To characterize ammonium transport pathways in rice, two cDNAs with high homology to MEP/AMT2-type ammonium transporters, OsAMT2;1 and OsAMT3;1, were isolated. Expression of OsAMT2;1 in an ammonium-uptake-defective yeast mutant showed that this gene encodes functional ammonium transporters. OsAMT2;1 was constitutively expressed in both roots and shoots irre-spective of the supply of inorganic nitrogen to the medium, whereas OsAMT3;1 expression was relatively weak. A data-base search with the amino acid sequence of OsAMT2;1 showed that there are 10 putative OsAMT genes in rice, i.e. three each for OsAMT1, OsAMT2 and OsAMT3, respec-tively, and one for OsAMT4
Ammonium transporters (AMTs) play a role in the uptake of ammonium, the form in which nitrogen is pr...
Ammonium (NH4+), as a major inorganic source of nitrogen (N) for tea plant growth, is transported an...
Ammonium is a primary source of nitrogen for plants. In legume plants ammonium can also be obtained ...
Abstract: Rice grows in flooded paddy fields and takes up ammonium as the preferred nitrogen (N) sou...
The availability of nitrogen in the soil is one of the main limiting factors for plant productivity...
The three members of the rice OsAMT1 gene family of ammonium transporters show distinct expression p...
In order to investigate the molecular basis of high-affinity ammonium absorption by roots of rice pl...
AMT1-3 encodes the high affinity NH4+ transporter in rice roots and is predominantly expressed under...
A transgenic approach was undertaken to investigate the role of a rice ammonium transporter (OsAMT1-...
Abstract: AMT1-3 encodes the high affinity NH4+ transporter in rice roots and is predominantly expre...
Two related families of ammonium transporters have been identified and partially characterised in pl...
AbstractWe have cloned and characterized the first member of a novel family of ammonium transporters...
The NH4 + and NO3 ? are N sources available for plant nutrition in most soils. The NH4+ role in plan...
Ammonium is an important source of nitrogen for plants. It is taken up by plant cells via ammonium t...
In the arbuscular mycorrhizal (AM) symbiosis, plants satisfy part of their nitrogen (N) requirement ...
Ammonium transporters (AMTs) play a role in the uptake of ammonium, the form in which nitrogen is pr...
Ammonium (NH4+), as a major inorganic source of nitrogen (N) for tea plant growth, is transported an...
Ammonium is a primary source of nitrogen for plants. In legume plants ammonium can also be obtained ...
Abstract: Rice grows in flooded paddy fields and takes up ammonium as the preferred nitrogen (N) sou...
The availability of nitrogen in the soil is one of the main limiting factors for plant productivity...
The three members of the rice OsAMT1 gene family of ammonium transporters show distinct expression p...
In order to investigate the molecular basis of high-affinity ammonium absorption by roots of rice pl...
AMT1-3 encodes the high affinity NH4+ transporter in rice roots and is predominantly expressed under...
A transgenic approach was undertaken to investigate the role of a rice ammonium transporter (OsAMT1-...
Abstract: AMT1-3 encodes the high affinity NH4+ transporter in rice roots and is predominantly expre...
Two related families of ammonium transporters have been identified and partially characterised in pl...
AbstractWe have cloned and characterized the first member of a novel family of ammonium transporters...
The NH4 + and NO3 ? are N sources available for plant nutrition in most soils. The NH4+ role in plan...
Ammonium is an important source of nitrogen for plants. It is taken up by plant cells via ammonium t...
In the arbuscular mycorrhizal (AM) symbiosis, plants satisfy part of their nitrogen (N) requirement ...
Ammonium transporters (AMTs) play a role in the uptake of ammonium, the form in which nitrogen is pr...
Ammonium (NH4+), as a major inorganic source of nitrogen (N) for tea plant growth, is transported an...
Ammonium is a primary source of nitrogen for plants. In legume plants ammonium can also be obtained ...