Spinal mechanisms of te analgesic action of electroconvulsive shock

Keyphrases

• Electroconvulsive Shock 100%
• Analgesic Action 100%
• Spinal Mechanisms 100%
• Analgesia 83%
• Attenuation 41%
• Methysergide 41%
• Naloxone 33%
• Phentolamine 33%
• Dorsolateral Funiculus 33%
• Spinal Cord 25%
• Serotonin 16%
• Spinal Transection 16%
• Noradrenaline 16%
• Haloperidol 8%
• Scopolamine 8%
• Large Lesions 8%
• Drug Effects 8%
• Neurotransmitter Systems 8%
• Picrotoxin 8%
• Antinociceptive 8%
• Endogenous Opioids 8%
• Intrathecal Injection 8%
• Intrathecal 8%
• Neurotransmitters 8%
• Analgesic Effect 8%
• Enkephalin 8%
• Drug Combination 8%
• Neural Systems 8%
• Theophylline 8%
• Neural Conduction 8%
• Dorsal Aspect 8%
• Ventral Spinal Cord 8%
• Pair Combination 8%
• Spinal System 8%
• Diphenhydramine 8%
• Dorsal Column 8%
• Dorsal Cord 8%
• Drug Pair 8%
• Neuromediators 8%

Neuroscience

• Methysergide 100%
• Naloxone 80%
• Phentolamine 80%
• Serotonin 40%
• Neurotransmitter 40%
• Intrathecal 40%
• Norepinephrine 40%
• Scopolamine 20%
• Picrotoxin 20%
• Endorphin 20%
• Enkephalin 20%
• Nerve Conduction 20%
• Neural System 20%
• Theophylline 20%
• Combination Drug 20%
• Benadryl 20%
• Haloperidol 20%
• Diphenhydramine 20%

Medicine and Dentistry

• Electric Shock 100%
• Analgesia 83%
• Methysergide 41%
• Naloxone 33%
• Phentolamine 33%
• Noradrenalin 16%
• Serotonin 16%
• Neurotransmitter 16%
• Picrotoxin 8%
• Intrathecal Drug Administration 8%
• Combination Drug 8%
• Analgesic Activity 8%
• Haloperidol 8%
• Nerve Conduction 8%
• Theophylline 8%
• Enkephalin 8%
• Neural System 8%
• Scopolamine 8%
• Diphenhydramine 8%
• Endorphin 8%