PMC

Retrieved complex amplitude data page 1. (a) complex amplitude distribution; (b) averaged complex amplitude values on a complex plane.

A, ω-conotoxin GVIA injection into the left pre-Bötzinger complex reduces the amplitude of averaged phrenic nerve activity. B, TTX injected into the left pre-Bötzinger complex reduces the amplitude and duration of phrenic nerve activity. C, ω-conotoxin GVIA injected into the right pre-Bötzinger complex after injecting TTX into the left pre-Bötzinger complex further reduces the amplitude of averaged phrenic nerve activity. D, TTX also injected into the right pre-Bötzinger complex eliminates phrenic nerve activity. The integrated phrenic nerve discharges shown in A-D were averaged from fifteen consecutive sweeps.

Effects of voltage and dNTP on phi29 DNAP-DNA complex amplitude fluctuations. A, four-state model for studying the equilibrium properties of amplitude transitions in phi29 DNAP-DNA complexes. State B1 is the phi29 DNAP-DNA binary complex in the upper amplitude state; state T1 is the phi29 DNAP-DNA-dGTP ternary complex in the upper amplitude state; state B2 is the binary complex in the lower amplitude, post-translocation state; and state T2 is the ternary complex in the lower amplitude, post-translocation state. B, the effect of voltage on p/(1 − p) for various complementary dNTP (dGTP) concentrations, where p is the probability of phi29 DNAP-DNA complexes formed with DNA1 occupying the lower amplitude, post-translocation state. C, the effect of dGTP on the normalized p/(1 − p) at various voltages. The normalized p/(1 − p) p) is defined under “Results.” D, current traces for phi29 DNAP-DNA complexes formed with DNA 1 and captured at 180 mV in the presence of 0 (i), 10 (ii), or 40 μm (iii) dGTP. Red lines under segments of the traces in ii and iii indicate periods during which the complexes oscillate between the two amplitude states at rates that appear indistinguishable from the rates of the transitions in the binary complex (i).

Experimental results of correlation-based multiplexing. Complex amplitude distribution of the retrieved (a) data page 1 and (b) data page 2. Averaged complex amplitude values of the retrieved (c) data page 1 and (d) data page 2 on a complex plane.