Forests,
Год журнала:
2024,
Номер
15(6), С. 905 - 905
Опубликована: Май 23, 2024
This
study
aimed
to
evaluate
the
effect
of
inoculants
endophytic
bacteria
producing
indoleacetic
acid
(IAA)
on
physiological
quality
seeds
and
production
seedlings
Corymbia
citriodora
(Hook.)
KD
Hill
&
LAS
Johnson.
In
test
seeds,
treatments
used
were
individual
inoculation
with
Priestia
megaterium,
Exiguobacterium
sibiricum,
Pantoea
vagans
strain
45URP4-1,
Bacillus
sp.;
joint
four
strains
(mix);
only
carrier
(cassava
starch
activated
charcoal);
1.0
μg
mL−1
IAA;
non-inoculated
control
without
IAA
a
carrier.
in
greenhouse,
same,
except
for
mix,
which
was
replaced
by
P.
7URP1-6
(Pvs7),
as
mix
increased
number
abnormal
seedlings.
inoculated
individually
did
not
have
impaired
created
microenvironment
around
benefiting
germination
percentage,
speed
index,
average
time,
speed.
Pvs7,
megaterium
E.
sibiricum
taller,
larger
stem
diameter
dry
mass
shoot,
roots,
total.
Seeds
had
higher
averages
height,
chlorophyll
b
content,
shoot
total
mass,
well
greater
ability
colonize
rhizosphere
roots
C.
citriodora,
resulting
higher-quality
Inoculation
proved
be
promising
alternative
plant
development.
Frontiers in Plant Science,
Год журнала:
2022,
Номер
13
Опубликована: Дек. 21, 2022
Root
exudates
play
a
key
role
in
mediating
plant–plant
and
plant–rhizomicrobiome
interactions,
including
regulating
biochemical/physiological
aspects
of
plant-associated
microorganisms,
to
enhance
host
plant
growth
resilience.
can
act
as
signals
reduce
the
competition
from
neighboring
plants
recruiting/choreographing
wide
range
diverse
rhizomicrobiome
members
make
good
fit
with
its
immediate
environment.
exudate
production
is
dynamic
process,
but
there
limited
understanding
metabolites
or
metabolic
pathways
involved
inter-organismal
communications
facilitated
by
them.
Given
well-known
symbiotic
relationships
between
associated
members,
adding
root
microbial
isolation
media
may
allow
some
large
segments
that
are
not
currently
culturable
be
grown
vitro
.
This
will
provide
new
insights
into
how
orchestrate
microbes,
benefit
agricultural
face
challenges
posed
climate
change,
help
sustainably
food
for
growing
global
human
population.
Challenges,
Год журнала:
2025,
Номер
16(2), С. 22 - 22
Опубликована: Апрель 21, 2025
Antimicrobial
resistance
(AMR)
is
an
urgent
global
health
threat
with
many
anthropogenic
drivers
outside
of
healthcare.
The
impacts
modern
agriculture
on
human
are
manifold,
from
the
food
systems
and
dietary
patterns
they
support
to
less
apparent
effects
environmental
stresses
biodiversity
loss
in
ecosystems.
Intensive
practices,
such
as
chemical
fertilizers,
pesticides,
herbicides,
induce
abiotic
that
deplete
drive
AMR
soil
aquatic
microbiomes.
overuse
antibiotics
livestock
production
another
major
driver
AMR.
Changes
weather
due
climate
change
have
potential
exacerbate
these
issues
warmer
wetter
increases
for
bacterial
infection.
While
practices
exist
address
healthcare-associated
drivers,
impact
destruction
not
widely
appreciated
healthcare
biomedical
sciences.
It
imperative
professionals
public
experts
understand
connections
properly
emergent
issue
This
review
aims
summarize
current
data
important
agricultural
educational
purposes,
fill
gaps
knowledge,
improve
stimulate
further
research.
Frontiers in Environmental Science,
Год журнала:
2022,
Номер
10
Опубликована: Ноя. 24, 2022
Plant
responses
to
abiotic
stresses
through
diverse
mechanisms
and
strategic
measures
in
utilizing
nanomaterials
have
positively
impacted
crop
productivity.
Stress
can
cause
membrane
depletion,
reactive
oxygen
species
formation,
cell
toxicity
death,
reduction
plant
growth.
However,
mitigate
some
of
the
negative
impacts
enhance
yield.
Some
endophytic
microbes
synthesize
nanomaterials,
which
maintain
health
growth
via
nitrogen
fixation,
siderophore
production,
phytohormones
synthesis,
enzyme
production
without
any
pathological
effects.
Nanoparticle-synthesizing
endophytes
also
help
boost
biochemical
physiological
functions
by
ameliorating
impact
stresses.
The
increase
use
implementation
nano-growth
enhancers
from
beneficial
microbes,
such
as
nano-biofertilizers,
nano-pesticides,
nano-herbicides,
nano-fungicides
are
considered
safe
eco-friendly
ensuring
sustainable
agriculture
agrochemical
usage.
Promisingly,
nanotechnology
concepts
aim
sustain
protect
plants
oxidative
activation
anti-oxidative
enzymes.
relieve
stress
still
require
further
discussion
literature.
Therefore,
this
review
is
focused
on
induction
tolerance
plants,
IntechOpen eBooks,
Год журнала:
2024,
Номер
unknown
Опубликована: Фев. 2, 2024
Plant
Growth-Promoting
Rhizobacteria
(PGPR)
modifies
the
activity
of
relevant
genes
to
affect
physiological
traits,
metabolites,
pathways,
and
proteins
plants.
Traditional
methods
for
creating
salt-tolerant
crops
are
expensive,
laborious,
occasionally
difficult
adopt.
It
has
been
proposed
that
using
microorganisms
encourage
plant
growth
is
a
suitable
economical
method
raising
tolerance.
These
evocative
microbes
can
act
as
mediator
between
plants
their
morphological,
physiological,
molecular
responses.
Extensive
research
done
on
signaling
pathways
used
by
hormones,
receptors,
microbial
signals
stimulate
PGPR
in
This
chapter
aims
increase
comprehension
convergence
mechanisms
these
molecules
well
ambiguities
activities
occur
host
result
interactions
with
under
demanding
environmental
situations.
In
order
address
biotic
abiotic
stressors
agricultural
areas
hence
raise
global
food
production,
use
rhizobacteria
inoculants
viable
strategy.
