Before revision:  In this small innovation we have adapted a millisecond timescale "Slimfield" microscope used for single-molecule detection to enable spitting of the fluorescence polarization emissions into two separate imaging channels for s- and p- polarization signals that are imaged onto separate halves of the same high sensitivity back-illuminated CMOS camera detector.
After revision:  In this small innovation we have adapted a millisecond timescale "Slimfield" microscope used for single-molecule detection to enable spitting of the fluorescence polarization emissions into two separate imaging channels for s- and p- polarization signals , which are imaged onto separate halves of the same high sensitivity back-illuminated CMOS camera detector.