The phrase "a different conformation of" is correct and usable in written English.
It can be used when discussing variations in the structure or arrangement of molecules, proteins, or other entities in scientific or technical contexts.
Example: "The researchers discovered a different conformation of the protein that enhanced its binding affinity."
Alternatives: "an alternative structure of" or "a distinct arrangement of".
The results presented here showed, for the first time, a different conformation of the amino domain of the PTEN protein in neuron nuclei.
The differences in the various complexes might account for the structural features of the two examined cytochromes (for example cytochrome c552 has a different conformation of the distal loop due to the different length of this structural element: 13 amino acids vs. 17 amino acids in the yeast protein) as well as differences in the nature of residues on the surface the partner proteins.
Each of these 3D classes shows a different conformation of the enzyme.
The absence of a shoulder in the case of UpsB-Q-1 could therefore indicate a different conformation of this G-quadruplex.
An alternative explanation for the lower melting temperature and pH response of 5hmC-C6T could be attributed to a different conformation of iM in 5hmC-modified DNA.
A different conformation of the β4 α3 loop was observed coupled with the presence of the HED molecule at the hydrophobic cavity.
Thus, the RPTPρ juxtamembrane catalytic region is likely to have a different conformation to that of the other phosphatases and a net positive charge, making the regulation of phosphatase activity by dimerization-induced wedge inhibition unlikely.
The helix to loop transition results in a different conformation for a number of amino acids (from residue 144 to 150), thus the two iron-coordinating residues (Glu144 and His147) move away from the di-iron site (Fig. 1E).
However, human exon-1 (17Q) huntingtin (N84), which lacks histidine 98, interacted with copper (II) and eluted at 32 mM imidazole to EDTA (Figure 2D) suggesting it has a different conformation and mode of interaction with copper than N171.
It is also possible that UCP5 extracted from bacterial membranes possesses a different conformation from that of UCP5 extracted from inclusion bodies and therefore facilitated chloride transport.
Interestingly, the class where the aspartates are closest together also shows a markedly different conformation of Pen-2 and a re-arrangement of TM3, TM4 and TM5 in PS1.
