Merging n and n+1 photon absorption into one 1080-1140 nm band eliminates sequential scanning delays while reducing photodamage.
BonFIRE spectroscopy converts infrared vibrational signals into fluorescence, overcoming water background interference and enabling single-molecule sensitivity.
A fluorescently labelled analyte binding protein and analogue enable rapid point-of-care detection of small molecules in blood samples.
A cyanine-xanthene fluorescent composition selectively stains blood cells while dissolving non-target biomaterials.
A cleavable linker connects a protein of interest to a split fluorescent fragment, resolving folding delays that degrade temporal resolution.