Sentence examples for behaviour of these proteins from inspiring English sources

When differences are seen between the behaviour of mutant and wildtype tagged proteins, these should not be taken as unequivocal representations of the behaviour of these proteins in the untagged state but rather as pointers towards them, to be confirmed by multiple interacting lines of enquiry.

We performed SEC experiments on Superdex75 using samples of wild-type and ComFB variants at similar concentrations, to compare the behaviour of these proteins in solution.

Therefore, we considered that the negative interactions observed with some of the OSK and F-box proteins reflected the genuine behaviour of these proteins in Y2H, rather than a technical artefact due to the absence of interactors.

Next, we analyzed the behaviour of these proteins in oocyte transcription, for which we made use of the hsp70 promoter, which is known to be active in Xenopus oocytes and has a canonical TATA box upstream of its transcription start site [ 16].

Since there was strong evidence that (partially) unfolded product was retained inside the cells during fed batch cultivations [ 4, 7], thus leading to an upregulation of the UPR marker protein BiP, we investigated the behaviour of these proteins also in the chemostat.

The identification of the regions of peptide and protein sequences, that are likely to be most important in promoting amyloid formation, enables us to predict the behaviour of these two proteins under given conditions.

Given the fact that HMWK also has pro-thrombotic and pro-angiogenic properties through releasing bradykinin [ 37], the behaviour of these two proteins in the serum of breast cancer patients is consistent with the perceived concept of cancer biology.

Differences were found concerning the partitioning behaviour of the proteins investigated, lysozyme and ribonuclease-a, which were attributed to hydrophobic interactions occurring between the protein and the micelle wall.

HIC and ATPS behaviour of the proteins indicated significant differences in protein hydrophobicity, even though the modifications caused only 1% increase in protein molecular weight and 2% variation in isoelectric points.

The nature and behaviour of the proteins we identified suggest that the interactions may have biological importance.

Here, we show that IRG proteins function in a system of nucleotide-dependent interactions that regulate the behaviour of these powerful resistance proteins in response to intracellular infection.