Nitrogen is an essential nutrient for all plants, and its assimilation into cells is mediated by ammonium transporters (AMT). The molecular study of ammonium transporters helps scientists to develop knowledge that could enable them to modify transporters in agricultural crops, creating lower-maintenance foods of higher nutritional value. This report documents a study done in the Howitt laboratory as an Advanced Study Course that focused on the characterisation of the functional region of the C-terminal domain in one of these plant ammonium transporters – AtAMT1;2 from Arabidopsis thaliana
AbstractAmmonium is an important source of nitrogen for plants. It is taken up by plant cells via am...
NH4+ acquisition by plant roots is thought to involve members of the NH4+ transporter family (AMT) f...
AbstractProkaryotes, plants and animals control ammonium fluxes by the regulated expression of ammon...
AbstractWe have cloned and characterized the first member of a novel family of ammonium transporters...
We have compared the biochemical properties of two different Arabidopsis ammonium transporters, AtAM...
AbstractAmmonium is a primary source of N for plants, so knowing how it is transported, stored, and ...
AtAMT1;1 was the founding member of the family of AMT/Rh ammonium transporters and accounts for abou...
Ammonium is an important source of nitrogen for plants. It is taken up by plant cells via ammonium t...
AtAMT1;1 was the founding member of the family of AMT/Rh ammonium transporters and accounts for abou...
AbstractAmmonium is an important source of nitrogen for plants. It is taken up by plant cells via am...
Ammonium transport across plant plasma membranes is facilitated by AMT/Rh-type ammonium transporters...
Ammonium transport across plant plasma membranes is facilitated by AMT/Rh-type ammonium transporters...
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...
AbstractAmmonium is an important source of nitrogen for plants. It is taken up by plant cells via am...
NH4+ acquisition by plant roots is thought to involve members of the NH4+ transporter family (AMT) f...
AbstractProkaryotes, plants and animals control ammonium fluxes by the regulated expression of ammon...
AbstractWe have cloned and characterized the first member of a novel family of ammonium transporters...
We have compared the biochemical properties of two different Arabidopsis ammonium transporters, AtAM...
AbstractAmmonium is a primary source of N for plants, so knowing how it is transported, stored, and ...
AtAMT1;1 was the founding member of the family of AMT/Rh ammonium transporters and accounts for abou...
Ammonium is an important source of nitrogen for plants. It is taken up by plant cells via ammonium t...
AtAMT1;1 was the founding member of the family of AMT/Rh ammonium transporters and accounts for abou...
AbstractAmmonium is an important source of nitrogen for plants. It is taken up by plant cells via am...
Ammonium transport across plant plasma membranes is facilitated by AMT/Rh-type ammonium transporters...
Ammonium transport across plant plasma membranes is facilitated by AMT/Rh-type ammonium transporters...
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...
AbstractAmmonium is an important source of nitrogen for plants. It is taken up by plant cells via am...
NH4+ acquisition by plant roots is thought to involve members of the NH4+ transporter family (AMT) f...
AbstractProkaryotes, plants and animals control ammonium fluxes by the regulated expression of ammon...