Later studies showed that matrix isolation fluorimetry has significant practical advantages over original Shpolsky methode.

The lifetimes can be recovered using time-correlated single photon counting or phase-modulation fluorimetry.

Microfluorimetry expands on fluorimetry by adding a microscopic component to measurements to allow analysis of single cells and other microscopic interests.

Principal performance dimensions of real-time PCR instruments are thermal control, fluorimetry and sample throughput.

Microfluorimetry is an adaption of fluorimetry for studying the biochemical and biophysical properties of cells by using microscopy to image cell components tagged with fluorescent molecules.

Using a dye that fluoresces in the presence of a target compound, fluorimetry can detect the presence of the compound by determining the presence and intensity of fluorescence.

Later studies showed that matrix isolation fluorimetry has significant practical advantages over original Shpolsky methode.

The lifetimes can be recovered using time-correlated single photon counting or phase-modulation fluorimetry.

Microfluorimetry expands on fluorimetry by adding a microscopic component to measurements to allow analysis of single cells and other microscopic interests.

Principal performance dimensions of real-time PCR instruments are thermal control, fluorimetry and sample throughput.

Microfluorimetry is an adaption of fluorimetry for studying the biochemical and biophysical properties of cells by using microscopy to image cell components tagged with fluorescent molecules.

Using a dye that fluoresces in the presence of a target compound, fluorimetry can detect the presence of the compound by determining the presence and intensity of fluorescence.