Transcriptome analysis of the spalax hypoxia survival response includes suppression of apoptosis and tight control of angiogenesis

Keyphrases

• Angiogenesis 100%
• Hypoxia 100%
• Spalax 100%
• Transcriptome Analysis 100%
• Tight Control 100%
• Apoptosis Inhibition 100%
• Survival Response 100%
• Hypoxia Response 50%
• Rodents 25%
• Microarray 25%
• Hypoxia Tolerance 25%
• Gene Response 25%
• High Sensitivity 12%
• Functional Groups 12%
• Angiogenic 12%
• Transcription Factor 12%
• Cardiovascular Disease 12%
• Lack of Response 12%
• Underrepresentation 12%
• Receptor Binding 12%
• Muscle Tissue 12%
• Sexual Development 12%
• Membrane Receptors 12%
• Brain Tissue 12%
• Antiangiogenic 12%
• Novel Patterns 12%
• Down Syndrome 12%
• Induced Gene 12%
• Gene Transcript 12%
• Transcript Abundance 12%
• Medical Research 12%
• Cancer Research 12%
• Epidermal Growth Factor Receptor 12%
• Hypoxia-sensitive 12%
• Complex Response 12%
• Global Gene Expression 12%
• Acute Hypoxia 12%
• Developmental Disorders 12%
• Human Individual 12%
• Anti-apoptosis 12%
• Severe Hypoxia 12%
• Functional Enrichment Analysis 12%
• Subterranean Mole Rat 12%
• Hypoxia-tolerant 12%
• Hub Genes 12%
• Mammal Evolution 12%
• Chronic Hypoxia 12%

Biochemistry, Genetics and Molecular Biology

• Gene Expression Profiling 100%
• Spalax 100%
• Angiogenesis 100%
• Gene Expression 25%
• Microarrays 25%
• Transcription Factors 12%
• Mouse 12%
• Receptor Binding 12%
• Epidermal Growth Factor Receptor 12%
• Down Syndrome 12%
• Mole Rat 12%
• Hub Genes 12%