Gastric vagal motoneuron function is maintained following experimental spinal cord injury

Keyphrases

• Acute Phase 8%
• Afferent Input 8%
• Anatomical Integrity 16%
• Between-group 8%
• Brainstem 8%
• Cell Size 8%
• Central Effects 8%
• Clinical Reports 8%
• Dendritic Arborization 8%
• Derangement 16%
• Dorsal Motor nucleus of the Vagus 100%
• Dose Effect 8%
• Experimental Spinal Cord Injury 100%
• Functional Integrity 16%
• Gastric Contractions 41%
• Gastric Dysfunction 8%
• Gastric Function 8%
• Gastrointestinal 8%
• Gastrointestinal Function 8%
• Immunohistochemical Analysis 8%
• In Vivo Measurement 8%
• Injury Reduction 8%
• Membrane Properties 8%
• Microinjection 16%
• Motility 8%
• Motoneuron 100%
• Neural Circuitry 8%
• Neurobiotin 8%
• Neurocircuitry 16%
• Neuronal Morphology 8%
• Neuropharmacological 8%
• Pharmacological Tools 8%
• Reflex 16%
• Retrograde Labeling 8%
• Rodent Models 16%
• Single-unit Recording 8%
• Spinal Cord Injury 100%
• Stomach 16%
• Thyrotropin 33%
• Vagal Afferents 25%
• Vagal Reflex 8%
• Vagus 8%
• Whole Cell 8%

Neuroscience

• Brainstem 7%
• In Vitro 14%
• In Vivo 14%
• Thyrotropin-Releasing Hormone 28%
• Vagus Reflex 7%