Atomic contacts generated in aqueous solutions of sodium dodecyl sulfate (SDS) below the critical micellar concentration (CMC) have conductances below 1G0 attributed to molecular adsorption on the contact.
The pores shown in Figure 2B,C have conductances of 4.6 and 2.2 pS (below the level for gA in this membrane/electrolyte system), compared to the wide range of higher conductances for wild-type Aβ1 42, generally between 50 pS and 1 nS.
If no, then I'd be tempted to call it "linear", and that would allow the whole thing to be represented by a single Channel Builder selective for ionic species eq with valence 1 that has conductance (8/6)*gca and reversal potential eeq = (ena + ek +6*eca)/8.
These openings have a conductance of ∼3 4 nS, which is similar to the monomeric conductance of the mutant lacking the PD (Mapingire et al., 2009) and are interpreted as representing a full displacement of the PD from a single monomer.
Figure 6C shows that in the three 9∶1 patches that did have low conductance openings, only a small proportion of bursts, 7.8±1.8% (n = 3), belong to low conductance channels.
In some cases, the nanowires have low conductance, 0.01G0.
We have performed conductance measurements with a gold molecule gold junction employing the mechanically controlled break-junction technique.
As an example, one single pentyl covalently bound chain was found to have a conductance equivalent to the overlapping of an area corresponding to about 152 carbon atoms.
Feedback projections have high conductance velocity (∼3 10 m/sec), have large spread in V1, and influence surround mediated responses in V1.
In enabling ultrafast frequency synchronizations, electrotonic couplings of PCs should have high conductance and allow direct AP propagation according to simulation studies [24], [27].
