several PHA-producing microbes evolved in contaminated
environments could simultaneously degrade pollutants and
synthesize
PHAs, since the metabolism of PHA synthesis could
be
expressed in hostile environments.Due to this, this study
tended
to explore optimal operation strategy of PHA production
using
indigenous dye-decolorizing bacterium A. hydrophila NIU01
[10] for wastewater treatment and materials recycling and reuses
afterwards.
Recently, prior study [11] also showed the promising
capability
of PHA synthesis for A. hydrophila in the presence of
decolorized
intermediate(s) for wastewater decolorization. However,
optimal strategy of operation to cellular capability of PHA
synthesis
was remained open to be explored for promising feasibility
to practical applications.