Although the major fatty acids, iso-βOH-C13:0 and C16:1 Δ7, were present in all the strains, the composition of the remaining fatty acids was quite different.
Interestingly, the unipolar strain in the composition of x = 0.38 shows a good linear relationship with increasing electric field, and the large-signal d33 is independent with increasing temperature from room temperature to 100 °C.
In this chapter, the basics of the methods for measuring the strain and the composition in two- and zero-dimensional structures by means of high-resolution X-ray diffraction techniques and laboratory X-ray sources are presented, with the aim of introducing these techniques to the reader.
To be highlighted, the field-induce strain of the composition x = 0.04 shows an almost constant value over the temperature range of 18 100 °C, illustrating a temperature-insensitive behavior, which could be attributed to the widened gap between TR E and TF R.
According to the cluster analysis at the genus level performed on the entire strain collection, the composition of the cultivable rhizobacterial communities associated with date palm in the seven oases shared about the 65% similarity.
According to the cluster analysis at the genus level performed on the entire strain collection, the composition of the cultivable communities associated with grapes cultivated in Egypt and Tunisia shared a higher similarity (82%) than those in Italy (68%).
These results indicate that supplementation with the Lactobacillus strain modified the composition of colonic microflora, probably increasing the number of microbes with metabolic activity towards higher degradation of anthocyanins, or Lp1H19 by itself to a certain degree can degrade anthocyanins.
Therefore, bee strain appears to be the only criteria for sample classification suggesting that genetic differences between two bee strains influence the composition of honeybee venom.
As another requested control by the reviewer, we co-cultured the auxotrophic strains in the composition as quantified in SeMeCo, and in a 1 1 1 1 ratio.
The immunity induced is therefore largely serosubtype specific, and a vaccine based on such a strategy would necessarily have to be prepared from multiple strains and the composition tailored for geographical location and adjusted over time to match the changing incidence of serosubtypes [ 9].
