… in an inclusion could be measured based on differences in fluorescence lifetime while still
resolving the depth by fitting time-domain light diffusion models to reflectance FTPSFs. An …

… of fluorescence lifetime-based biomarkers. As an intrinsic characteristic of a fluorophore and
its state, fluorescence lifetime … ) 10,11 with robustness because lifetime measurements are …

… Abstract—This paper presents a time-resolved CMOS image … , for timedomain fluorescence
lifetime imaging. In the DOM pixels using a pinned photodiode (PPD) technology, a time-…

… confocal fluorescence microscope that, for the first time to our knowledge, surpasses the
highest possible frame rate constrained only by the fluorescence lifetime … confocal fluorescence …

… the time course of a sample's response to impulse excitation. Therefore, time domain
data is inherently available from the instrument and may be fitted to models of fluorescence …

… τ 0 = k r −1 is the natural or radiative lifetime which is related to the fluorescence lifetime τvia …
In the time domain, a fluorescence decay curve can be directly acquired after excitation of …

… measure fluorescence lifetimes, and to combine fluorescence lifetime measurements with
imaging. The techniques can be classified into time-domain and frequency-domain techniques…

… a high-speed or even real-time FLIM system. FLIM can operate in the time domain or frequency
domain. Wide-field frequency-domain FLIM instruments are capable of capturing phase …

… Donor fluorescence lifetime decreases due to energy transfer in the excited … by fluorescence
lifetime measurements is advantageous in living cell studies since the fluorescence lifetime …

… fluorescence lifetimes: timedomain and frequency-domain analysis. In the time-domain method,
… light pulses, and the time evolution of the fluorescence emission is measured directly by …