Calcium imagining and deep behavior analysis in fentanyl vapor self-administration and relapse

Keyphrases

• Fentanyl 100%
• Behavior Analysis 100%
• Self-administration 100%
• Opioid Use Disorder 80%
• Freely Moving Mice 60%
• Neurobiology 40%
• Overdose Deaths 40%
• Analgesia 20%
• Opioids 20%
• μ-opioid Receptor 20%
• Catheter 20%
• World Population 20%
• Mouse Model 20%
• Neuron Types 20%
• Anesthesia 20%
• Inhalation 20%
• Behavioral Model 20%
• Single-unit Recording 20%
• Vaping 20%
• Drug Self-administration 20%
• Cable 20%
• Miniature Fluorescence Microscopy 20%
• Miniscope 20%
• Calcium Imaging 20%
• Technology Analysis 20%
• Drug Bioavailability 20%
• Lack of Understanding 20%
• In Vivo Electrophysiology 20%
• Intravenous Self-administration 20%
• Translational Impact 20%
• Edge Imaging 20%
• Record-breaking 20%
• Computational Advance 20%
• In Vivo Imaging 20%
• Convolutional Neural Network 20%
• Opioid Self-administration 20%
• Machine Learning Analysis 20%
• Pose Estimation 20%
• Global Crisis 20%
• Computational Neuroethology 20%
• Neuronal Ensembles 20%
• Imaging Technology 20%

Neuroscience

• Duragesic 100%
• Fentanyl 100%
• Behavior (Neuroscience) 100%
• Opioid Abuse 80%
• Opiate 40%
• In Vivo 40%
• Drug Self-Administration 40%
• Neurobiology 40%
• Neural Network 20%
• Calcium Imaging 20%
• Neuroethology 20%
• Synthetic Opioids 20%
• Single-Unit Recording 20%
• Electrophysiology 20%