Asia-Pacific Journal of Molecular Biology and Biotechnology,
Journal Year:
2024,
Volume and Issue:
unknown, P. 88 - 96
Published: Dec. 31, 2024
The
waste
biomass
generated
by
the
food
processing
industry
poses
significant
concerns
for
environmental
health.
This
mini
review
sheds
light
on
emerging
challenge
of
proteinaceous
high-salt
(PHFW)
due
to
its
high
salinity.
It
aims
explore
potential
halophilic
bacteria
and
their
robust
enzymes
in
addressing
PHFW
through
advance
approaches,
including
omics
bioinformatics.
integration
multi-omics
bioinformatics
approaches
could
reveal
uncharted
within
genomes
these
bacteria,
particularly
proteolytic
capabilities.
Furthermore,
employing
salt-tolerant
proteases
offers
promising
biotechnological
applications
valorizing
into
valuable
resources,
such
as
bioactive
peptides.
advanced
technologies
not
only
elucidates
versatility
but
also
facilitates
development
functional
products
from
subsequent
hydrolyzed
Though,
transitioning
findings
laboratory
settings
large-scale
industrial
presents
various
formidable
challenges.
In
essence,
advancement
unlocking
biodegrading
is
emphasized
a
bioeconomic
solution.
Research Square (Research Square),
Journal Year:
2024,
Volume and Issue:
unknown
Published: Nov. 22, 2024
Abstract
Polycyclic
aromatic
hydrocarbons
(PAHs)
are
persistent
organic
pollutants
that
exert
acute
toxic
effects
and/or
possess
carcinogenic,
tumorigenic,
and
genotoxic
properties.
This
study
focused
on
the
potential
of
a
single
bacterium
an
enriched
consortium
to
degrade
high-molecular-weight
(HMW)
PAHs
such
as
Pyrene
(Pyr)
Fluoranthene
(Flu)
under
saline
conditions.
The
PAH
degraders
were
isolated
from
mangrove
sediments
identified
Ochrobactrum
anthropi,
Stenotrophomonas
acidaminiphila,
Aeromonas
salmonicida
ss
salmonicida.
findings
revealed
culture
degraded
Flu
by
60%,
53%,
47%,
respectively,
well
Pyr
58%,
51%,
42%,
initial
concentration
20
mg/L
in
seawater
(28
ppm
NaCl)
after
8
days.
Meanwhile,
85%
81%
50
also
mixture
about
60%.
Biodegradation
ability
for
at
different
temperatures
decreased
order
30°C
>
25°C
35°C.
results
that,
showed
enhanced
degradative
capacity
more
than
80%
compared
isolates
degradation
additionally
both
60%
rate
environments.
Therefore
it
can
be
concluded
pooled
microbial
has
higher
especially
this
could
used
method
removing
pollution
contaminated
environment.
