Paraventricular nucleus projections to the nucleus tractus solitarii are essential for full expression of hypoxia-induced peripheral chemoreflex responses

Keyphrases

• Hypoxia 100%
• Paraventricular nucleus 100%
• Nucleus Tractus Solitarius 100%
• Peripheral Chemoreflex 100%
• Neuronal Activation 20%
• Hypoxia Response 20%
• C-Fos Immunohistochemistry 12%
• Cardiorespiratory Responses 12%
• Hypoxic Ventilatory Response 12%
• Efferent Pathways 8%
• Conscious Rat 8%
• DREADD 8%
• Hypothalamic Paraventricular nucleus 8%
• Nanoinjection 8%
• Immunohistochemistry 4%
• Adenovirus 4%
• Action Potential 4%
• Cre Recombinase 4%
• Anesthetized Rats 4%
• Integration Site 4%
• Well-defined 4%
• Neurocircuitry 4%
• Sympathetic Nerve Activity 4%
• Pathway Activation 4%
• Selective Inhibition 4%
• Nerve Activity 4%
• Normoxia 4%
• Selective Activation 4%
• Extracellular Recording 4%
• Hypoxic Challenge Test 4%
• Ventilatory Response 4%
• Tachycardic 4%
• Cre-dependent 4%
• Phrenic 4%
• Neuronal Action Potential 4%
• Chemoreflex 4%
• Drug Activation 4%
• Phrenic Nerve Activity 4%
• Ventilatory Response to Hypoxia 4%

Neuroscience

• Chemoreceptor Reflex 100%
• Action Potential 40%
• Nerve Conduction 40%
• Adeno-Associated Virus 40%
• Efferent Pathway 40%
• Receptor 40%
• Designer Drug 40%
• Immunohistochemistry 20%
• Cre Recombinase 20%
• Phrenic Nerve 20%