CONCLUSIONS

Although the original research plan was to characterize the amylase produced by the halophile RS6, a very interesting observation on the inhibition of RS6 growth by glucose was accidentally obtained.  The exact mechanism of this glucose growth inhibition is unknown, but still very interesting considering the unexpected nature of the research results.  These data contradict what is usually accepted about the universal role of glucose in metabolism and energy formation.  This glucose inhibition of growth is specific for RS6 but is also concentration dependent.   Although the growth inhibition was confirmed in a broth medium, the growth results in an HB liquid medium is much different than that in solid medium.  More importantly, a glucose resistant form of RS6 was isolated that should prove very useful in future experiments in determining the mechanism of growth inhibition by glucose in this halophilic bacterium.