AbstractRecent studies have shed light on the role of G-protein signaling, and in particular the regulatory RGS proteins, in behavioral adaptations of the round worm Caenorhabditis elegans; similar signaling pathways underlie analogous physiology and behaviors in mammals
Large G protein α subunits and their attendant regulators of G-protein signaling (RGS) proteins cont...
The main goal of this dissertation has been to identify the molecular and cellular mechanisms that u...
AbstractHeterotrimeric G proteins are signal-transducing molecules activated by seven transmembrane ...
AbstractRecent studies have shed light on the role of G-protein signaling, and in particular the reg...
To elucidate the cellular role of the heterotrimeric G protein G_o, we have taken a molecular geneti...
AbstractBackground: Gβ proteins have traditionally been thought to complex with Gγ proteins to funct...
G-protein signalling is an evolutionary conserved concept highlighting its fundamental impact on dev...
AbstractIn C. elegans, a Go/Gq signaling network regulates locomotion and egg laying [1–8]. Genetic ...
SummarySignal transduction through heterotrimeric G proteins is critical for sensory response across...
The genome of Caenorhabditis elegans harbors two genes for G-protein beta-subunits. Here, we describ...
textabstractAmong the key molecules involved in sensory perception are G proteins, which act in ever...
AbstractThe recently discovered family of proteins known as ‘regulators of G-protein signalling’ off...
Many vital processes during C. elegans development, especially the establishment and maintenance of ...
AbstractThe frequencies of certain periodic behaviors of the nematode C. elegans are regulated in a ...
To survive organisms need to be capable to sense environmental cues and respond properly in order to...
Large G protein α subunits and their attendant regulators of G-protein signaling (RGS) proteins cont...
The main goal of this dissertation has been to identify the molecular and cellular mechanisms that u...
AbstractHeterotrimeric G proteins are signal-transducing molecules activated by seven transmembrane ...
AbstractRecent studies have shed light on the role of G-protein signaling, and in particular the reg...
To elucidate the cellular role of the heterotrimeric G protein G_o, we have taken a molecular geneti...
AbstractBackground: Gβ proteins have traditionally been thought to complex with Gγ proteins to funct...
G-protein signalling is an evolutionary conserved concept highlighting its fundamental impact on dev...
AbstractIn C. elegans, a Go/Gq signaling network regulates locomotion and egg laying [1–8]. Genetic ...
SummarySignal transduction through heterotrimeric G proteins is critical for sensory response across...
The genome of Caenorhabditis elegans harbors two genes for G-protein beta-subunits. Here, we describ...
textabstractAmong the key molecules involved in sensory perception are G proteins, which act in ever...
AbstractThe recently discovered family of proteins known as ‘regulators of G-protein signalling’ off...
Many vital processes during C. elegans development, especially the establishment and maintenance of ...
AbstractThe frequencies of certain periodic behaviors of the nematode C. elegans are regulated in a ...
To survive organisms need to be capable to sense environmental cues and respond properly in order to...
Large G protein α subunits and their attendant regulators of G-protein signaling (RGS) proteins cont...
The main goal of this dissertation has been to identify the molecular and cellular mechanisms that u...
AbstractHeterotrimeric G proteins are signal-transducing molecules activated by seven transmembrane ...
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