Sentence examples for terminal material from inspiring English sources

In order to improve the kinetic performance of LiMnPO4, a novel sol-gel method is attained for preparing the gel precursor of LiMnPO4 and the Graphene nanoplates (GNPs) with the highly graphitic ordered structure are also introduced into the terminal material.

Repeated injections of hyaluronic acid may deteriorate chondrocytes' PG biosynthetic ability [ 62], because hyaluronic acid is not a substrate for PG but a terminal material.

And within the terminal, materials have been chosen to limit the damage an explosion could cause.

Synapses between the RBC and A17 cells were identified by sites of appositions between A17 varicosities and the RBC axon terminal (see 'Materials and methods').

All mutations were made in rat striated muscle α-tropomyosin cDNA, and expressed in E. coli with an unacetylated N-terminal Met (Materials and Methods).

When subjected to the standard protocol for inducing terminal differentiation (see Materials and methods) between 70% and 100% of RIPK1 KO iPS-MΦ died within 48 h, while WT iPS-MΦ differentiated normally and remained viable (Fig. 3a).

All serine integrases characterized to date appear to consist of an ∼120 amino acid N-terminal domain that is connected via a ∼30 residue alpha-helix to a ∼300 450 amino acid C-terminal domain (supplementary material Table S1).

This hypothesis was confirmed by western blotting of soluble and insoluble extracts prepared from Cep123 or control siRNA-treated RPE1 cells with the N- and C-terminal antibodies (supplementary material Fig. S1C).

We also analyzed another POU domain factor, RPF-1, because it has a polyglutamine stretch (19Q) at the N-terminal region (Supplementary Material, Fig. S5); however, a top band was not observed on the gel (Fig.  3A).

Dictyostelium ChdA shows the strongest similarity to human CHD subfamily I, clustering with human CHD1/2 and other species Chd1-subtypes through the entire protein sequence (Ryan et al., 2011), including the C-terminal DUF4208 (supplementary material Figs S1, S2).

For each substrate-trapping construct, we used in vitro mutagenesis to convert the second cysteine of each selected CXXC motif into alanine, thereby generating eight constructs, which included wild-type and double N- and C-terminal mutants (Supplementary Material, Fig. S7).