The integral membrane proteins of the ammonium transporter (AMT/Rh) family provide the major route for shuttling ammonium (NH(4)(+)/NH(3)) across bacterial, archaeal, fungal and plant membranes. These proteins are distantly related to the Rh (rhesus) glycoproteins, which are absent in higher plants, but are present in many species, including bacteria and mammals. It appears that the large nitrogen requirement of plants resulted in unique strategies to acquire, capture and/or release ammonium. The biological function of plant ammonium transporters will be discussed and compared to other AMT/Rh proteins
Amt/Rh proteins, which mediate movement of ammonium across cell membranes, are spread throughout the...
Ammonia homeostasis is essential for the normal functioning of macro-and microorganisms. The change ...
Species from the family Leguminosae are able to survive in nitrogen (N) limiting conditions via a sy...
The integral membrane proteins of the ammonium transporter (AMT/Rh) family provide the major route f...
AbstractThe integral membrane proteins of the ammonium transporter (AMT/Rh) family provide the major...
The conserved family of AMT/Rh proteins facilitates ammonium transport across animal, plant, and mic...
Ammonium is an important source of nitrogen for plants. It is taken up by plant cells via ammonium t...
AbstractAmmonium is an important source of nitrogen for plants. It is taken up by plant cells via am...
Although lipid membranes exhibit some permeability to the weak base NH3, organisms have developed sp...
The exchange of ammonium across cellular membranes is a fundamental process in all domains of life. ...
Ammonium transport is mediated by membrane proteins of the ubiquitous Amt/Rh family Despite the avai...
AtAMT1;1 was the founding member of the family of AMT/Rh ammonium transporters and accounts for abou...
Prokaryotes, plants and animals control ammonium fluxes by the regulated expression of ammonium tran...
AbstractProkaryotes, plants and animals control ammonium fluxes by the regulated expression of ammon...
Two related families of ammonium transporters have been identified and partially characterised in pl...
Amt/Rh proteins, which mediate movement of ammonium across cell membranes, are spread throughout the...
Ammonia homeostasis is essential for the normal functioning of macro-and microorganisms. The change ...
Species from the family Leguminosae are able to survive in nitrogen (N) limiting conditions via a sy...
The integral membrane proteins of the ammonium transporter (AMT/Rh) family provide the major route f...
AbstractThe integral membrane proteins of the ammonium transporter (AMT/Rh) family provide the major...
The conserved family of AMT/Rh proteins facilitates ammonium transport across animal, plant, and mic...
Ammonium is an important source of nitrogen for plants. It is taken up by plant cells via ammonium t...
AbstractAmmonium is an important source of nitrogen for plants. It is taken up by plant cells via am...
Although lipid membranes exhibit some permeability to the weak base NH3, organisms have developed sp...
The exchange of ammonium across cellular membranes is a fundamental process in all domains of life. ...
Ammonium transport is mediated by membrane proteins of the ubiquitous Amt/Rh family Despite the avai...
AtAMT1;1 was the founding member of the family of AMT/Rh ammonium transporters and accounts for abou...
Prokaryotes, plants and animals control ammonium fluxes by the regulated expression of ammonium tran...
AbstractProkaryotes, plants and animals control ammonium fluxes by the regulated expression of ammon...
Two related families of ammonium transporters have been identified and partially characterised in pl...
Amt/Rh proteins, which mediate movement of ammonium across cell membranes, are spread throughout the...
Ammonia homeostasis is essential for the normal functioning of macro-and microorganisms. The change ...
Species from the family Leguminosae are able to survive in nitrogen (N) limiting conditions via a sy...