Time-resolved flow cytometry represents an alternative to commonly applied spectral or
intensity multiplexing in bioanalytics. At present, the vast majority of the reports on this topic …

Semiconductor quantum dots (QDs) embedded into polymer microbeads are known to be
very attractive emitters for spectral multiplexing and colour encoding. Their luminescence …

Fluorescence lifetime measurements provide information about the fluorescence relaxation,
or intensity decay, of organic fluorophores, fluorescent proteins, and other inorganic …

In flow cytometry, the fluorescence decay time of an excitable species has been largely
underutilized and is not likely found as a standard parameter on any imaging cytometer …

Time-resolved luminescence detection using long-lived probes with lifetimes in the
microsecond region have shown great potential in ultrasensitive and multiplexed …

To demonstrate the potential of time-resolved flow cytometry (FCM) for bioanalysis, clinical
diagnostics, and optically encoded bead-based assays, we performed a proof-of-principle …

This chapter focuses on applications and protocols that involve the measurement of the
fluorescence lifetime as an informative cytometric parameter. The timing of fluorescence …

Flow cytometry is a powerful means for in vitro cellular analyses where multi‐fluorescence
and multi‐angle light scattering can indicate unique biochemical or morphological features …

The focus of this chapter is time-resolved flow cytometry, which is broadly defined as the
ability to measure the timing of fluorescence decay from excited fluorophores that pass …

A first generation phase-sensitive flow cytometer has been developed that combines flow
cytometry (FCM) and fluorescence lifetime spectroscopy measurement principles to provide …