Sentence examples for fps imaging from inspiring English sources

SM and MM 1024 × 1024 images were acquired simultaneously at 10 MHz resulting in an 8.8 fps imaging for each signal.

Here, we present the design and construction of a confocal endoscope based on a fiber bundle with 1.4-μm lateral resolution and 8-frames per second (fps) imaging speed.

Even with amplified pulses, the excitation field is limited to 90×90 µm for 30 frames-per-second (fps) imaging.

Data were acquired at 4.2 fps for these and other experiments involving the HLE, which alters the measured run lengths and velocities for h WT RNPs compared to those obtained from 15 fps imaging (see Figure 4 legends for further details).

Microtubules and Cy3-labelled RNA molecules were visualised with a TIR microscope (15 fps, that is 66 ms capture time (63 ms exposure plus 3 ms image acquisition) or 4.2 fps, that is 236 ms capture time (200 ms exposure plus 36 ms image acquisition)); unless stated otherwise, ∼ 1500 frames or ∼700 frames were collected for 15 fps or 4.2 fps imaging, respectively.

Those technologies include genetically encoded indicators based on fluorescent proteins (FPs) for imaging ions, molecules, and enzymatic activities "to spy on cells," as phrased by Roger Tsien, by sneaking into specific tissues, cell types, or subcellular compartments, and reporting on specific intracellular activities.

Although machine learning could achieve similar goals (see for example [21]), this aspect of 123I-FP imaging is usually considered as a separate problem.

The imaging modalities used in this study are fair in correctly predicting positive deep pelvic nodes; however, a considerable number of patients have FP imaging (20 32 %), and we can only speculate on the possible causes of FP imaging.

By combining electrophysiology with hippocalcin-FP imaging we showed that hippocalcin may differentially decode glutamate receptor activation and that network bursting discharges result in homosynaptic hippocalcin signalling in active dendritic spines.

FP is imaging program leader (PhD), Assistant Scientific Director at The Lawson Health Research Institute (LHRI), Professor at The University of Western Ontario in the departments of Medical Imaging, Medical BioPhysics and Physics, and Chief Medical Physicist at St. Joseph's Health Care and London Health Sciences Centre (London, ON, Canada).

Two systems have been developed for imaging FPs in multiple roots in rapid succession.