BMC Plant Biology,
Journal Year:
2024,
Volume and Issue:
24(1)
Published: Dec. 23, 2024
This
study
delves
into
the
combined
effects
of
seasonal
climate
variations
and
MIPS1
gene
mutations
on
germination
rates
soybean
cultivars
TW-1
TW75.
Through
comprehensive
metabolomic
transcriptomic
analyses,
we
identified
key
KEGG
pathways
significantly
affected
by
these
factors,
including
starch
sucrose
metabolism,
lipid
amino
acid
biosynthesis.
These
were
notably
disrupted
during
spring,
leading
to
an
imbalance
in
metabolic
reserves
critical
for
seedling
development.
Additionally,
further
altered
pathways,
exacerbating
disturbances.
Our
results
underscore
intricate
network
environmental
genetic
interactions
influencing
seed
vigor
importance
understanding
enhance
agricultural
resilience
quality
fluctuating
climates.
Poultry Science,
Journal Year:
2025,
Volume and Issue:
104(5), P. 105017 - 105017
Published: March 11, 2025
A
total
of
450
day-old
straight-run
Ross
308
broiler
chickens
were
offered
nine
dietary
regimes
where
canola
products
primarily
replaced
soybean
meal
at
varying
levels
in
iso-energetic
diets
with
balanced
amino
acid
profiles.
Each
the
treatments
was
to
ten
replicate
cages,
five
birds
per
cage
from
1
42
days
post-hatch.
During
starter
period
(1-10
d),
there
no
significant
impact
on
feed
intake
and
conversion
ratio
(FCR)
(P
>
0.05)
transition
product
inclusion
0
50
g/kg
did
not
influence
weight
gain
but
100
depressed
by
2.17
%
(317
versus
323
g/kg,
P
=
0.049).
From
1-24,
1-35
1-42
post-hatch,
inclusions
compared
products-free
diet.
Dietary
FCR
for
Based
pair-wise
comparisons
containing
highest
(Treatment
9)
reduced
6.90
(5673
vs.
5281
g/bird,
P=
0.011)
body
(BWG)
7.11
(3727
3462
0.004)
product-free
Negative
correlations
between
pellet
durability
index
(PDI)
detected
finisher
(r
-0.887,
0.001)
withdrawal
phases
-0.869,
0.002).
carcass
traits
0.05).
Apparent
metabolizable
energy
(AME),
nitrogen
retention,
AMEn
affected
treatments.
However,
exhibited
a
lower
AME:GE
canola-free
0.045).
There
differences
apparent
starch
protein
digestibility
coefficients
distal
jejunum
ileum
In
conclusion,
since
changes
nutrient
products,
it
is
fair
argue
that
depression
growth
performance
chicken
high
rates
likely
due
reduction
intake.
Agronomy Journal,
Journal Year:
2025,
Volume and Issue:
117(1)
Published: Jan. 1, 2025
Abstract
The
last
20
years
have
been
a
period
of
significant
advancement
in
the
tools
available
for
remote
sensing
soybean
[
Glycine
max
(L.)
Merr.]
terms
price,
ease
use,
quality
information
provided,
and
range
research
applications.
This
review
article
posits
that
now
is
an
appropriate
time
to
reflect
on
previous
two
decades
effort
devoted
gain
appreciation
how
far
field
has
come,
while
also
acknowledging
much
work
remains
be
performed.
Structured
by
management
activities,
this
based
selected
works
culled
from
broad
search.
These
contributed
meaningful
knowledge
specific
or
elucidated
key
points
not
presented
those
more
intentionally
focused
soybean.
While
there
were
many
successes
varied
applications
research,
taking
20‐year
perspective
exposed
areas
unmet
expectations.
Advances
are
hampered
systemic
challenges
with
inconsistent
results
confounding
factors
imposed
settings.
There
potential
address
these
tempering
expectations
what
possible
addressing
reporting
standards
data
needs,
specifically
related
machine
learning.
future
bright,
but
concerted
community
needed
continue
advance
state
into
next
years.
International Journal of Molecular Sciences,
Journal Year:
2025,
Volume and Issue:
26(7), P. 2878 - 2878
Published: March 21, 2025
Rhizosphere
microbiome
exerts
a
significant
role
in
plant
health,
influencing
nutrient
availability,
disease
resistance,
and
overall
growth.
Establishing
robust
efficient
nodulation
process
is
essential
for
optimal
nitrogen
fixation
legumes
like
soybeans.
Different
soybean
genotypes
exhibit
variations
their
rhizosphere
microbiome,
potentially
impacting
through
nodulation.
However,
detailed
understanding
of
how
specific
influence
microbial
communities
patterns
remains
limited.
Our
study
aims
to
investigate
the
relationship
between
abundance
growth
four
genotypes.
We
evaluated
parameters,
including
biomass,
leaf
area,
stomatal
conductance,
identified
genotypic
differences
Specifically,
PI
458505
603490
exhibited
high
levels
nodulation,
while
605839A
548400
displayed
low
16S
rRNA
gene
amplicon
sequencing
revealed
diverse
bacterial
rhizosphere,
with
Proteobacteria
as
dominant
phylum.
High-nodulation
harbored
more
enriched
Actinobacteria
Acidobacteriota,
low-nodulation
showed
higher
abundances
Firmicutes
Planctomycetota.
Alpha
beta
diversity
analyses
confirmed
distinct
community
structures
high-
groups.
findings
suggest
that
significantly
influences
highlighting
potential
genotype-driven
strategies
enhance
plant-microbe
interactions
improve
productivity.
ABSTRACT
With
climate
change,
abiotic
and
biotic
stresses
such
as
drought
herbivory
are
predicted
to
further
diminish
agricultural
productivity.
Soybean
(
Glycine
max
[L.]
Merrill),
a
crop
of
global
economic
importance,
is
vulnerable
both.
However,
the
interactive
effects
on
soybeans
haven't
been
explored,
especially
through
lens
physiological
phytohormonal
changes.
To
address
this,
we
conducted
meta‐analysis
from
114
published
studies,
reduced
31
after
removing
redundancy,
with
data
(photosynthesis
stomatal
conductance)
traits
(jasmonic
acid
[JA]
salicylic
[SA])
under
drought,
herbivory,
their
combination.
existing
studies
so
far,
show
that
has
negative
impacts
soybean
photosynthesis
conductance
whereas
but
neutral
conductance.
And
phytohormones
had
opposite
effects,
JA
levels
increasing.
our
understanding,
this
first
assimilating
understand
combined
We
also
put
forward
potential
questions
avenues
for
research
in
expanding
understanding
about
regulatory
pathways
consequences
other
stressors
agroecosystems.
