Discovery of such genes would illuminate the fundamental mechanisms of the disease and might lead to new treatments.
But so far only a handful of such genes have been identified, with Decode's reported tally being far larger than anyone else's.
However, further study will be required to elucidate the significance of upregulation of such genes.
This review focusses on the methods currently available for the selection of such genes.
Here we provide detailed results from our genome-wide analysis of such genes conserved in two subspecies of rice.
Sex in V. carteri f. nagariensis is determined based on the presence or absence of such genes.
The characterization of such genes has been conducted in other species of the genus, but not in B. canis.
The targeting of such genes enables these antibiotics to be useful against a wider variety of pathogens.
Several dozen of such genes are now known.
Table 3 lists some of such genes.
But the proper functional characterizations of such genes are still pending.
