes) engineered to contain multiple enzymatic specificities also display synergistic activity against cellulose [33] and complex plant substrates [34], [35].
These epigenetic changes can either happen spontaneously or modulated by environmental stimuli, nutrient signaling, and metabolic state, via multiple enzymatic systems including DNA methyltransferases, histone acetylases, deacetylases, methylases, demethylases, and other protein complex.
Furthermore, the measured activities of isolated complexes confirmed the competence of inter-monomer electron transfer in supporting the multiple enzymatic turnovers [14].
Different signal transduction pathways are simultaneously activated by VEGFR VEGF complexes with membrane trafficking along the endosome lysosome network further modulating signal output from multiple enzymatic events associated with such pathways.
The present data provide an overview of the multiple enzymatic and transport systems expressed in choroid plexus, which in conjunction with the epithelial tight junctional complexes, contribute to the protective barrier functions of the blood-CSF interface.
The effects of sirtuins are extremely complex given the large number of biological substrates regulated by sirtuins and the multiple enzymatic activities possessed by a certain sirtuin.
Thus, these results evidenced a multiple enzymatic competition for Type II chains.
These results are likely explained by multiple enzymatic competition for Type II chains.
Cells are normally protected against oxidative damage by multiple enzymatic mechanisms and by antioxidant molecules.
