International Journal of Environmental Research and Public Health,
Год журнала:
2022,
Номер
19(8), С. 4666 - 4666
Опубликована: Апрель 12, 2022
Excessive
use
of
antibiotics
in
the
healthcare
sector
and
livestock
farming
has
amplified
antimicrobial
resistance
(AMR)
as
a
major
environmental
threat
recent
years.
Abiotic
stresses,
including
soil
salinity
water
pollutants,
can
affect
AMR
soils,
which
turn
reduces
yield
quality
agricultural
products.
The
objective
this
study
was
to
investigate
effects
antibiotic
abiotic
stresses
on
soils.
A
systematic
review
peer-reviewed
published
literature
showed
that
contaminants
derived
from
organic
chemical
fertilizers,
heavy
metals,
hydrocarbons,
untreated
sewage
sludge
significantly
develop
through
increasing
abundance
genes
(ARGs)
antibiotic-resistant
bacteria
(ARBs)
Among
effective
technologies
developed
minimize
AMR's
negative
effects,
heat
were
found
be
more
influential
lowering
ARGs
subsequently
AMR.
Several
strategies
mitigate
soils
future
directions
for
research
have
been
discussed,
integrated
control
usage
primary
sources
ARGs.
Knowledge
factors
affecting
potential
policies
its
adverse
impacts.
Eco-Environment & Health,
Год журнала:
2022,
Номер
1(1), С. 11 - 22
Опубликована: Март 1, 2022
There
are
increasing
concerns
over
the
threat
of
nanoplastics
to
environmental
and
human
health.
However,
multidisciplinary
barriers
persist
between
communities
assessing
risks
As
a
result,
hazards
remain
uncertain.
Here,
we
identify
key
knowledge
gaps
by
evaluating
exposure
in
environment,
their
bio-nano
interactions,
examining
potential
humans
environment.
We
suggest
considering
complex
dynamic
mixture
polymers,
additives,
contaminants,
with
interconnected
call
for
comprehensive
integration
One
Health
approach
produce
robust
evidence
threats
at
planetary
level.
Although
there
many
challenges,
this
holistic
incorporates
relevance
multi-sectoral
responses,
which
provide
opportunity
risk
mitigation
strategies
build
resilient
health
systems.
Environmental Technology & Innovation,
Год журнала:
2024,
Номер
35, С. 103729 - 103729
Опубликована: Июнь 26, 2024
The
interaction
between
microplastics
(MPs)
and
pollutants
is
crucial
for
assessing
the
environmental
risk
of
MPs.
It
necessary
to
pay
attention
adsorption/desorption
behavior
antibiotics
on
MPs
due
their
potential
role
in
antibiotic
resistance.
When
MPs-loaded
are
ingested
by
organisms,
they
enter
gastrointestinal
tract
undergo
desorption,
leading
corresponding
toxic
effects.
Existing
literature
primarily
focuses
adsorption
behavior,
while
there
a
lack
systematic
generalizations
desorption
or
combined
effects
organisms.
Therefore,
this
article
provides
review
mechanisms,
biological
tract.
Desorption
suggests
that
characteristics
(aging
hydrophobicity)
components
fluid
(digestive
enzyme
species
pH)
can
also
have
effect
desorption.
Moreover,
summarizes
induced
MPs-antibiotics,
demonstrating
either
enhance
reduce
plants,
microorganisms,
aquatic
animals.
Since
methodological
uniformity
relevance
natural
environment
main
shortcomings
existing
literature,
future
research
should
focus
actual
water
given
region
studying
at
gene,
protein,
metabolic
levels.
This
direction
expected
provide
valuable
references
insights
evaluating
antibiotics.
Frontiers in Microbiology,
Год журнала:
2022,
Номер
13
Опубликована: Апрель 25, 2022
There
has
been
a
steady
rise
in
the
production
and
disposal
of
biodegradable
plastics.
Unlike
microorganisms
present
biofilms
on
non-biodegradable
plastic
surfaces
(the
"plastisphere"),
plastisphere
not
well-characterized.
As
polymer
structure
higher
microbial
affinity
than
that
plastic,
their
plastispheres
are
assumed
to
be
different.
This
review
summarizes
reported
differences
communities
surface
plastics,
discusses
driving
forces
behind
these
differences,
potential
environmental
risks.
Overall,
biomass
was
observed
lower
plastic.
The
community
microbes
both
diverse,
mainly
due
properties
surface,
such
as
charge,
hydrophilicity/hydrophobicity,
roughness,
bioavailability
components
for
microbes.
Further
research
should
focus
developing
degrade
faster
environment,
revealing
mechanism
enrichment
ARGs
pathogens
understanding
influence
evolution
selection
plastic-degrading
potential.
