Plants,
Journal Year:
2024,
Volume and Issue:
14(1), P. 58 - 58
Published: Dec. 27, 2024
In
this
study,
the
effect
of
Metarhizium
spp.
M.
marquandii
on
seed
germination
cabbage,
a
cruciferous
crop,
was
investigated.
The
effects
strain
vigor,
bud
growth
and
physiological
characteristics
Chinese
cabbage
were
analyzed
by
coating
method.
results
showed
following:
(1)
agent
SGSF043
could
significantly
improve
activity
seeds.
(2)
concentration
in
had
different
degrees
regulation
antioxidase
system
buds,
indicating
that
it
activate
antioxidant
ability
buds.
(3)
When
5.6
×
106
CFU/mL
(average
per
grain),
leaf
hormones
Indole
Acetic
Acid
(IAA),
Gibberellic
(GA)
Abscisic
(ABA)
seedlings
higher
than
other
treatment
groups,
optimize
level
plant
hormones.
(4)
induce
expression
stress-resistance-related
genes
tissue
parts
growth-promoting
stress
resistance
This
study
not
only
vitality
seeds
but
also
enhance
immunity
young
provide
theoretical
basis
for
application
potential
agricultural
production.
As
global
population
continues
to
rise
and
arable
land
decreases,
the
urgent
need
for
comprehensive
utilization
of
saline-alkali
soil
becomes
evident.
This
study
assessed
impact
four
microalgae
on
alfalfa
growth
under
conditions.
The
research
findings
indicate
that
Nostoc
flagelliforme
possesses
optimal
capability
promote
a
salinity
concentration
10
g
L-1,
with
this
ability
being
concentration-limited.
is
determined
be
0.1
resulting
in
promotion
rates
43.12%
root
length
30.50%
fresh
weight.
Furthermore,
N.
enhances
salt
tolerance
by
mitigating
external
stress,
as
evidenced
reduced
levels
stress-related
substances
enzyme
activities
within
seedlings.
mechanism
lowered
proline
(73.27%),
malondialdehyde
(46.69%),
superoxide
dismutase
(39.47%),
peroxidase
(25.68%),
glutathione
reductase
(36.54%).
Moreover,
was
studied
explore
its
mechanisms
action
L-1
salinity.
Overall,
algal
solution
group
exhibited
strongest
effect
length,
while
supernatant
had
highest
revealed
growth-promoting
tolerance-enhancing
abilities
predominantly
rely
extracellular
secretions
algae-plant
interaction
mechanisms.
Metabolite
analysis
identified
bioactive
promoting
crop
stress
resistance.
contributes
enhancing
elucidates
cyanobacteria
improving
tolerance,
laying
theoretical
groundwork
their
application
ameliorating
soil.
IntechOpen eBooks,
Journal Year:
2024,
Volume and Issue:
unknown
Published: July 22, 2024
This
chapter
is
a
revision
of
the
realm
endophytic
fungi,
focusing
on
how
to
approach
study
their
biodiversity
in
relation
distribution,
richness,
host
plant
defense
mechanisms,
chemistry,
and
metabolomic
profiles.
We
will
revise
current
isolation
identification
methods
available
such
as
culture-dependent
techniques
omics
approaches
including
both
targeted
functional
metagenomics,
comparison
give
holistic
view
fungal
biome.
Additionally,
we
discuss
biotechnological
potential
for
production
bioactive
natural
products
be
applied
protection
(against
nematodes,
insect
control),
soil
restoration,
or
disease
control
practices
based
microbial
antagonists.
Plants,
Journal Year:
2024,
Volume and Issue:
14(1), P. 58 - 58
Published: Dec. 27, 2024
In
this
study,
the
effect
of
Metarhizium
spp.
M.
marquandii
on
seed
germination
cabbage,
a
cruciferous
crop,
was
investigated.
The
effects
strain
vigor,
bud
growth
and
physiological
characteristics
Chinese
cabbage
were
analyzed
by
coating
method.
results
showed
following:
(1)
agent
SGSF043
could
significantly
improve
activity
seeds.
(2)
concentration
in
had
different
degrees
regulation
antioxidase
system
buds,
indicating
that
it
activate
antioxidant
ability
buds.
(3)
When
5.6
×
106
CFU/mL
(average
per
grain),
leaf
hormones
Indole
Acetic
Acid
(IAA),
Gibberellic
(GA)
Abscisic
(ABA)
seedlings
higher
than
other
treatment
groups,
optimize
level
plant
hormones.
(4)
induce
expression
stress-resistance-related
genes
tissue
parts
growth-promoting
stress
resistance
This
study
not
only
vitality
seeds
but
also
enhance
immunity
young
provide
theoretical
basis
for
application
potential
agricultural
production.
