حي ت يو جذومنلأا ىلع يطخلا ريغ أ ،ءاملا ةمدص رث جاوملأاو يلاقتنلاا ه ، ةفاضإ ىلإ ضيف ءا ملا . مب ا نمق ه تءافآو ما ظنلا ة ناتم ة ساردلو أ ة شقان تاز يمملاو تابارط ضلاا ر ث (Parameters) ملا ر يغت ة بُ لطتيو ، مُيم صت ةَ فرعم ما ظنلا اذ ه ي ف ر يغتلا ىد م هذ ه مي ق تازيمملا . ةُقيرط تمدخُتسا دقو H ∞ يف دودحلا ةد يدع ميمصتلا . تا نارتقلاا را بتخا م ت ا مآ لا ة يكيمانيدلا ة ننقملا مكحت لل ة بولطملا ...

By tracking conformational transitions of individual ion channel proteins, single-channel recordings allow the observer to deduce gating mechanisms, as well as estimate rate constants of microscopic gating steps. For most ion channels, gating mechanisms are complex, comprising multiple stable open (O) and closed (C) conformations among which conformational transitions may follow a network of po...

By tracking conformational transitions of individual ion channel proteins, single-channel recordings allow the observer to deduce gating mechanisms, as well as estimate rate constants of microscopic gating steps. For most ion channels, gating mechanisms are complex, comprising multiple stable open (O) and closed (C) conformations among which conformational transitions may follow a network of po...

By tracking conformational transitions of individual ion channel proteins, single-channel recordings allow the observer to deduce gating mechanisms, as well as estimate rate constants of microscopic gating steps. For most ion channels, gating mechanisms are complex, comprising multiple stable open (O) and closed (C) conformations among which conformational transitions may follow a network of po...

By tracking conformational transitions of individual ion channel proteins, single-channel recordings allow the observer to deduce gating mechanisms, as well as estimate rate constants of microscopic gating steps. For most ion channels, gating mechanisms are complex, comprising multiple stable open (O) and closed (C) conformations among which conformational transitions may follow a network of po...