Sentence examples for fiber segregation from inspiring English sources

The effects of the rheological characteristics on fiber segregation and, consequently, on the mechanical performance is discussed.

Fresh state properties of fiber-reinforced concretes (FRCs) were correlated to hardened state properties by quantifying fiber segregation.

Alternating current-impedance spectroscopy (AC-IS) was employed to non-destructively characterize fiber segregation in the specimens.

Vibration was applied to the specimens and vibration times were varied to understand the effects of vibration on fiber segregation.

In addition, fiber segregation was experimentally quantified using a destructive technique in which the amount of fibers in different regions is weighed.

Figure 1 represents the uniform distribution of fibers along the cross section of the tested specimens reflecting that, the fiber segregation was avoided and the desired homogeneity was achieved.

Individual COX-positive and COX-deficient fibers were isolated by laser microdissection and lysed to obtain total cellular DNA for single-fiber mutation segregation studies.

While it is likely that chromatin modifications such as acetylation and deacetylation play roles in regulating the mechanical properties of chromatin fibers during segregation [ 46], the evidence that these modifications drive the formation of mitotic chromosomes remains limited.

The DNA damage could potentially be caused directly through mechanical interference of asbestos fibers with chromosome segregation during mitosis [ 39].

When the cell undergoes mitosis, the physical presence of the fibers interferes with chromosome segregation and results in anaphase abnormalities.

Crm1 and Ran-GTP are essential for the stable recruitment of Ran-GAP1/Ran-BP2 to kinetochores, the formation of normal kinetochore fibers, and faithful chromosome segregation.