Frontiers in Microbiology,
Год журнала:
2023,
Номер
14
Опубликована: Июль 12, 2023
The
ability
of
fungal
species
to
produce
a
wide
range
enzymes
and
metabolites,
which
act
synergistically,
makes
them
valuable
tools
in
bioremediation,
especially
the
removal
pharmaceutically
active
compounds
(PhACs)
from
contaminated
environments.
PhACs
are
that
have
been
specifically
designed
treat
or
alter
animal
physiological
conditions
they
include
antibiotics,
analgesics,
hormones,
steroids.
Their
detrimental
effects
on
all
life
forms
become
source
public
outcry
due
their
persistent
nature
uncontrolled
discharge
into
various
wastewater
effluents,
hospital
surface
waters.
Studies
however
shown
fungi
necessary
metabolic
machinery
degrade
complex
environments,
such
as
soil
water,
addition
can
be
utilized
bioreactor
systems
remove
PhACs.
In
this
regard,
review
highlights
with
immense
potential
biodegradation
PhACs,
enzymatic
arsenal
well
probable
mechanism
biodegradation.
challenges
encumbering
real-time
application
promising
bioremediative
approach
also
highlighted,
areas
improvement
future
perspective.
all,
paper
points
researchers
fact
bioremediation
is
strategy
for
addressing
growing
issue
pharmaceutical
contamination
environment
help
mitigate
negative
impacts
ecosystems
human
health.
Environmental Microbiology Reports,
Год журнала:
2024,
Номер
16(2)
Опубликована: Март 5, 2024
Abstract
The
integrated
fixed‐film
activated
sludge
(IFAS)
process
is
considered
one
of
the
cutting‐edge
solutions
to
traditional
wastewater
treatment
challenges,
allowing
suspended
and
attached
biofilm
grow
in
same
system.
In
addition,
coupling
IFAS
with
anaerobic
ammonium
oxidation
(Anammox)
can
further
improve
efficiency
biological
denitrification.
This
paper
summarises
research
progress
coupled
anammox
process,
including
partial
nitrification
anammox,
simultaneous
denitrification,
denitrification
technologies,
describes
factors
that
limit
development
related
processes.
effects
dissolved
oxygen,
influent
carbon
source,
retention
time,
temperature,
microbial
community,
nitrite‐oxidising
bacteria
inhibition
methods
on
are
presented.
At
this
gives
an
outlook
future
focus
engineering
practice
direction
process.
Frontiers in Microbiology,
Год журнала:
2023,
Номер
14
Опубликована: Июль 12, 2023
The
ability
of
fungal
species
to
produce
a
wide
range
enzymes
and
metabolites,
which
act
synergistically,
makes
them
valuable
tools
in
bioremediation,
especially
the
removal
pharmaceutically
active
compounds
(PhACs)
from
contaminated
environments.
PhACs
are
that
have
been
specifically
designed
treat
or
alter
animal
physiological
conditions
they
include
antibiotics,
analgesics,
hormones,
steroids.
Their
detrimental
effects
on
all
life
forms
become
source
public
outcry
due
their
persistent
nature
uncontrolled
discharge
into
various
wastewater
effluents,
hospital
surface
waters.
Studies
however
shown
fungi
necessary
metabolic
machinery
degrade
complex
environments,
such
as
soil
water,
addition
can
be
utilized
bioreactor
systems
remove
PhACs.
In
this
regard,
review
highlights
with
immense
potential
biodegradation
PhACs,
enzymatic
arsenal
well
probable
mechanism
biodegradation.
challenges
encumbering
real-time
application
promising
bioremediative
approach
also
highlighted,
areas
improvement
future
perspective.
all,
paper
points
researchers
fact
bioremediation
is
strategy
for
addressing
growing
issue
pharmaceutical
contamination
environment
help
mitigate
negative
impacts
ecosystems
human
health.
