Both basic and applied research on rice genes has been carried out in the past decade, and especially after the completion of sequencing of the two rice genomes (Nipponbare and 93-11), genomic and genetic analyses have greatly increased our understanding of the function of the rice genome.
Completion of sequencing of the E. grandis genome [ 34] has made it a suitable experimental system for addressing these questions.
With the completion of sequencing of many eukaryotic genomes, members of the bZIP TF family have been identified or predicted at genome-wide level.
With the completion of sequencing of the human genome, the focus of the genomic research is shifting to identifying all the functional units encoded within the genome.
The completion of sequencing of the human genome was lauded as the necessary first step toward developing specific, patient-tailored treatments for many complex diseases (1).
Since the completion of the sequencing of the rice genome, the challenge for the plant-research community has been to identify the function and regulation of rice genes.
With the completion of genome sequencing of many more prokaryotes, some of these clusters may have additional members.
The recent completion of the sequencing of the C. jejuni genome (NCTC11168) has greatly facilitated advances in molecular based detection and characterization of this pathogen and important public health burden [9].
The recent completion of the sequencing of the An.
With the completion of genome sequencing of several cyanobacterial species, modifications and supplements are needed.
