Numerous phytases have now been characterized from different sources and employed to protein engineering techniques, bioremediation of phytate-contaminated soil, animal nutrition and in food processing for humans, which has now included the enzyme in the category of nutraceuticals.
Although many R-genes have been characterized from different taxa, none of them will help in the development of resistant ginger cultivars owing to the phenomenon of "Restricted Taxonomic Functionality" (RTF).
Glycerate kinases have been characterized from different bacterial sources.
A great number of PIs have been characterized from different plant species and engineered into crop plants for protections against pest and pathogens [ 1– 4].
Several specific RV variants have been characterized from different mammalian hosts, such as dogs, foxes, mongooses, and other carnivores, and bats.
Some endophytes have been characterized from different tree species, for example oak, pear tree, Sorbus aucuparia, and Betula verrucosa (Krid et al. 2010; Scortichini and Loreti 2007).
Over a decade, a series of salivary transcriptomes have been characterized from different insects, including mosquito vectors allowing comprehensive cataloging of common and species specific salivary proteins (Ribeiro et al., 2010).
Evolution of a protein, at a particular site, can be characterized from two different perspectives [ 1, 2].
The antenna performances can be characterized from a different point of view when two-dimensional (2D) diffraction maps are acquired in Figure 4a.
Evolution at a protein site can be characterized from two different perspectives, by its rate and by the breadth of the set of acceptable amino acids.
