International Journal of Phytoremediation,
Journal Year:
2024,
Volume and Issue:
unknown, P. 1 - 11
Published: Oct. 10, 2024
In
this
study,
a
composite
of
silver
and
titanium
dioxide
nanoparticles
(AgNPs-TiO2NPs)
was
examined
for
its
synergistic
effects
on
phytostabilization
lead
(Pb)
mitigation
toxicity
in
cowpea
(Vigna
unguiculata
(L)
Walp).
Seeds
V.
were
wetted
with
water,
0.05
0.1
mgL−1
Pb
25
mgmL−1
each
AgNPs,
TiO2NPs,
AgNPs-TiO2NPs.
Root
lengths
reduced
by
25%
44%
at
Pb,
respectively,
while
shoot
2%
7%.
unguiculata,
AgNPs
TiO2NPs
significantly
improved
physiological
indicators
mitigated
effects,
modulating
parameters
more
effectively
than
AgNPs.
The
synergistically
regulated
physiology
better
individual
nanoparticles.
Compared
to
the
increased
antioxidant
activity
12%
9%,
carotenoid
contents
88%.
Additionally,
AgNPs-TiO2NPs
malondialdehyde
levels
29%,
thereby
mitigating
enhanced
immobilization
57%,
reducing
translocation
from
soil
shoots
compared
water.
bioconcentration
factors
indicate
that
most
effective
when
used.
Microbial Cell Factories,
Journal Year:
2024,
Volume and Issue:
23(1)
Published: Sept. 20, 2024
Bionanofertilizers
are
promising
eco-friendly
alternative
to
chemical
fertilizers,
leveraging
nanotechnology
and
biotechnology
enhance
nutrient
uptake
by
plants
improve
soil
health.
They
consist
of
nanoscale
materials
beneficial
microorganisms,
offering
benefits
such
as
enhanced
seed
germination,
improved
quality,
increased
use
efficiency,
pesticide
residue
degradation,
ultimately
leading
crop
productivity.
designed
for
targeted
delivery
nutrients,
controlled
release,
minimizing
environmental
pollutants,
making
them
a
sustainable
option
agriculture.
These
fertilizers
also
have
the
potential
plant
growth,
provide
disease
resistance,
contribute
farming
practices.
The
development
bionanofertilizers
addresses
adverse
impact
safer
productive
means
fertilization
agricultural
This
review
provides
substantial
evidence
supporting
in
revolutionizing
practices,
solutions
management
