Vacuolar sequestration of paraquat is involved in the resistance mechanism in lolium perenne L. Spp. multiflorum

Keyphrases

• Lolium Perenne 100%
• Resistance Mechanisms 100%
• Paraquat 100%
• Multifloral 100%
• Resistant Biotype 17%
• Orchard 11%
• Glyphosate Resistance 11%
• Greenhouse 5%
• Growers 5%
• Chloroplast 5%
• Plant Cells 5%
• Intracellular Activity 5%
• Transport System 5%
• Photosynthetic Performance 5%
• Putrescine 5%
• Pre-exposure 5%
• Low-level Control 5%
• Roadside 5%
• Row Crops 5%
• Photosynthetic Activity 5%
• Absorption Studies 5%
• Quantum Yield of Photosystem II 5%
• Membrane Integrity 5%
• Postemergence Herbicides 5%
• Tonoplast 5%
• Dose-response Experiments 5%

Agricultural and Biological Sciences

• Lolium perenne 100%
• Resistance Mechanisms 100%
• Paraquat 100%
• Biotype 21%
• Herbicide 15%
• Glyphosate 10%
• Growers 5%
• Chloroplast 5%
• Dose Response 5%
• Annual Weeds 5%
• Metabolite 5%
• Photosystem II 5%
• Blood Plasma 5%
• Pretreatment 5%