Early postnatal interference with the expression of multiple Sp1 regulated genes leads to disparate behavioral response to sub-chronic and chronic stress in rats

Keyphrases

• Behavioral Response 100%
• Chronic Stress 100%
• Plasma Corticosterone 100%
• Regulatory Genes 100%
• Early Postnatal 100%
• Mithramycin 100%
• Subchronic 100%
• Gene-environment Interaction 66%
• Environmental Stimuli 66%
• Startle Response 66%
• Environmental Harm 66%
• Sucrose Preference 66%
• Complex Behavior 33%
• Adulthood 33%
• Hyperresponsiveness 33%
• Novelty Seeking 33%
• Etiology 33%
• Behavioral Disorders 33%
• Reduced Anxiety 33%
• Interaction Model 33%
• Multiple Genes 33%
• Phenotypic Outcome 33%
• Gene Transcription 33%
• Novel Object 33%
• Behavioral Adaptation 33%
• Wistar Rats 33%
• Stress Treatment 33%
• Single Candidate 33%
• Adaptation to Stress 33%
• Anxious Behavior 33%
• DNA Binding 33%
• Stress Duration 33%
• Open Field Test 33%
• Multiple Gene Expression 33%
• Biological Sensitivity 33%
• Temporal Interference 33%
• Behavior Disorders 33%
• Binding Inhibitor 33%
• Subchronic Stress 33%
• Hormonal Adaptations 33%
• Biological Exposure 33%

Neuroscience

• Corticosterone 100%
• Plicamycin 100%
• Behavior (Neuroscience) 66%
• Startle Response 66%
• Sucrose 66%
• Mental Disorder 33%
• Gene Expression 33%
• Behavior Disorder 33%
• Genetic Transcription 33%
• Behavioral Disorder 33%
• DNA Binding 33%