Sentence examples for structures of the key from inspiring English sources

As part of an effort to design more potent antibacterial agents targeting Kdo biosynthesis, the crystal structures of the key Kdo biosynthesis enzymes from Escherichia coli have been solved and their structure based mechanisms characterized.

However, an understanding of centriole architecture and its assembly mechanisms will ultimately require high-resolution structures of the key centriolar components and their complexes.

Three transition states between skew boats and the C4 chair were predicted; namely, the unstable envelopes and half-chair conformers E4, H4 and E. Representative 3D structures of the key C1- and C4-hemisphere intermediates from the simulation are illustrated in Figure  4.

The structure of the key intermediate – bicyclic hydroxy lactone – was established by crystallographic and electronic circular dichroism (ECD) spectral analysis.

A new X-ray crystallographic structure of the key catalytic domain of ACE provides detailed information about the structure of its active site, located in a deep channel, and its interactions with an inhibitor.

The first category of themes relates to the gaps in the information design i.e. the content and structure of the key artefacts intended to collect incident information.

Based on the parsed structures of ecMdfA, the key location for the binding of a variety of substrates was determined to be the large central cavity within MdfA, which is lined with mostly hydrophobic residues.

Therefore, we wished to determine whether introduction of an interchain disulfide closer to the 89 104 region would stabilize the structure of this key part of the IKKβ binding domain.

Together our results indicate that despite major differences in ovarian follicular structure, some of the key players from somatic origin involved in oocyte developmental competence acquisition would be shared, not only by vertebrates, but also by metazoans.

Both dimeric structure and subunit structure (monomer) were applied to MD simulations to evaluate the effects of the S228P mutation on structures of the Greek-key motifs and dimer assembly.

It is concluded that the spacing and curvature of structures are the key factors for the electromagnetic field enhancement and SERS performance.