line of study, we have tried to isolate indigenous bacteria
that can degrade heavy oil from the Nakhodka spill oil.
Because we supposed that indigenous bacteria were already
adhered to the spill oil while it was drifting in the sea, we
looked for bacteria in the oil spill itself. In fact, we were
able to isolate six bacterial groups and two bacteria. In the
present study, we have characterized two of these bacterial
groups able to degrade heavy oil well. These two bacterial
groups included Alcanivorax sp., which can utilize nalkanes
as the sole sources of carbon and energy and have
been isolated from various seawater samples (Abraham et
al., 1998; Yakimov et al., 1998; Harayama et al., 1999). The
data obtained in this study will provide useful information
about cooperative relationship between indigenous bacteria
in the process of biodegradation of oil-polluted
environments.
line of study, we have tried to isolate indigenous bacteria
that can degrade heavy oil from the Nakhodka spill oil.
Because we supposed that indigenous bacteria were already
adhered to the spill oil while it was drifting in the sea, we
looked for bacteria in the oil spill itself. In fact, we were
able to isolate six bacterial groups and two bacteria. In the
present study, we have characterized two of these bacterial
groups able to degrade heavy oil well. These two bacterial
groups included Alcanivorax sp., which can utilize nalkanes
as the sole sources of carbon and energy and have
been isolated from various seawater samples (Abraham et
al., 1998; Yakimov et al., 1998; Harayama et al., 1999). The
data obtained in this study will provide useful information
about cooperative relationship between indigenous bacteria
in the process of biodegradation of oil-polluted
environments.
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