Reactive oxygen species (ROS) play an important role in a rat model of neuropathic pain

Keyphrases

• Reactive Oxygen Species 100%
• Neuropathic Pain 100%
• Rat Model 100%
• Phenyl 50%
• Tert 50%
• Systemic Injection 33%
• Mechanical Allodynia 33%
• Pain Behavior 16%
• Spinal Mechanisms 16%
• Dose Effect 16%
• Systemic Administration 16%
• Free Radicals 16%
• Biological Systems 16%
• Free Radical Scavenger 16%
• Reactive Oxygen Species Scavenger 16%
• Nerve Ligation 16%
• Analgesic Effect 16%
• Intracerebroventricular Administration 16%
• Systemic Treatment 16%
• Intrathecal Injection 16%
• Spinal Nerve Ligation 16%
• Spinal Nerve Ligation Model 16%
• Nitrobenzene 16%
• N-oxides 16%
• Repeated Injection 16%
• Toxic Dose 16%
• Degenerative Brain Diseases 16%
• Preemptive Treatment 16%
• Antiallodynic 16%
• Spin Trapping 16%
• Full Development 16%

Pharmacology, Toxicology and Pharmaceutical Science

• Reactive Oxygen Metabolite 100%
• Rat Model 100%
• Neuropathic Pain 100%
• Mechanical Allodynia 33%
• Brain Disease 16%
• Free Radical 16%
• Systemic Administration 16%
• Analgesic Agent 16%
• Scavenger 16%
• Intrathecal 16%
• Systemic Treatment 16%
• Nitrosobenzene 16%

Neuroscience

• Neuropathic Pain 100%
• Reactive Oxygen Species 100%
• Spinal Nerve 33%
• Allodynia 33%
• Free Radical 33%
• Behavior (Neuroscience) 16%
• Intrathecal 16%
• Brain Disease 16%