For this reason, we obtained the transcription profiles of C. reinhardtii generated using Illumina technologies in the studies by Miller et al. and Gonzales-Ballester et al. [ 7, 12].
In Chapter 10, Bradley Smith, Stefano Fasciani and Kay O'Halloran cover a topic of growing significance: the role of technology in the study of phonology.
Promising as it is, there are concerns regarding the reliability, and hence the utility, of DNA microarray technology in the study of physiological processes and diseases [5], [6].
Incorporating microarray technology in the study of nonmodel organisms however offers a major challenge.
There are several concerns with regard to the reliability of DNA microarray technology in the study of diseases.
The use of web-based technology in the study was successful in reducing costs and allowing the collection of high quality data directly from patients.
This study strives to enhance the TRU burning and the Am transmutation, assuming the development of related technologies in this study, while the ARR based on mature technologies was designed in the previous study.
These results showed the interfacial engineering technology used in the study could therefore lead to the creation of food emulsions with improved stability to freezing and thawing.
The key technologies proposed in the study can effectively improve the positioning accuracy of PNS, and independently achieve longer time personal navigation in the attenuate or even invalid global navigation satellite system (GNSS) and wireless communication signal environment.
Since in the subsector of BMIs the assumption of homogeneity of technology in the studied groups in this subsector was not rejected, so for this subsector the metafrontier function has not been extracted, and therefore, the technical efficiency in comparison with this function and the TGR have not been calculated and investigated.
