Identifying kinetic constants of ion channel of hierarchical type
We have developed a totally different approach from Maximum likelihood widely employed to estimate the kinetic constants of single-ion channels of hierarchical mechanism. It is found that all kinetic constants are uniquely determined by the probability density functions of their lifetime and death-time of the middle states. An algorithm to calculate all kinetic constants is provided, which employs the intrinsic properties of the Markov process. Once we have them, all subsequent calculations are then automatic and exact.
Single-ion channel Markov chain on hierarchical type kinetic constants
Xuyan Xiang Yingchun Deng Xiangqun Yang Jianbin Li
College of Mathematics and Computing Science Hunan University of Arts and Science P.R.of China College of Mathematics and Computer Science Hunan Normal University Scientific Research Management Hunan Cotton Research Institute P.R.of China
国际会议
太原
英文
55-59
2010-10-22(万方平台首次上网日期,不代表论文的发表时间)