Glycine Betaine Biosynthesis Is Induced by Salt Stress but Repressed by Auxinic Herbicides in Kochia scoparia.
Glycine Betaine Biosynthesis Is Induced by Salt Stress but Repressed by Auxinic Herbicides in Kochia scoparia.
- Journal of Plant Growth Regulation , 23(1), p.9-19, 2004 .
Kochia scoparia biotypes that are susceptible or resistant to the auxinic herbicide dicamba were used to characterize expression levels of choline monooxygenase (CMO)and glycine betaine accumulation in response to salt stress and herbicide treatment. A 1180-bp cDNA was isolated using differential display and 3 RACE with a deduced amino acid sequence that was more than 90
AUXINIC HERBICIDE
CHOLINE MONOOXYGENASE
DICAMBA
OSMOTIC ADJUSTMEN
Kochia scoparia biotypes that are susceptible or resistant to the auxinic herbicide dicamba were used to characterize expression levels of choline monooxygenase (CMO)and glycine betaine accumulation in response to salt stress and herbicide treatment. A 1180-bp cDNA was isolated using differential display and 3 RACE with a deduced amino acid sequence that was more than 90
AUXINIC HERBICIDE
CHOLINE MONOOXYGENASE
DICAMBA
OSMOTIC ADJUSTMEN