The phrase "adapt the protein" is correct and usable in written English.
It can be used in contexts related to biology, biochemistry, or nutrition, where modifications or adjustments to a protein's structure or function are being discussed.
Example: "In order to enhance its effectiveness, researchers are working to adapt the protein for better interaction with the target cells."
Alternatives: "modify the protein" or "alter the protein".
The outcome depends on the model used to adapt the proteins to a high temperature.
We adapted the protein loop modeling method of loops in proteins (Michalsky et al., 2003) for RNA loops.
To investigate the efficiency of Tau conversion, we adapted the protein misfolding cyclic amplification assay used for the conversion of prions.
Considering the facts that if started with dietary treatment of 100%% roughage (D/G), the microbial diversity lost due to low protein supplement may take a long time to recover when shifted to high protein diet, whereas if started with a 50%% of roughage (D/G), the available microbial diversity will start to adapt the less protein diet.
Activation of IRE1α and PERK by changes in ER membrane lipid composition may be a mechanism allowing the cell to adapt the flow of protein entering the ER, as well as the folding apparatus in response to changes in the lipid composition that might otherwise promote unfolded protein accumulation.
In the two structures, it is exclusively the lipids that adapt to the protein, which bend and interdigitate to accommodate the longer acyl chains of the EPLs.
Thus, although the AQP0DMPC and AQP0EPL structures suggest that it is exclusively the lipids that adapt to the protein, the hydrophobic thickness of the DMPC and EPL bilayers may be too similar to induce observable changes in the AQP0 structure.
Binding of transcription factors to DNA, for example, is not only dependent on DNA sequence recognition, but also a direct consequence of the ability of the DNA molecule to adapt to the protein surface.
T cells adapted for the protein products of the virus sequence could mistakenly recognize myelin proteins as antigens and, were they to penetrate the blood-brain barrier, attack them in the brain [165], [166].
Hybridization between probe and target DNA was detected by a method adapted from the protein ELISA technique.
