Toxics,
Journal Year:
2024,
Volume and Issue:
12(7), P. 457 - 457
Published: June 25, 2024
Unplanned
water
reuse
for
crop
irrigation
may
pose
a
global
health
risk
due
to
the
entry
of
contaminants
into
food
chain,
undesirable
effects
on
quality,
and
impact
soil
health.
In
this
study,
we
evaluate
derived
from
co-occurrence
pharmaceuticals
(Phs),
trace
metals
(TMs),
one
metalloid
within
water-soil-plant
continuum
through
bioassay
experiments
with
Lactuca
sativa
L.
Results
indicate
that
Phs
TMs
has
synergistic
or
antagonistic
effects,
depending
target
environmental
compartments.
Complex
formations
between
drugs
be
responsible
enhanced
sorption
onto
several
TMs.
Concerning
plant
uptake,
exerts
carbamazepine
diazepam,
respectively.
With
exception
Cd,
exert
an
effect
TMs,
negatively
affecting
their
uptake
translocation.
Drug
contents
in
lettuce
edible
parts
do
not
any
threat
human
health,
but
Cd
levels
exceed
maximum
limits
set
leafy
vegetable
foodstuffs.
Under
Ph-TM
conditions,
biomass
decreases,
nutrient
imbalance
is
observed.
Soil
enzyme
activity
stimulated
under
conditions
(β-galactosidase)
Ph
(urease
arylsulfatase),
it
affected
(phosphatase).
Toxics,
Journal Year:
2023,
Volume and Issue:
11(11), P. 903 - 903
Published: Nov. 5, 2023
Environmental
pollution
is
a
growing
threat
to
natural
ecosystems
and
one
of
the
world’s
most
pressing
concerns.
The
increasing
worldwide
use
pharmaceuticals
has
elevated
their
status
as
significant
emerging
contaminants.
Pharmaceuticals
enter
aquatic
environments
through
multiple
pathways
related
anthropogenic
activity.
Their
high
consumption,
insufficient
waste
treatment,
incapacity
organisms
completely
metabolize
them
contribute
accumulation
in
environments,
posing
all
life
forms.
Various
analytical
methods
have
been
used
quantify
pharmaceuticals.
Biotechnology
advancements
based
on
next-generation
sequencing
(NGS)
techniques,
like
eDNA
metabarcoding,
enabled
development
new
for
assessing
monitoring
ecotoxicological
effects
metabarcoding
valuable
biomonitoring
tool
pharmaceutical
because
it
(a)
provides
an
efficient
method
assess
predict
status,
(b)
identifies
sources,
(c)
tracks
changes
levels
over
time,
(d)
assesses
ecological
impact
pollution,
(e)
helps
prioritize
cleanup
mitigation
efforts,
(f)
offers
insights
into
diversity
composition
microbial
other
bioindicator
communities.
This
review
highlights
issue
while
emphasizing
importance
using
modern
NGS-based
actions
its
environmental
more
consistently
effectively.
CHIMIA International Journal for Chemistry,
Journal Year:
2024,
Volume and Issue:
78(4), P. 209 - 214
Published: April 24, 2024
Antibiotics
reach
agricultural
soils
via
fertilization
with
manure
and
biosolids
as
well
irrigation
withwastewater
have
the
potential
to
be
taken
up
by
growing
crops.
The
fate
of
antibiotics
in
terms
uptakefrom
soil
plants,
translocation
from
root
leaves,
is
determined
a
combination
antibiotic’sphysio-chemical
(e.g.
speciation,
lipophilicity),
organic
carbon
content,
pH)
plant
(e.g.transpiration
rates)
characteristics.
In
this
meta-analysis,
literature
search
was
executed
obtain
an
overview
antibiotic
uptake
aim
identify
patterns
different
classes.
Overall,
we
found
that
higher
tetracyclines
leaves
observed
compared
sulfonamides.
Differences
were
also
within
where
roots
close
equal
concentrations,
while
sulfonamides
represented
tendency
accumulate
fraction.
antibiotic’s
characteristics
high
influence
on
their
fate,
for
example,
water-solubility
uncharged
speciation
typical
pH
ranges
likely
induces
tetracycline
plant.
Despite
advances
knowledge
over
past
decade,
our
meta-analysis
indicated
available
research
focused
limited
number
analytes
Furthermore,
fastgrowing
species
spinach,
lettuce,
radish)
are
overly
studies
crop
significance
human
food
sources
corn,
wheat,
potato),
requiring
more
attention
future
research.
Toxics,
Journal Year:
2024,
Volume and Issue:
12(7), P. 457 - 457
Published: June 25, 2024
Unplanned
water
reuse
for
crop
irrigation
may
pose
a
global
health
risk
due
to
the
entry
of
contaminants
into
food
chain,
undesirable
effects
on
quality,
and
impact
soil
health.
In
this
study,
we
evaluate
derived
from
co-occurrence
pharmaceuticals
(Phs),
trace
metals
(TMs),
one
metalloid
within
water-soil-plant
continuum
through
bioassay
experiments
with
Lactuca
sativa
L.
Results
indicate
that
Phs
TMs
has
synergistic
or
antagonistic
effects,
depending
target
environmental
compartments.
Complex
formations
between
drugs
be
responsible
enhanced
sorption
onto
several
TMs.
Concerning
plant
uptake,
exerts
carbamazepine
diazepam,
respectively.
With
exception
Cd,
exert
an
effect
TMs,
negatively
affecting
their
uptake
translocation.
Drug
contents
in
lettuce
edible
parts
do
not
any
threat
human
health,
but
Cd
levels
exceed
maximum
limits
set
leafy
vegetable
foodstuffs.
Under
Ph-TM
conditions,
biomass
decreases,
nutrient
imbalance
is
observed.
Soil
enzyme
activity
stimulated
under
conditions
(β-galactosidase)
Ph
(urease
arylsulfatase),
it
affected
(phosphatase).
