Daily acute intermittent hypoxia enhances phrenic motor output and stimulus-evoked phrenic responses in rats

Keyphrases

• Phrenic 100%
• Acute Intermittent Hypoxia 100%
• Phrenic Motor Neurons 100%
• Phrenic Long-term Facilitation 30%
• Respiratory Cycle 20%
• Synaptic Input 20%
• Phrenic Nerve Activity 20%
• Sigma Phase 10%
• Functional Impact 10%
• Evoked Response 10%
• Spinal Level 10%
• Timing Control 10%
• Funiculus 10%
• Mechanically Ventilated 10%
• Postsynaptic Density Protein 95 (PSD-95) 10%
• One-form 10%
• Post-acute 10%
• Charge Balance 10%
• Cellular Pathways 10%
• Repeated Exposure 10%
• Multiple Exposures 10%
• Hypoxia Preconditioning 10%
• Daily Exposure 10%
• Biphasic Pulses 10%
• Respiratory Phase 10%
• Expiratory Phase 10%
• Neural Control System 10%
• Respiratory Plasticity 10%

Neuroscience

• Nerve Conduction 100%
• Phrenic Nerve 100%
• Evoked Potential 50%
• Cell Cycle S Phase 50%
• Lateral Funiculus 50%