Mechanistic, genomic and proteomic study on the effects of BisGMA-derived biodegradation product on cariogenic bacteria

Engineering & Materials Science

• Biodegradation 94%
• Proteomics 90%
• Propane 76%
• Bacteria 75%
• Biofilms 36%
• Genes 25%
• Proteins 18%
• Microarrays 15%
• Gene expression 14%
• Gene encoding 12%
• Resins 12%
• Enzyme activity 10%
• Dental materials 10%
• Polymerase chain reaction 10%
• Protein Sorting Signals 9%
• Carbohydrates 9%
• Composite materials 7%
• Restoration 6%
• Acids 6%
• Health 4%

Chemical Compounds

• Microarrays 73%
• Biodegradation 71%
• Dental Material 49%
• Strain 47%
• Protein Synthesis 35%
• Composite Material 33%
• Chain Reaction 33%
• Carbohydrate 28%
• Protein 28%
• Enzyme Activity 27%
• Peptide 19%
• pH Value 14%
• Acid 11%

Medicine & Life Sciences

• Propane 100%
• Proteomics 62%
• Bacteria 46%
• Biofilms 26%
• Streptococcus mutans 24%
• Glucosyltransferases 20%
• Composite Resins 15%
• Virulence 11%
• Dental Materials 8%
• Quorum Sensing 8%
• Gene Knockout Techniques 8%
• Genes 8%
• Gene Expression 8%
• Proteins 7%
• Protein Sorting Signals 7%
• Oral Health 7%
• Carbohydrates 5%
• Real-Time Polymerase Chain Reaction 5%
• Acids 5%
• Up-Regulation 4%
• Enzymes 3%