… need for more effective multiplexing at the microscale by developing bioluminescent phasor,
a … sensitivity and broad dynamic range of BLI with the resolving power of phasor imaging. …

… Bioluminescent phasor enabled rapid discrimination of multiple … Furthermore, we were
able to perform multiplexed, continuous … The merger of bioluminescence and phasor analysis …

… multiplexed imaging in complex 3D environments while maintaining cellular resolution. We
aimed to fill this void using bioluminescent … -cell bioluminescent readouts of multiplexed gene …

… Applying phasor analyses, we enable the multiplexing of distinct targets within a single
FLI image. Leveraging the state-of-the-art single-photon avalanche diode (SPAD) time-gated …

… Multi-component analysis of the phasor plot enables multiplexed detection, such as using …
precise differentiation of six highly overlapping bioluminescent probes in live cells. Additionally…

… , and multiplexed bioluminescent readouts, we developed an analysis pipeline featuring …
A MATLAB algorithm was written to analyze bioluminescent images generated from the …

… , in a multiplexing manner; hence we call this technique phase multiplexing FLIM. The PM-…
By drawing region-of-interests (ROIs) on phasor plots using our custom-written program, the …

… multiplexed bioluminescence imaging at the microscale. This work merged BLI with phasor
analysis, … that can be applied to bioluminescent phasor analysis. These probes were applied …

… Yao et al. developed a phasor analysis method that is commonly used to distinguish … detect
multiple bioluminescence colors in a single shot, enabling enormous multiplex color imaging …

… multiplexing of bioluminescence imaging, this study applies phasor analysis that can cluster
profiles, in the phasor … to specific bioluminescence probes. The authors demonstrate that …