Sentence examples for cores form a from inspiring English sources

For example, Levallois technology is shown to be optimal in terms of raw material economy and flake utility (17), and Levallois flakes detached from preferential Levallois cores form a statistically robust group with morphologically desirable characteristics that are distinguishable from those of other flakes (19).

These cores form a bulge-helix-bulge (BHB) motif (Fig.  4 b-e) post-transcription that is very similar to the characterized BHB motifs of intron-containing archaeal tRNAs [ 41] and 23S rRNAs [ 23], both of which are excised by the same splicing endoribonuclease [ 23, 42– 42].

N- and C-cores form a nucleotide-binding pocket within which are arrayed conserved amino acid helicase motifs.

In particular, the side chain of K431 in the ZIKV helicase points to the inner core, forming a salt bridge with the side chain of D410 and a weak hydrogen bond with N3 atom of the adenine base (Fig. 4C).

The shell grew at the expense of the Ni-core, forming a passivating layer of NiO, as confirmed and estimated by the X-ray absorption near-edge structure (XANES) measurements.

The flower-like Co3O4 shell on the surface of the CNF core formed a highly porous three-dimensional (3D) structure with a large surface area of 332 m2 g−1 and a mesoporous surface area of 176 m2 g−176

The collapsed core formed a neutron star, an extremely compact and highly magnetized object with roughly the mass of the Sun, but with a radius of only about six miles.

In a metabolic network, the core forms a giant cluster, where the nodes are densely interconnected.

Cell encapsulation in a semi-permeable membrane differs from bead immobilization in that the cells grow inside a liquid core, forming a dense cell pellet inside the capsule rather than being dispersed in the pores of the alginate matrix [ 10].

Key functional amino acid residues, identified by site-directed mutagenesis, reside in the three amphipathic and conserved transmembrane helices II, V and VI, which are supposed to constitute an inner core forming a channel [ 14, 18, 29, 30].

In all cases, Fe will crystallize at the top of the core, forming an iron "snow" (Stewart et al. 2007).