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We propose a model describing the diverse roles of plant GSTs in the interactions of plant hosts with pathogenic microbes considering four different plant-pathogen interaction types (Table 1): (1) symptomless resistance (including basal resistance to bacteria and symptomless R gene-mediated resistance to viruses), (2) HR-associated resistance, (3) limiting susceptibility to systemic spread of pathogens and plant cell/tissue death (during infections by hemibiotrophic/necrotrophic fungi, bacteria, and viruses), (4) promoting susceptibility to biotrophic fungi and viruses (maintaining reduced conditions in infected non-necrotic plant tissues)
weekly) and route of administration (injectable vs
10.1006/bbrc.1997.6943 29 ItohK.WakabayashiN.KatohY.IshiiT.IgarashiK.EngelJ
yields glutamate + NH 4 + ) Methionine degradation yields free ammonium ion (NH 4 + ) Glutamine Synthetase Glutamine Synthetase Glutamine is produced from glutamate by the addition of nitrogen to the glutamate carboxyl group by an ATP-dependent reaction catalyzed by Glutamine Synthetase one of only three reactions in humans that can fix NH4+, i.e., covalently link it to carbon
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