International Journal of Environmental Research and Public Health,
Journal Year:
2022,
Volume and Issue:
19(19), P. 12853 - 12853
Published: Oct. 7, 2022
Over
the
past
few
decades,
due
to
excessive
consumption
of
drugs
in
human
and
veterinary
medicine,
antimicrobial
resistance
(AR)
microorganisms
has
risen
considerably
across
world,
this
trend
is
predicted
intensify.
Many
worrying
research
results
indicate
occurrence
pools
AR,
both
directly
related
activity
environmental
factors.
The
increase
AR
natural
environment
mainly
associated
with
anthropogenic
activity.
dissemination
significantly
stimulated
by
operation
municipal
facilities,
such
as
wastewater
treatment
plants
(WWTPs)
or
landfills,
well
biogas
plants,
agriculture
farming
practices,
including
animal
production
land
application
manure.
These
activities
entail
a
risk
public
health
spreading
bacteria
resistant
products
(ARB)
antibiotic
genes
(ARGs).
Furthermore,
subinhibitory
concentrations
substances
additionally
predispose
microbial
consortia
resistomes
changes
particular
environments
that
are
permeated
these
micropollutants.
current
state
knowledge
on
fate
ARGs,
their
complexity
phenomenon
relation
inadequate.
This
review
summarizes
state-of-the-art
environment,
focusing
spread
an
anthropogenically
altered
consequences.
Environmental Chemistry Letters,
Journal Year:
2022,
Volume and Issue:
20(6), P. 3883 - 3904
Published: Aug. 17, 2022
Abstract
Almost
all
aspects
of
society
from
food
security
to
disease
control
and
prevention
have
benefited
pharmaceutical
personal
care
products,
yet
these
products
are
a
major
source
contamination
that
ends
up
in
wastewater
ecosystems.
This
issue
has
been
sharply
accentuated
during
the
coronavirus
pandemic
2019
(COVID-19)
due
higher
use
disinfectants
other
products.
Here
we
review
with
focus
on
their
occurrence
environment,
detection,
risk,
removal.
Microbial Ecology,
Journal Year:
2023,
Volume and Issue:
86(3), P. 1455 - 1486
Published: March 14, 2023
Abstract
Globally,
substantial
research
into
endophytic
microbes
is
being
conducted
to
increase
agricultural
and
environmental
sustainability.
Endophytic
such
as
bacteria,
actinomycetes,
fungi
inhabit
ubiquitously
within
the
tissues
of
all
plant
species
without
causing
any
harm
or
disease.
Endophytes
form
symbiotic
relationships
with
diverse
can
regulate
numerous
host
functions,
including
resistance
abiotic
biotic
stresses,
growth
development,
stimulating
immune
systems.
Moreover,
endophytes
play
a
dominant
role
in
nutrient
cycling,
biodegradation,
bioremediation,
are
widely
used
many
industries.
have
stronger
predisposition
for
enhancing
mineral
metal
solubility
by
cells
through
secretion
organic
acids
low
molecular
weight
metal-specific
ligands
(such
siderophores)
that
alter
soil
pH
boost
binding
activity.
Finally,
synthesize
various
bioactive
compounds
high
competence
promising
candidates
new
drugs,
antibiotics,
medicines.
Bioprospecting
novel
secondary
metabolites
has
given
momentum
sustainable
agriculture
combating
stresses.
Biotechnological
interventions
aid
played
pivotal
crop
improvement
mitigate
stress
conditions
like
drought,
salinity,
xenobiotic
compounds,
heavy
metals.
Identification
putative
genes
from
conferring
tolerance
diseases,
apart
those
involved
accumulation
degradation
contaminants,
could
open
avenues
development.
Furthermore,
detailed
biochemical
understanding
endophyte
entry
colonization
strategy
would
better
help
manipulating
productivity
under
changing
climatic
conditions.
Therefore,
present
review
highlights
current
trends
based
on
SCOPUS
database,
potential
biotechnological
microorganisms
stresses
influencing
productivity,
future
opportunities
improving
tolerance,
their
contribution
remediation
hazardous
contaminants.
Graphical
Frontiers in Microbiology,
Journal Year:
2022,
Volume and Issue:
13
Published: May 12, 2022
The
overuse
of
antibiotics
in
food
animals
has
led
to
the
development
bacterial
resistance
and
widespread
resistant
bacteria
world.
Antibiotic-resistant
(ARB)
antibiotic-resistant
genes
(ARGs)
are
currently
considered
emerging
contaminants,
which
a
serious
threat
public
health
globally.
current
situation
ARB
ARGs
from
animal
farms,
manure,
wastewater
was
firstly
covered
this
review.
Potential
risks
were
also
highlighted,
as
well
strategies
(including
novel
technologies,
alternatives,
administration)
fight
against
resistance.
This
review
can
provide
an
avenue
for
further
research,
development,
application
antibacterial
agents
reduce
adverse
effects
antibiotic
farms.
