Neuroplasticity in the Mesolimbic System Induced by Natural Reward and Subsequent Reward Abstinence

Keyphrases

• Mesolimbic System 100%
• Neuroplasticity 100%
• Abstinence 100%
• Natural Reward 100%
• Amphetamine 80%
• Nucleus Accumbens 60%
• Sexual Behavior 60%
• Sexual Experience 60%
• Drugs of Abuse 40%
• Dendrite 40%
• Conditioned Place Preference 40%
• Spine 40%
• Repeated Exposure 20%
• Golgi 20%
• Morphological Changes 20%
• Psychostimulants 20%
• Nucleus Accumbens Shell 20%
• Behavioral Sensitization 20%
• Drug Response 20%
• Control Subjects 20%
• Functional Alterations 20%
• Male Rats 20%
• Reward Value 20%
• Sexual Reward 20%
• Drug Reward 20%
• Dendritic Arbor 20%
• Method Effects 20%
• Locomotor Response 20%
• Golgi-Cox 20%
• Natural Drugs 20%
• Repeated Mating 20%
• Neuronal Alterations 20%
• Sexually Naïve Males 20%
• Cox Analysis 20%

Neuroscience

• Neuroplasticity 100%
• Amphetamine 100%
• Sexual Behavior 75%
• Dendrite 50%
• Nucleus Accumbens 50%
• Vertebral Column 50%
• Conditioned Place Preference 50%
• Nucleus Accumbens Shell 25%
• Psychostimulant 25%
• Nucleus Accumbens Core 25%