AbstractFix L, which contains a haemoglobin domain homologous to the PAS family and a histidine kinase domain, forms, with Fix J, a two-component signalling complex that regulates expression of nitrogenase genes in Rhizobium. Spin transitions of its haem iron trigger stereochemical changes in and around the haem that, together with steric effects, control the activity of the kinase. Homology with the PAS family is based on a common core of about 20 structurally equivalent sites from which polar residues are excluded
Heme is one of the most important and most studied cofactors that are essential for proper function ...
6 Abstract Hemoproteins are essential components of both prokaryotic and eukaryotic organisms, where...
Globin-coupled sensors (GCSs) are multiple-domain transducers, consisting of a regulatory globin-lik...
ABSTRACT: Rhizobia directly regulate the expression of genes required for symbiotic nitrogen fixatio...
International audienceRecently determined structures of the oxygen-sensing heme domain of the bacter...
AbstractBackground: The Rhizobial oxygen sensor FixL is a hemoprotein with kinase activity. On bindi...
To evaluate the contributions of the G(beta)-2 arginine to signal transduction in oxygen-sensing hem...
The symbiotic nitrogen-fixing bacterium Bradyrhizobium japonicum is critical to the agro-industrial ...
International audienceIn the heme-based oxygen sensor protein FixL, conformational changes induced b...
The heme-based oxygen sensor protein AfGcHK is a globin- coupled histidine kinase in the soil bacter...
EN Heme containing gas sensor proteins play important role in bacterial physiology in regulating man...
Two-component signal transduction systems (TCSs) are broadly conserved in the bacterial kingdom and ...
EN This Ph.D. thesis focuses on the heme containing gas sensor proteins. These proteins are predomin...
Background: The FixL protein is a heme-based sensor. Binding of oxygen to a unique heme domain inhib...
Rhizobia are α- and β-proteobacteria that form a symbiotic partnership with legumes, fixing atmosphe...
Heme is one of the most important and most studied cofactors that are essential for proper function ...
6 Abstract Hemoproteins are essential components of both prokaryotic and eukaryotic organisms, where...
Globin-coupled sensors (GCSs) are multiple-domain transducers, consisting of a regulatory globin-lik...
ABSTRACT: Rhizobia directly regulate the expression of genes required for symbiotic nitrogen fixatio...
International audienceRecently determined structures of the oxygen-sensing heme domain of the bacter...
AbstractBackground: The Rhizobial oxygen sensor FixL is a hemoprotein with kinase activity. On bindi...
To evaluate the contributions of the G(beta)-2 arginine to signal transduction in oxygen-sensing hem...
The symbiotic nitrogen-fixing bacterium Bradyrhizobium japonicum is critical to the agro-industrial ...
International audienceIn the heme-based oxygen sensor protein FixL, conformational changes induced b...
The heme-based oxygen sensor protein AfGcHK is a globin- coupled histidine kinase in the soil bacter...
EN Heme containing gas sensor proteins play important role in bacterial physiology in regulating man...
Two-component signal transduction systems (TCSs) are broadly conserved in the bacterial kingdom and ...
EN This Ph.D. thesis focuses on the heme containing gas sensor proteins. These proteins are predomin...
Background: The FixL protein is a heme-based sensor. Binding of oxygen to a unique heme domain inhib...
Rhizobia are α- and β-proteobacteria that form a symbiotic partnership with legumes, fixing atmosphe...
Heme is one of the most important and most studied cofactors that are essential for proper function ...
6 Abstract Hemoproteins are essential components of both prokaryotic and eukaryotic organisms, where...
Globin-coupled sensors (GCSs) are multiple-domain transducers, consisting of a regulatory globin-lik...