… regulate SNO signaling pathways. Below, we describe recent findings on protein-protein
transnitrosylation reactions that affect cell signaling pathways in both health and disease. …

… to interfere in different cellular signaling pathways. So far, two segments have been identified
responsible for interactions between azurin and the signaling targets. The central segment …

… the LRRK2 signaling network. In order to better understand the relationship between cellular
signaling functions of LRRK1 and LRRK2, we have screened for protein–protein interaction …

… to understanding cell signaling networks. Using heterotrimeric G protein pathways an …
physiology, coupled with emerging high throughput techniques for detecting protein-protein …

… principles of cellular regulation and provides a detailed account of approaches required to
comprehensively map signaling protein-protein interactions in any particular cellular system …

… In a similar fashion, proteins expressed as a consequence of oncogenic fusions, mutations
or amplifications can elicit ectopic protein–protein interactions that re-wire signaling pathways…

… To study protein interactions in cell signaling, ensemble measurements, which … of cell
signaling often involve only a few molecules and then are magnified along the signaling pathways. …

… The cellular signaling network responds to the input gradient signals, detected by the
gradient sensing system, by means of an output indicating the direction of cell movement. The …

… have revolutionized our understanding of aberrant signaling networks in human diseases. A
strategy … on engineering natural protein–protein interactions for modulation of cell signaling. …

… understanding of protein-protein interactions, which have allowed us to define cellular
machines. … intended to map genome-scale protein-protein interactions for model organisms and …