Sentence examples for low intensity illumination from inspiring English sources

For FRAP analysis, a selected region of a cell was photobleached and the fluorescence recovery of the region was monitored at low intensity illumination.

The measurement was carried out under either room right or low intensity light illumination provided by AFM setup.

Increasing experimental and clinical evidence suggests that illumination of the skin with relatively low intensity light may lead to therapeutic results such as reduced pain or improved wound healing.

A good performance was achieved under the low intensity UV illumination (≈2 mW cm−2) with a half-life of ca. 50 min and ca. 11 h with 80%and79%9% removal of TOC for the above two test conditions, respectively.

For low intensity UV illumination, the photoexcited electron-hole pairs are almost completely separated and redistributed by the build-in electric field, which the photocurrents were largely boosted.

Intensity based as well as lifetime kymograms (Fig. 5d) of co-transfected neurons exhibited neither bleaching nor light-induced changes of their average lifetimes, indicating that the continuous low intensity laser illumination did not substantially disturb the cellular homeostasis.

To investigate the effects of low light intensity illumination during epi-fluorescence microscopy on the number of cells exhibiting Ca2+ responses, cells were loaded with the fluorescent Ca2+ indicator fluo-3 AM and exposed to varying illumination powers for at least 60 seconds.

Despite the relatively low intensity of the illumination source and reduced absorption by the oxide films (as compared to UV illumination), a change in surface potential was observed for the ZnO N film as before, whereas no change was seen for the ZnO (Section S4 of the Supporting Information), indicating that the de-trapping process under white light was also more efficient on the ZnO N surface.

In H134R animals, low intensity blue light induced ∼2% contraction during illumination, while yellow light had no effect.

A laser excitation at 633 nm with a low intensity of cell illumination to avoid photodamage of schizonts was used for time-lapse recordings of parasite egress from and parasite invasion into erythrocytes.

Practice tended to lower acuity thresholds, defined as the lowest intensity of illumination at which each observer could detect the orientation.