Sentence examples for became ordered in from inspiring English sources

Because of the interaction between DSPxxR motif and PH domain, the rest N-terminus peptide (residues 5−12) clearly became ordered in the BAR-PH crystal structure, in comparison to the BAR domain-alone crystal structure, where residues N-terminal to Leu13 were invisible in the electron density map.

If the temperature is decreasing, the spins are randomly flipped, and for certain temperature value, they become ordered in opposite state.

If the temperature is increasing, the spins are randomly flipped, and for a certain temperature value, they become ordered in opposite state.

While the IS becomes ordered in the R C heterodimer, the overall conformation of the tetramer is mediated largely by the N-Linker that connects the D/D domain to the IS.

This unstructured portion is mostly in the C-terminus and not expected to become ordered in the complex (see point 4 below).

Interestingly, even the "melting helix", a helix that is disordered in the substrate-free structure, which becomes ordered in the structures of RebC with bound K252c 4 and with the bound tautomer of 7-carboxy-K252c 7-carboxy-K252c 7-carboxy-K252c 3d RebC, despite the lalsoof a subecomes-like mordered in the substreducednding pocket.

These residues become ordered in HIV protease in complex with a high affinity inhibitor, JE-2147 (1KZK), right-hand side with carbon atoms of the protease shown in green and of the inhibitor in purple.

In addition, the structure of the apo-PKAc binary complex with SP20 suggests that the sequence of binding events may become ordered in a metal-free environment, with SP20 binding first to prime the enzyme for subsequent ATP binding.

For example, the fragile X syndrome protein FMR1/FMRP contains an arginine-rich stretch that is disordered in solution but becomes ordered in presence of an RNA ligand (Phan et al., 2011).

Based on the present results, we propose that the sequence of binding events may become ordered in a metal-free environment, with SP20 binding first to prime the enzyme for subsequent ATP binding.

Lastly, polyglycine may have formed stabilizing interactions with the ancestral peptidyl transferase ribozyme [ 19]: glycine is a well-known 'helix-breaker' that is commonly found in unstructured protein tail and loop regions, such as the internal loop of ribosomal protein L11-C76 whish is disordered in the free protein but becomes ordered in its association with rRNA [ 29].