While the occasional coefficient of these interactions may be significantly different from zero, the bigger picture is that the above-mentioned interactions are generally not significant and that the main effects are quite similar to the baseline specification.
The above-mentioned interactions are the main reason responsible for deteriorating the suspension stability in the presence of LYS 4,900.
First mentioned interactions could be assigned as strong hydrogen bonds between surface –OH groups in NF and –NH groups and –C=O groups in the enzyme molecules.
Protein mentions and interactions are marked with specific XML tags.
Thus, the above mentioned three interactions were assessed but only as two-factor interactions, and one interaction at a time with categorical characterization of the interacting variables.
As previously mentioned, DC-NK interactions are not unidirectional as it is known that activated NK cells can either lyse immature DC or induce their maturation depending on NK-DC ratios [20].
n-Hexane based organogels were used for all the above mentioned interactions– 5(c)).
Some interactions are mentioned below, but many have yet to be revealed.
The key amino acids responsible for interactions are mentioned in Fig. 3C.
In 2005, we have 32 patent claims in which these new interactions are mentioned.
If specific interactions are mentioned, they often are not labeled in the figures, making it difficult to understand the authors' interpretation of the structure.
