Waves of NAD(P)H trigger release of reactive oxygen (arrows).
Petty/NAS
The team first described the existence of NAD(P)H waves in a paper in Physical Review Letters in 2000, but this is the first demonstration that the waves can have functional consequences. Petty was able to visualize both NAD(P)H (which autofluoresces) and an indicator for ROMs by using high-speed imaging with an acquisition time in the nanosecond range. Most video microscopy, by contrast, uses millisecond acquisition times and thus would see the...
The Rockefeller University Press
2002
The Rockefeller University Press
2002
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