Activation of the heat shock response in plants by chlorophenols: Transgenic Physcomitrella patens as a sensitive biosensor for organic pollutants

Keyphrases

• Transgenic 100%
• Heat Shock Response 100%
• Organic Pollutants 100%
• Physcomitrella Patens 100%
• Chlorophenols 100%
• Pollutants 66%
• Environmental Cues 66%
• Chemical Stress 66%
• β-glucuronidase 66%
• Heat Shock Proteins 33%
• Recombinant 33%
• Toxic Effects 33%
• Abiotic Stress 33%
• Environmental Stress 33%
• Heavy Metals 33%
• Stress Response 33%
• Luciferase 33%
• Impact of Pollutants 33%
• Chaperone 33%
• Biological Impact 33%
• Mannan-oligosaccharide 33%
• Physiological Temperature 33%
• Molecular Sensor 33%
• Toxicity Bioassay 33%
• Varying Environment 33%
• Toxicity Effects 33%
• Chemical Activation 33%
• Paper Industry 33%
• Fluorescent Compounds 33%
• Long-term Toxicity 33%
• Direct Toxicity 33%
• Thermolabile 33%
• Combined Chemical 33%
• Toxicity Threshold 33%
• Heat Denaturation 33%
• Exposure to Pollutants 33%
• Dye Industry 33%
• Sulphonated Anthraquinone 33%
• Stress-inducible Promoter 33%
• Early Molecular Response 33%
• Industrial Pollutants 33%

Biochemistry, Genetics and Molecular Biology

• Promoter Region 100%
• Transgenics 100%
• Heat Shock Response 100%
• Physcomitrella patens 100%
• Beta-Glucuronidase 50%
• Heat Shock Protein 25%
• Luciferase 25%
• Environmental Stress 25%
• Denaturation 25%
• Anticipation 25%
• Chemical Stress 25%

Pharmacology, Toxicology and Pharmaceutical Science

• Chlorophenol 100%
• Physcomitrella patens 100%
• Beta Glucuronidase 66%
• Heavy Metal 33%
• Toxicity 33%
• Luciferase 33%
• Heat Shock Protein 33%
• Chaperone 33%