Sentence examples for microscope frame from inspiring English sources

Imaging of BrdU labelled cells, DNaseI digested cells, and the nuclear volume was preformed with an Olympus FV1000 laser scanning confocal microscope attached to an IX-81 inverted microscope frame (Olympus Tokyo, Japan) with an UPLSAPO 60× (NA = 1.3) objective.

Fluorescence lifetime imaging microscopy (FLIM): All fluorescence lifetime images were recorded on a home-built confocal microscopy platform based on a confocal microscope scanning unit (Olympus FluoView 300) coupled with an Olympus IX70 inverted microscope frame.

In brief, this system is based on an upright microscope frame with attached spectrometer, and a 785 nm laser providing approximately 40 mW illumination power to the sample, through a 20 ×, 0.4 NA objective (model 566026, Leica Microsystems, Wetlzar, Germany); the system was operated in non-confocal mode.

Each sectioned tissue slice was mounted directly to a non-fluorescent PET microscope steel frame slide (76 mm × 26 mm, 1.4 μm thick, Leica Microsystems, Germany).

Single molecule FRET signals were recorded using a prism-type, total internal reflection, single molecule FRET microscope (10 Hz frame rate).

Confluent adipogenically active human BMS in T12.5 flasks were seeded with serum starved PC-3 cells and observed using a time-lapse video microscope capturing one frame every 20 s (Allen, 1987).

After transient transfection with Tom-Tractin to visualize invadopodia (supplementary material Movie 2), dual color widefield images were captured on a Deltavision microscope at a frame rate of 1 per 15 seconds and computationally deconvolved to remove out of focus light.

Video microscopy was performed with an Axioplan (Zeiss) upright microscope and 544 frames were digitally captured at identical levels of magnification (10×) and frame rate (250 frames per second).

The motion of the bead is recorded through a Differential Interference Contrast (DIC) microscope at 30 frames per second.

The MagNest was placed on the CellTracks Analyzer II (Veridex, Warren, NJ, USA), a four-color semi-automated fluorescence microscope, and image frames covering the entire surface of the cartridge for each of the four fluorescent filter cubes were captured.

The MagNest was placed on the CellTracks Analyzer II, a four-colour semi-automated fluorescence microscope, and image frames covering the entire surface of the cartridge for each of the four fluorescent filter cubes were captured.