Differential vulnerabilities of urethral afferents in diabetes and discovery of a novel urethra-to-urethra reflex

Keyphrases

• Diabetes 100%
• Reflex 100%
• Urethra 100%
• Low Frequency Oscillation 100%
• Differential Vulnerability 100%
• Bladder 80%
• Type 1 Diabetes Mellitus (T1DM) 60%
• Capsaicin 60%
• Diabetes Mellitus Rats 60%
• Hexamethonium 40%
• Neuronal Function 40%
• α-bungarotoxin 40%
• Bladder Contraction 40%
• Electromyography 20%
• Chemically Induced 20%
• Perfusion 20%
• Streptozotocin 20%
• Sprague-Dawley Rats 20%
• Tonic 20%
• Perfusion Pressure 20%
• Striated muscle 20%
• Acetic Acid 20%
• Irritant 20%
• Chemical Stimulation 20%
• Transection 20%
• Escalating Dose 20%
• Pudendal Nerve 20%
• Afferent Neurons 20%
• Lower Urinary Tract Symptoms 20%
• Reflex Pathway 20%
• TRPV1 Receptor 20%
• Urethral Pressure 20%
• Micturition 20%
• Urethral muscle 20%
• Voiding Dysfunction 20%
• Artificial Urethral Sphincter 20%
• EMG Activity 20%
• Bladder Activity 20%

Medicine and Dentistry

• Diabetes 100%
• Diabetes Mellitus 100%
• Bladder 83%
• Capsaicin 50%
• Hexamethonium 33%
• Bungarotoxin 33%
• Bladder Contraction 33%
• Receptor 16%
• Streptozocin 16%
• Smooth Muscle 16%
• Acetic Acid 16%
• TRPV1 16%
• Electromyography 16%
• Afferent Neuron 16%
• Micturition 16%
• Striated Muscle 16%
• Lower Urinary Tract Symptom 16%
• Chemical Stimulation 16%
• Pudendal Nerve 16%
• Voiding Dysfunction 16%
• Urethra Pressure 16%
• Sphincter 16%

Neuroscience

• Diabetes Mellitus 100%
• Capsaicin 50%
• Hexamethonium 33%
• Electromyography 33%
• Bungarotoxin 33%
• Afferent Neurons 16%
• TRPV1 16%
• Streptozotocin 16%
• Electromyography 16%
• Pudendal Nerve 16%
• Acetate 16%
• Receptor 16%