Sentence examples for using the blue fluorescence from inspiring English sources

Dried TLC plates were scanned (Typhoon Scanner, GE Healthcare) using the blue fluorescence laser (excitation, 450 nm; emission, 520 nm band-pass filter) to detect fluorescent bands that were quantified using ImageQuant software (GE Healthcare).

Fluorescein-labelled DNA was visualized using the blue fluorescence mode of the FLA-5100 imandr analysedysed using Multigauge software (Fujifilm).

Cells were washed three times with complete medium and fluorescence microscopy was performed on a LEAP instrument (Intrexon, Germantown, MD) using the two channel imaging application with the NucBlue stain as target 1 using the blue fluorescence channel and the fluorescein labeled LCA as target 2 using the green fluorescence channel.

To visualise the stages of meiosis and DNA fragmentation of oocytes, a filter of >460 nm was used for the blue fluorescence of DAPI stained cells and a filter with a wavelength of 520 ± 20 nm was used for the green fluorescence of apoptotic cells, which incorporated into the nucleus with a fluorescein-conjugated dUTP.

The Semrock set we used should be superior in isolating the blue fluorescence of resilin from longer-wavelength fluorescent compounds by virtue of the limited blue band pass of the Semrock exit filter, in contrast to the long-pass Nikon UV-2A filter set used by Neff et al. [ 31].

The blue fluorescence was detected under fluorescence microscopy using a DAPI filter.

The blue fluorescence of Tm-doped calcium sulfate has been used in personal dosimeters for visual monitoring of radiation.

The red fluorescence indicates cytoskeletal protein actin filament, and the blue fluorescence indicates nuclei.

To detect BODIPY® FL C16 (as an indication of food intake), plates were scanned (Typhoon Scanner, GE Healthcare, Pittsburgh, PA) using a blue fluorescence laser (excitation: 488 nm; emission: 520 nm; band pass, PMT 425).

Our microscopic examination using KOH-aniline blue fluorescence technique confirmed the finding and allowed the observation of in planta colonization of S. turcica from a different angle.

Reaction products were separated on non-denaturing 10%% polyacrylamide gels and visualized by Sybr Gold staining and fluorimaging on a STORM phosphorimager using blue fluorescence mode (AP Biotech).