Orexin enhances neuronal synchronization in adult rat hypothalamic culture: a model to study hypothalamic function

Keyphrases

• Adult Rats 100%
• Orexin 100%
• Neuronal Synchronization 100%
• Hypothalamic Function 100%
• Obesity 45%
• Multielectrode Array 18%
• Hypothalamus 18%
• Wakefulness 18%
• Aging 9%
• Sleep Disorders 9%
• Brain Function 9%
• Network Dynamics 9%
• Obesity Resistance 9%
• Neural Mechanisms 9%
• Neural Network 9%
• Functional Connectivity 9%
• Neuronal Activity 9%
• Dysregulation 9%
• Neuronal Network 9%
• Network Synchronization 9%
• Sleep Patterns 9%
• Neural Structures 9%
• Normal Brain 9%
• Adult Population 9%
• Field Potential 9%
• Neurological Diseases 9%
• Culture in Vitro 9%
• Promoting Effect 9%
• Energy Homeostasis 9%
• Hypocretin 9%
• Lateral Hypothalamus 9%
• Prolonged Duration 9%
• Hypothalamic Neuropeptides 9%
• Good Quality 9%
• Synchronicity 9%
• Obesity-resistant 9%
• Hypothalamic Neurons 9%
• Synchronous Motion 9%
• Correlated Change 9%
• Neural Synchronization 9%
• Neural Culture 9%
• Embryonic Neurons 9%
• Neural Synchrony 9%
• Wake-promoting 9%
• Wake Energy 9%
• Synchronous Networks 9%
• Age-related Illnesses 9%
• Adult-born Neurons 9%

Neuroscience

• Orexin 100%
• Orexin-A 33%
• In Vitro 33%
• Hypothalamus 22%
• Wakefulness 22%
• Multielectrode Array 22%
• In Vivo 11%
• Behavior (Neuroscience) 11%
• Neuropeptide 11%
• Neuronal Activity 11%
• Neural Network 11%
• Nervous System Disorder 11%
• Lateral Hypothalamus 11%
• Functional Connectivity 11%
• Brain Function 11%
• Sleep Disorder 11%