Conductance

... because some atoms will lose and some will gain. This happens in air or any other matter. A vaccuum in space, contains no electrons. Considering conductance has nothing to do with neutrality, the answer is probably useless.

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... of current flowing. In this case—and here I am really just guessing—that the larger the “hole” represented by the pipet, the greater will be the conductance of the path through it. That is, I expect the resistance of the pipet to be lower if the apature is larger, but if you pull it too far and ...

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... their concentration gradient to enter the cell? Have I got this right.. also for the question: which terms in the below equation model potassium conductance? I have highlighted what I think, am I right? of does it not include 'n'? Im=m^3hg(Na)(Vm-ENa) + n^4g(K)(Vm-EK) Thanks, hopefully someone ...

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... (Macpherson et al., 1995a, b; Unwin et al., 1997), and bilayer lipid membranes (Matsue et al., 1994). SECM has the advantage over scanning ion conductance microscopy, which has found some application in the investigation of membrane transport (Hansma et al., 1989; Korchev et al., 1997), in ...

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... defense functions in cells and organelles. Some channels act as sensors by converting the concentration of an analyte into a change in the pore’s conductance. Recently, several groups suggested that channels placed in artificial membranes might prove useful for detecting analytes. Unfortunately, ...

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