Sentence examples for more efficient segregation from inspiring English sources

The peak temperature difference between the biphase segregated components and the overall peak resolution indicates that the more efficient segregation occurs for the transition at which the biphasic separation had been performed.

To directly test whether addition of HU permits more efficient oriC segregation in Δsmc cells, we visualized ParB-GFP dynamics in LB medium by using time-lapse microscopy.

Nonetheless, the multi-copy issues together with the long generation times of most agricultural models (>3 months) highlight the need for a more efficient alternative to Mendelian segregation studies, such as direct copy number determination.

Moreover, applying HPT at elevated temperature (573 K; HT) may be more efficient in terms of trace element segregation to the structural defects as compared to the room-temperature (RT) HPT25.

Thus, an advantage of a lower efficiency is that it leads to mice with only one gene mutation, eliminating the need for extensive segregation analysis and facilitating more efficient gene identification and prioritization.

All these combined signals will contribute to a more efficient overall coding of the form, including its segregation from the background and recognition.

This may therefore reflect a general functional connectivity principle governing networks dedicated to the representation of sensory as well as more abstract features such as task-phase allowing an efficient segregation of functionally distinct subpopulations.

Understanding how specific grain boundary structures respond under irradiation would assist in developing or designing alloys that are more efficient at removing point defects, or reducing the overall rate of deleterious Cr segregation.

A realized individual-level kinship matrix (G ) calculated using molecular markers is more efficient than the pedigree-based kinship matrix (A ) as it can account for Mendelian sampling and segregation distortion [ 4, 15].

This segregation of roles promotes a cost-effective design of the network as well as a more efficient implementation of the overall sensing application.

Furthermore, the segregation of at least one major nucleolar component is noticeably more variable following Ki-67 depletion, suggesting that association with the chromosomes may contribute to the accurate and efficient segregation of the ribosome synthesis machinery at cell division.