Biomedicine & Pharmacotherapy,
Journal Year:
2022,
Volume and Issue:
155, P. 113658 - 113658
Published: Sept. 23, 2022
Anti-microbial
resistance
(AMR)
has
recently
emerged
as
an
area
of
high
interest
owing
to
the
rapid
surge
AMR
phenotypes.
Metal
oxide
NPs
(MeONPs)
have
been
identified
novel
phytomedicine
and
peaked
a
lot
due
their
potential
applications
in
combating
phytopathogens,
besides
enhancing
plant
growth
yields.
Numerous
MeONPs
(Ti2O,
MgO,
CuO,
Ag2O,
SiO2,
ZnO,
CaO)
synthesized
tested
validate
antimicrobial
roles
without
causing
toxicity
cells.
This
review
discusses
application
with
special
emphasis
on
anti-microbial
activities
agriculture
enlists
how
cellular
caused
through
reactive
oxygen
species
(ROS)
production
affects
growth,
morphology,
viability.
further
highlights
two-facet
role
silver
copper
including
toxicities.
Furthermore,
factor
modulating
nanotoxicity
immunomodulation
for
cytokine
also
discussed.
Thus,
this
article
will
not
only
provide
researchers
bottlenecks
but
emphasizes
comprehensive
outline
breakthroughs
applicability
agriculture.
The Science of The Total Environment,
Journal Year:
2022,
Volume and Issue:
821, P. 153472 - 153472
Published: Jan. 29, 2022
Antibiotic
resistance
is
one
of
the
current
threats
to
human
health,
forcing
use
drugs
that
are
more
noxious,
costlier,
and
with
low
efficiency.
There
several
causes
behind
antibiotic
resistance,
including
over-prescription
antibiotics
in
both
humans
livestock.
In
this
scenario,
researchers
shifting
new
alternatives
fight
back
concerning
situation.
Water,
Journal Year:
2023,
Volume and Issue:
15(2), P. 316 - 316
Published: Jan. 12, 2023
The
treatment
of
wastewater
is
an
expensive
and
energy-extensive
practice
that
not
only
ensures
the
power
generation
requirements
to
sustain
current
energy
demands
increasing
human
population
but
also
aids
in
subsequent
removal
enormous
quantities
need
be
treated
within
environment.
Thus,
renewable
source-based
one
recently
developing
techniques
overcome
environmental
contamination
issues.
In
treatment,
microbial
fuel
cell
(MFC)
technology
has
demonstrated
a
promising
potential
evolve
as
sustainable
approach,
with
simultaneous
recovery
nutrients
produce
bioelectricity
harnesses
ability
electrogenic
microbes
oxidize
organic
contaminants
present
wastewater.
Since
traditional
various
limitations,
implementations
MFCs
might
feasible
option
green
electricity
production,
biohydrogen
synthesis,
carbon
sequestration,
environmentally
sewage
treatment.
MFCs,
electrochemical
mechanism
based
on
anodic
oxidation
cathodic
reduction
reactions,
which
have
been
considerably
improved
by
last
few
decades
study.
However,
production
remains
substantial
problem
for
practical
owing
difficulty
balancing
yield
overall
system
upscaling.
This
review
discusses
developments
MFC
technologies,
including
improvements
their
structural
architecture,
integration
different
novel
biocatalysts
biocathode,
anode,
cathode
materials,
community
interactions
substrates
used,
contaminants.
Furthermore,
it
focuses
providing
critical
insights
analyzing
types,
processes,
applications,
challenges,
futuristic
aspects
treatment-related
thus
resource
recovery.
With
appropriate
planning
further
studies,
we
look
forward
industrialization
near
future,
idea
this
will
lead
greener
fuels
cleaner
environment
all
mankind.
Water Science & Technology,
Journal Year:
2021,
Volume and Issue:
84(7), P. 1648 - 1662
Published: Sept. 6, 2021
Wastewater
treatment
plants
(WWTPs)
are
one
of
the
major
vectors
microplastics
(MPs)
pollution
for
recipient
water
bodies.
Therefore,
recovery
MPs
from
WWTPs
is
extremely
important
decreasing
their
accumulation
and
impact
in
aquatic
systems.
In
this
present
study,
electrocoagulation-electroflotation
(EC/EF)
membrane
filtration
processes
were
investigated
removing
wastewaters.
The
effectiveness
different
electrode
combinations
(Fe-Al
Al-Fe),
current
density
(10-20
A/m2),
pH
(4.0-10.0)
operating
times
(0-120
min)
on
removal
two
polymer
particles
to
obtain
maximum
efficiency.
effect
pressure
(1-3
bar)
efficiency
was
also
investigated.
efficiencies
obtained
as
100%
both
types
with
combination
Al-Fe,
initial
7,
20
A/m2
reaction
time
10
min.
method
displayed
a
addition,
these
laboratory-scale
results
compared
one-year
average
data
plant
treating
real-scale
membranes.
indicated
that
proposed
supplied
(100%)
conventional
secondary
tertiary
methods
(2-81.6%)
microplastics.
