In the majority of aub, krimp and mael stage 10 oocytes (Figs. 2D and E, and left panel of Fig.2F, respectively), particles containing Tud were observed in the cytoplasm.
The bottom left panel the average number of particles that is being integrated, (N_{mathrm{active}}). Finally, the bottom right panel presents the energy error at the end of the simulation.
Particleboard, another panel product, is manufactured of particles of wood glued together.
Using commercially available fluorescent spheres of three different sizes (0.5, 1 and 3 µm) and by stretching them to form rods and oblate ellipsoids [16], a panel of 9 different particle geometries with 3 different shapes and 3 different sizes was created (Figure 2).
Also, evident from Fig. 3 is the decrease in size of particles from panel a to b to finally c.
Toward the bottom of Figure panel A, a single sheet of particles can be seen, corresponding to the hyaline zone at the anterior of the cell, and in the center of the cell are multiple layers of tightly packed virus-like particles.
Inclusivity testing using an enzyme-linked aptamer sorbent assay (ELASA) against a panel of 14 virus-like particles (VLPs) showed these aptamers had broad reactivity and exhibited strong binding to GI.7, GII.2, two GII.4 strains, and GII.7 VLPs.
Mice were immunized with a panel of TLRVYK-related microbial particles and were studied for the development of mouse anti-β2GPI autoantibodies.
In the main panel of Figure 2, extremely large particles started to appear at about minute 75 when plasminogen was reduced with 41 mM TCEP.
Using a panel of 43 different virus-like particles (VLPs) expressing Gag from clinical HIV-1 isolates, we previously found that some highly sensitive tests completely failed to detect p24 of certain VLPs, seemingly unrelated to their subtype.
