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ECOM method recovers time correlation with 2-ms precision from 219-ms imaging frames. ECOM method recovers time correlation with 2-ms precision from 219-ms.

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Presentation on theme: "ECOM method recovers time correlation with 2-ms precision from 219-ms imaging frames. ECOM method recovers time correlation with 2-ms precision from 219-ms."— Presentation transcript:

1 ECOM method recovers time correlation with 2-ms precision from 219-ms imaging frames.
ECOM method recovers time correlation with 2-ms precision from 219-ms imaging frames. (A–C) Shutter opening (arrows) produces step intensity change (red line) and initiates an ECD photocurrent (green line). Image frame times are indicated by vertical gray lines and include 200-ms exposure time (black horizontal bars) and 19-ms interframe interval. Traces were temporally aligned at onset of photocurrent. Brightness of transition frame depends on time of shutter opening during the frame. (D) Averaged time course of photocurrent (green line) and normalized image brightness (black line) from 260 shutter openings shows 50% rise time at time 0 ± 2 ms. The black curve was fitted well with the step response function of image brightness (dashed red line). Zhao Y et al. PNAS 2013;110: ©2013 by National Academy of Sciences


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