Inference of expanded Lrp-like feast/famine transcription factor targets in a non-model organism using protein structure-based prediction

Agriculture & Biology

• famine 89%
• protein structure 67%
• Halobacterium 62%
• transcription factors 50%
• regulator genes 44%
• prediction 44%
• organisms 37%
• binding sites 36%
• Halobacteria 34%
• extremophiles 31%
• regulon 26%
• binding properties 25%
• regulatory sequences 25%
• pyrimidines 24%
• gene regulatory networks 24%
• genome 23%
• regulatory proteins 23%
• operon 20%
• chromatin 19%
• arginine 18%
• genes 14%
• Escherichia coli 13%
• new species 13%
• metabolism 12%
• methodology 11%
• DNA 11%

Medicine & Life Sciences

• Famine 100%
• Halobacterium salinarum 72%
• Transcription Factors 48%
• Regulator Genes 44%
• Archaeal Genes 39%
• Extremophiles 38%
• Euryarchaeota 37%
• Binding Sites 33%
• Microbial Genome 32%
• Regulon 28%
• pyrimidine 26%
• Chromatin Immunoprecipitation 24%
• Proteins 23%
• Operon 23%
• Gene Regulatory Networks 23%
• Arginine 19%
• Escherichia coli 15%
• Genome 14%
• DNA 12%
• Genes 8%

Chemical Compounds

• Binding Site 45%
• Arginine 32%
• Pyrimidine 29%
• Protein 26%
• Pharmacological Metabolism 25%