Furthermore, we present a detailed mechanism that explains the "on off" and "blinking" behavior of single GFP-molecules with the proposed energy-level diagrams.
Single QDs were identified by their on-off blinking behavior.
The activities of many biomolecules and cells studied in single-molecule experiments are both pH and salt sensitive, while fluorophores may show unfavorable pH-dependent blinking behavior.
Another important aspect of QDs is termed "blinking" behavior, in which dark periods of no emission interrupt longer periods of fluorescence.
The fluorophore blinking behavior was simulated as a time-continuous Markov process between on and off states using a 100-fold temporal oversampling.
The goal of the present study was to assess the effectiveness of eye blink behavior in measuring drivers' mental workload.
However, eye blink behavior did not provide a clear mental workload signature when driving task demands and dual-task conditions were varied simultaneously.
The overall picture goes against the suitability of eye blink behavior to monitor drivers' states at least when external and internal demands interact.
For Cy5 we found very similar behavior, showing strongly increased blinking after longer incubation with the GOC imaging buffer.
Chuck's Sports Bar, the Hangover Bar, and other watering holes received the obnoxious blinking cameras as punishment for perceived bad behavior.
