bioelectric potentials; cellular biophysics; muscle; neurophysiology; 3D syncytium; action potential; adjacent cell; bladder instability; bladder wall contraction; detrusor excitability; detrusor smooth muscle; detrusor syncytium; distributed innervation pattern; electrical tissue functioning; intercellular coupling; junction potential; neurotransmitter release frequency; pathological condition; pathophysiological scenario; spatiotemporal synaptic drive dynamics; spontaneous transient depolarization; tissue structural complexity; urinary bladder syncytium; urinary bladder wall; Bladder; Couplings; Electric potential; Junctions; Kinetic theory; Muscles; Neurotransmitters;
机译:逼尿肌平滑肌的自发突触驱动:计算研究和对膀胱功能的影响
机译:膀胱平滑肌合胞体的计算模型:电学特性的验证和研究
机译:膀胱平滑肌合胞体的计算模型
机译:膀胱和膀胱囊突突突发突触发动的时空动态:计算调查
机译:研究基于聚合物的膀胱组织工程支架。
机译:海马的双重突触可塑性:赫比和时空学习动态
机译:逐步测量尿道膀胱测量粘弹性行为的动态新方法