Plants,
Journal Year:
2024,
Volume and Issue:
13(22), P. 3162 - 3162
Published: Nov. 11, 2024
The
invasion
of
non-native
plant
species
presents
a
significant
ecological
challenge
worldwide,
impacting
native
ecosystems
and
biodiversity.
These
invasive
significantly
affect
the
ecosystem.
threat
having
harmful
effects
on
natural
ecosystem
is
serious
concern.
Invasive
produce
secondary
metabolites,
which
not
only
help
in
growth
development
but
are
also
essential
for
spread
these
species.
This
review
highlights
important
functions
metabolites
invasion,
particularly
their
effect
allelopathy,
defense
system,
interaction
with
micro
soil
biota,
competitive
advantages.
Secondary
produced
by
play
an
role
affecting
allelopathic
interactions
herbivory.
They
sometimes
change
chemistry
to
make
viable
condition
proliferation.
inhibit
changing
resources
available
them.
Therefore,
it
necessary
understand
this
complicated
between
invasion.
mainly
summarizes
all
known
species,
emphasizing
significance
integrated
weed
management
research.
Insects,
Journal Year:
2024,
Volume and Issue:
15(4), P. 238 - 238
Published: March 29, 2024
Utilizing
chemical
agents
in
pest
management
modern
agricultural
practices
has
been
the
predominant
approach
since
advent
of
synthetic
insecticides.
However,
insecticide
resistance
is
an
emerging
issue,
as
populations
evolve
to
survive
exposure
chemicals
that
were
once
effective
controlling
them,
underlining
need
for
advanced
and
innovative
approaches
managing
pests.
In
insects,
microRNAs
(miRNAs)
serve
key
regulators
a
wide
range
biological
functions,
characterized
by
their
dynamic
expression
patterns
ability
target
genes.
Recent
studies
are
increasingly
attributed
significance
miRNAs
contributing
evolution
numerous
insect
species.
Abundant
have
discovered
insects
using
RNA
sequencing
transcriptome
analysis
known
play
vital
roles
regulation
at
both
transcriptional
post-transcriptional
levels.
Globally,
there
growing
research
interest
characterization
application
miRNAs,
especially
potential
role
resistance.
This
review
focuses
on
how
contribute
regulating
across
various
Furthermore,
we
discuss
gain
loss
functions
techniques
delivering
into
system.
The
emphasizes
miRNA-based
strategies
studying
diminishing
resistance,
offering
more
efficient
lasting
management.
Insect Science,
Journal Year:
2024,
Volume and Issue:
unknown
Published: May 21, 2024
Abstract
Continuous
and
long‐term
use
of
traditional
new
pesticides
can
result
in
cross‐resistance
among
pest
populations
different
fields.
Study
on
the
mechanism
related
genes
will
help
resistance
management
field
control.
In
this
study,
pesticide‐resistance
Spodoptera
frugiperda
(FAW)
was
studied
with
3
locations
South
China.
Field
FAW
were
highly
resistant
to
insecticides,
chlorpyrifos
(organophosphate)
deltamethrin
(pyrethroid),
had
higher
levels
cytochrome
P450
activity
than
a
non‐resistant
laboratory
strain.
Inhibition
by
piperonyl
butoxide
significantly
increased
sensitivity
chlorpyrifos,
chlorantraniliprole
(amide),
type
insecticide,
suggesting
that
detoxification
is
critical
factor
for
insecticide
populations.
Transcriptomic
analysis
indicated
18
upregulated
collected
regions
2
consecutive
years,
CYP321A8
,
most
one.
Knockdown
messenger
RNA
interference
resulted
an
tested
insecticides
FAW.
Enzyme
molecular
docking
analyses
enzyme
able
metabolize
interact
8
other
types
confirming
key
gene
wide
range
substrates
across
be
used
as
biomarker
target
Plants,
Journal Year:
2024,
Volume and Issue:
13(22), P. 3162 - 3162
Published: Nov. 11, 2024
The
invasion
of
non-native
plant
species
presents
a
significant
ecological
challenge
worldwide,
impacting
native
ecosystems
and
biodiversity.
These
invasive
significantly
affect
the
ecosystem.
threat
having
harmful
effects
on
natural
ecosystem
is
serious
concern.
Invasive
produce
secondary
metabolites,
which
not
only
help
in
growth
development
but
are
also
essential
for
spread
these
species.
This
review
highlights
important
functions
metabolites
invasion,
particularly
their
effect
allelopathy,
defense
system,
interaction
with
micro
soil
biota,
competitive
advantages.
Secondary
produced
by
play
an
role
affecting
allelopathic
interactions
herbivory.
They
sometimes
change
chemistry
to
make
viable
condition
proliferation.
inhibit
changing
resources
available
them.
Therefore,
it
necessary
understand
this
complicated
between
invasion.
mainly
summarizes
all
known
species,
emphasizing
significance
integrated
weed
management
research.
