Sentence examples for core structural component from inspiring English sources

In both designs, the graphite acts as the moderator, fuel matrix, and a major core structural component.

This structural organisation is due to the sarcomere, the basic contractile unit and core structural component responsible for the striated appearance of skeletal and cardiac muscle fibres [ 1, 2].

T6S-dependent fitness was determined by comparing the competitive index of a wild-type donor to that of a donor strain lacking tssM, which encodes a core structural component of the T6S apparatus (Felisberto-Rodrigues et al., 2011).

The core structural component of cohesin forms a ring, composed of two structural maintenance of chromosome (SMC) proteins, Smc1 and Smc3, and a "kleisin" (from the Greek for closure) subunit, Scc1/ Mcd1 (Guacci et al. 1997; Michaelis et al. 1997; Losada et al. 1998).

In the absence of Mbd3, which encodes a core structural component of NuRD, the complex does not form and embryonic development stalls at the implantation stage, with the mutant embryos failing to form differentiated cell types (Zhang et al, 1999; Hendrich et al, 2001; Kaji et al, 2006, 2007).

Since more than 60% of operating research reactors in the world are over 40 years old, aging management for their core structural components is one of the key issues faced to ensure life extension, reliability, and safe operation of these research reactors.

Flat and tubular specimens were fabricated by hot pressing at 1750 °C and 20 MPa after infiltrating a SiC-based matrix phase into Tyranno® SA3 SiC fabrics, which can be used as the core structural components for the next generation fission reactors and as blanket materials for future fusion reactors.

These subdomains define the core structural components of the protein kinase catalytic core.

We take this result to indicate that the core structural components of DHCC do not change dramatically upon reduction, whereas flexible regions are more likely to be affected and participate in the conformational changes that accompany redox changes.

Given that β-tubulin, SAS-4 and SAS-6 are core structural components of centrioles, the entire centriole organelle could be considered to exhibit exceptional persistence across many cell cycles.

Our approach using VMus3D and combining gene expression datasets provides a spatial method of gene expression analysis at molecular resolution in the context of the core structural components of a skeletal muscle cell and these findings highlight the utility of this approach.