机译:电压门控钠通道:(NA V V)触发现场以确定其对内脏伤害的贡献
Visceral Pain Research Group Human Physiology Centre for Neuroscience College of Medicine and;
Visceral Pain Research Group Human Physiology Centre for Neuroscience College of Medicine and;
Visceral Pain Research Group Human Physiology Centre for Neuroscience College of Medicine and;
Visceral Pain Research Group Human Physiology Centre for Neuroscience College of Medicine and;
Visceral Pain Research Group Human Physiology Centre for Neuroscience College of Medicine and;
Visceral Pain Research Group Human Physiology Centre for Neuroscience College of Medicine and;
Visceral Pain Research Group Human Physiology Centre for Neuroscience College of Medicine and;
Visceral Pain Research Group Human Physiology Centre for Neuroscience College of Medicine and;
colon; bladder; sensory afferents; nociceptors; pain; inflammation; dorsal root ganglia;
机译:电压门控钠通道:(NA V V)触发现场以确定其对内脏伤害的贡献
机译:电压门控性钠通道在伤害感受中的潜力及其作为治疗慢性神经性疼痛新药的靶标的潜力
机译:包含Kv4的通道对躯体和内脏背根神经节神经元A型电压门控钾电流的不同贡献
机译:电压门控钾钠通道的单通道特性
机译:钠通道与新型神经毒素ProTx-II之间的分子相互作用:对电压门控钠通道的结构和功能的影响。
机译:电压门控钠通道:(NaV)引导磁场以确定其对内脏伤害感受的作用
机译:靶向电压门控钠通道治疗慢性内脏痛