Matches in Nanopublications for { ?s ?p "Whereas Ca2+-mobilizing stimuli are capable of activating various NOX enzymes, especially those that contain Ca2+-binding EF-hand domains (NOX5 and DUOX1/2), NOX activation can in turn also regulate Ca2+ signaling, presumably to create a positive feedback loop that allows for rapid signal amplification in discreet cellular regions." ?g. }
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- _4 value "Whereas Ca2+-mobilizing stimuli are capable of activating various NOX enzymes, especially those that contain Ca2+-binding EF-hand domains (NOX5 and DUOX1/2), NOX activation can in turn also regulate Ca2+ signaling, presumably to create a positive feedback loop that allows for rapid signal amplification in discreet cellular regions." provenance.
- _4 value "Whereas Ca2+-mobilizing stimuli are capable of activating various NOX enzymes, especially those that contain Ca2+-binding EF-hand domains (NOX5 and DUOX1/2), NOX activation can in turn also regulate Ca2+ signaling, presumably to create a positive feedback loop that allows for rapid signal amplification in discreet cellular regions." provenance.