Sentence examples for bead field from inspiring English sources

After incubation for 16 hours, cells were fixed and areas of clearing in the fluorescent bead field corresponding to phagokinetic cell tracks were quantified with an NIH ScionImager.

An image correlation method was used to compute the bead displacement field by comparing the bead image under the contracting cells with the cell-free bead image.

The simulation result in the dynamic calculation of local quantities like density distribution of suspension and beads, velocity fields, pressure distribution, shear forces for all phase and energy dissipation.

We observed more than 150 beads in a field of view.

Under a magnetic field, bead-bound synaptosomes were passed through a column and washed; flow-through in the presence of the magnetic field yielded a fraction enriched in non-dopaminergic striatal synaptosomes.

Treating fibroblasts with nocodazole, a microtubule destabilizing drug, resulted in the cells increasing the applied force and drawing closer most beads in the field of view (Fig. 3A and 4B).

Since beads cover the field of view evenly under a 200-g load, FTIR spectroscopic experiments may also be conducted using conventional single-element detectors.

The tracking routine — implemented as a custom-programmed ImageJ macro [51] — was based on the fact that the bead exhibited on bright field microscope images an intensity profile showing a bright center and a dark edge at the radius of the particle.

By sequentially pushing micro-beads towards and away from a sensing surface, we show that ultrasonic radiation forces can be used to enhance the interaction between a functionalised glass surface and polystyrene micro-beads, and identify those that bind to the surface by illuminating bound beads using an evanescent field generated by guided light.

However, when the density of the sample matrix was lower than that of the red beads but higher than that of the green beads, the buoyancy (FB) and the drag force (FD) of the green beads was were sufficiently strong to overcome gravity (Fg), lifting only the green beads into the flow field.

Sandwich-type protocol was successfully introduced to develop a new high-efficiency QCM immunosensor through interaction of the carried magnetic beads with external magnetic field.