Disruption of iron homeostasis in Saccharomyces cerevisiae by high zinc levels: A genome-wide study

Keyphrases

• Aconitase 20%
• Aft1 40%
• Biogenesis 20%
• Chaperone 20%
• Cytochrome c (Cyt c) 20%
• Deletion mutant 20%
• Genome-wide Studies 100%
• Genomic Profiling 20%
• Glutathione Content 20%
• Haem 20%
• High-purity Zinc 100%
• Highly Sensitive 20%
• Homeostatic Mechanisms 20%
• Intracellular Iron 20%
• Iron Homeostasis 100%
• Iron Metabolism 20%
• Iron Regulon 20%
• Iron Starvation 20%
• Iron-sulfur 20%
• Mitochondria 20%
• Mutant Library 20%
• Non-noble Metal 20%
• Protein Folding 20%
• Protein Targeting 20%
• Reactive Oxygen Species 20%
• Saccharomyces Cerevisiae 100%
• Stationary Phase 20%
• Stress Response 20%
• Sulfur Compounds 20%
• Sulfur Metabolism 40%
• Systematic Deletions 20%
• Transcription Factor 20%
• Transcriptional Response 20%
• Vacuole 20%
• Zinc 100%
• Zinc Chloride 20%
• Zinc Excess 40%
• Zinc Level 100%
• Zinc Metabolism 20%

Immunology and Microbiology

• Biogenesis 100%
• Deletion Mutant 100%
• Gene Expression Assay 100%
• Heme 100%
• Homeostasis 100%
• Iron Homeostasis 100%
• Mitochondrion 100%
• Protein Folding 100%
• Protein Targeting 100%
• Regulon 100%
• Saccharomyces cerevisiae 100%
• Transcription Factors 100%

Biochemistry, Genetics and Molecular Biology

• Aconitase 50%
• Anabolism 50%
• Biogenesis 50%
• Cytochrome C 50%
• Deletion Mutant 50%
• Gene Expression Profiling 50%
• Glutathione 50%
• Homeostasis 50%
• Iron Homeostasis 100%
• Iron Metabolism 50%
• Mitochondrion 50%
• Protein Folding 50%
• Protein Targeting 50%
• Regulon 50%
• Saccharomyces cerevisiae 100%
• Sulfur Metabolism 100%
• Transcription Factors 50%
• Zinc 100%
• Zinc Metabolism 50%