Given the lack of sequence and gene order conservation, the function may be distinct from B. subtilis and B. licheniformis AphCF, possibly explaining the abnormal H2O2 resistance of B. pumilus.
This conservation encompasses the functions of the system as well as many of its enzymatic components.
Despite the low level of overall sequence conservation, the physiological functions of the C. elegans protein with regard to proPC2 appear to be similar to those of the vertebrate proteins.
Based on sequence conservation, the biological functions of these tobacco homologies are possibly similar to those of Arabidopsis genes, however, the illustration of their detailed function in tobacco embryogenesis still need further research.
Thus, for this domain also, a conservation of the function is reflected in sequence conservation.
Interestingly, despite their ubiquitous expression and high conservation, the physiological function of flotillins is far from clear and their role in the endothelium has, to our knowledge, not yet been determined.
Although orthologization and evolutionary conservation of PK protein sequences has been well established, little is known about evolutionary conservation and the function of non-coding DNA sequences of PK genes.
These findings suggest that, despite the lack of clear conservation, the corresponding function may have persisted in P. falciparum.
Thus, this study demonstrates the striking conservation of the function of Myosin VIIA throughout vertebrate evolution and establishes mariner as the first fish model for human hereditary deafness.
To determine if there is a relationship between gene block conservation and the function of the gene blocks, we assigned each operon keywords based on its function.
