Resistance of Amaranthus species to herbicides inhibiting acetolactate synthase (ALS) activity.

Keyphrases

• Herbicide 100%
• Amaranthus Spp. 100%
• Sulfometuron 100%
• Acetolactate Synthase Activity 100%
• Acetolactate Synthase 50%
• Pigweed 50%
• Sulfonylurea Herbicides 50%
• Redroot pigweed 50%
• Imidazolinone Herbicides 50%
• Triazolopyrimidine Herbicides 50%
• Israel 25%
• Shoot Growth 25%
• In Vitro Study 25%
• Herbicide Rate 25%
• Leaf Stage 25%
• Coastal Plain 25%
• Young Shoots 25%
• Greenhouse Experiment 25%
• Sensitive Population 25%
• Acetolactate Synthase Inhibitors 25%
• Root Elongation 25%
• Amaranthus Retroflexus 25%
• Resistant Biotype 25%
• Weeds 25%
• Simazine 25%
• Sulfonylurea 25%
• Imidazolinone 25%
• Weed Density 25%
• Herbicide-resistant Weeds 25%
• Weed Management 25%
• Altered Target Site 25%
• Weed Flora 25%
• Enzyme Preparation 25%
• Resistance Factor 25%
• Resistant mutants 25%
• Acetohydroxyacid Synthase 25%
• Successive Application 25%
• Continuous Application 25%
• Crude Enzyme 25%

Agricultural and Biological Sciences

• Herbicide 100%
• Biotype 100%
• Acetolactate Synthase 100%
• Amaranth 100%
• Pigweed 57%
• Sulfonylurea 42%
• Seeds 14%
• Bioassay 14%
• Amaranthus retroflexus 14%
• in Vitro Studies 14%
• Simazine 14%
• Weed Management 14%
• Coastal Plain 14%