Suckling and sucrose ingestion suppress persistent hyperalgesia and spinal fos expression after forepaw inflammation in infant rats

Keyphrases

• Inflammation 100%
• Hyperalgesia 100%
• Fos Expression 100%
• Suckling 100%
• Infant Rat 100%
• Forepaw 100%
• Aged Rats 37%
• Non-nutrients 37%
• Escape Latency 37%
• Persistent Pain 25%
• Analgesia 25%
• Tissue Injury 25%
• Lumbar Region 25%
• Sweet Taste 25%
• Modulation Systems 25%
• Hindpaw Withdrawal Latency 25%
• Spinal Cord 12%
• Tissue Inflammation 12%
• Analgesic Mechanism 12%
• Noxious Stimuli 12%
• Rat Model 12%
• Clinical Approach 12%
• Hind Paw 12%
• Freund Incomplete Adjuvant 12%
• Anti-hyperalgesia 12%
• Saline Injection 12%
• Mechanical Allodynia 12%
• Thermal Hyperalgesia 12%
• C-Fos Immunohistochemistry 12%
• Neuronal Activation 12%
• Isotonic Saline 12%
• Modulating Effect 12%
• Spinal Level 12%
• Thermal-mechanical 12%
• Brass 12%
• Cervical Region 12%
• Rostro-caudal 12%
• Forepaw Stimulation 12%
• Endogenous Pain 12%
• Paw Inflammation 12%
• Antihyperglycemia 12%
• Stylus 12%
• Intraoral 12%

Medicine and Dentistry

• Hyperpathia 100%
• Ingestion 100%
• Tissue Injury 66%
• Persistent Pain 66%
• Analgesia 66%
• Infusion 66%
• Lumbar Region 66%
• Anodyne 33%
• Maturation 33%
• Immunoreactivity 33%
• Freund's Adjuvant 33%
• Paw 33%
• Mechanical Allodynia 33%
• Medical Decision Making 33%
• Thermal Hyperalgesia 33%
• Table Salt 33%

Neuroscience

• Hyperalgesia 100%
• Sensation of Taste 75%
• Allodynia 25%