Protein stickiness, rather than number of functional protein-protein interactions, predicts expression noise and plasticity in yeast

Mathematics

• Protein-protein Interaction 100%
• Yeast 87%
• Plasticity 71%
• Protein 66%
• Predict 59%
• Gene Expression 35%
• Interaction 15%
• Gene 13%
• Saccharomyces Cerevisiae 11%
• Mass Spectrometry 10%
• High Throughput 9%
• Annotation 9%
• Metric 9%
• False Positive 9%
• Multiple Regression 8%
• Genomics 8%
• Affine transformation 7%
• Hybrid Method 7%
• Genome 7%
• Plastics 7%
• Regression Analysis 7%
• Predictors 6%
• Background 6%
• Robustness 5%
• Cell 5%

Engineering & Materials Science

• Yeast 75%
• Plasticity 59%
• Proteins 58%
• Gene expression 21%
• Oligomers 21%
• Genes 9%
• Oligomerization 8%
• Mass spectrometry 6%
• Genomics 5%
• Regression analysis 5%
• Cells 4%
• Plastics 3%
• Throughput 3%

Medicine & Life Sciences

• Noise 58%
• Yeasts 51%
• Proteins 23%
• Gene Expression 13%
• Saccharomyces cerevisiae Proteins 8%
• Molecular Sequence Annotation 7%
• TATA Box 7%
• Two-Hybrid System Techniques 7%
• Essential Genes 6%
• Plastics 5%
• Mass Spectrometry 5%
• Genome 3%
• Regression Analysis 3%
• Genes 2%