Although the Poisson jump is concerned, the rate of approximation to the true solution by the numerical solution is the same as the equation in [15].
OHCs from basal turns were extremely fragile, with recording times generally lasting fewer than 20 min. Unless specified in the text, the composition of the external solution was the same as the solution used for dissecting the cochlea.
The relaxing solution was the same as the contracting solution, but Ca2+ was replaced with 2 mM EGTA.
The recording chamber solution was the same as the extraction solution except that CaCl2 was increased to 2.4 mM and MgCl2 reduced to 1.3 mM.
The rigor solution was the same as the regular activating solution except that MgATP and creatine phosphate were absent.
The composition of the tracer solution is the same as for the background electrolyte solution described above, with the inert tracer being added.
In this solution, the third node is fused, and the solution is the same as the one in Fig. 17c.
The method to prepare different [NaCl] solution is the same as preparing different [HCO3-] DMEM solutions except for replacing NaHCO3- with NaCl.
Most electrolytes, such as salts, are nonvolatile at ordinary temperature, and, in that event, the vapour pressure exerted by the solution is the same as the partial pressure of the solvent.
The user should verify that this degap solution is the same as that used in hrc_process_events.
