Biochemical stability and molecular dynamic characterization of Aspergillus fumigatus cystathionine γ-lyase in response to various reaction effectors

Medicine & Life Sciences

• Cystathionine 98%
• Lyases 90%
• Aspergillus fumigatus 77%
• Molecular Dynamics Simulation 70%
• Buffers 38%
• Enzymes 34%
• potassium phosphate 30%
• sodium phosphate 29%
• Cysteine 19%
• Glutamates 16%
• Hot Temperature 16%
• HEPES 15%
• Trehalose 14%
• Static Electricity 12%
• Excipients 12%
• Ammonia 11%
• Homocysteine 11%
• Glycerol 11%
• Aspartic Acid 10%
• Methionine 10%
• Freezing 10%
• Urea 9%
• Therapeutic Uses 8%
• Gels 8%
• Fluorescence 8%
• Temperature 7%

Chemical Compounds

• Cystathionine 95%
• Effector 68%
• Molecular Dynamics 46%
• Buffer Solution 40%
• Sodium Phosphate 37%
• Catalyst Property 27%
• HEPES 20%
• Thermal Stability 20%
• Homocysteine 20%
• Trehalose 19%
• Aldimine 19%
• Aspartic Acid 17%
• Glutamic Acid 16%
• Molecular Modeling 14%
• Cysteine 13%
• Glycerol 13%
• Surface Modification 13%
• pH Value 13%
• Melting Point 12%
• Polarity 12%
• Flexibility 12%
• Urea 12%
• Ammonia 11%
• Phosphate 10%
• Surface 9%
• Simulation 9%
• Fluorescence 9%
• Solvent 7%

Engineering & Materials Science

• Aspergillus 100%
• Enzymes 72%
• Molecular dynamics 70%
• Phosphates 48%
• Potassium 25%
• Thermodynamic stability 21%
• Sodium 21%
• Trehalose 19%
• Molecular modeling 15%
• Glycerol 12%
• Urea 12%
• Scaffolds 12%
• Fluorescence 12%
• Hydration 11%
• Ammonia 11%
• Electrostatics 11%
• Melting point 11%
• Gels 10%
• Acids 9%
• Scanning 8%
• Chemical analysis 6%
• Computer simulation 5%