Microecological mechanisms of mountainous forest cultivated ginseng growth vigor and saponin accumulation, and the characterization of bionic microbial fertilizer
Frontiers in Microbiology,
Год журнала:
2025,
Номер
16
Опубликована: Май 13, 2025
A
study
on
the
soil
microecological
mechanisms
influencing
growth
vigor
and
saponin
accumulation
of
mountainous
forest
cultivated
ginseng
(MFCG)
under
various
types.
Using
MFCG
from
different
types
as
experimental
material,
correlation
functional
analysis
vigor,
content,
nutrient
elements
in
their
rhizosphere
were
conducted
to
clarify
by
which
affect
understory
ginseng.
Based
these
mechanisms,
a
bionic
microbial
fertilizer
was
developed
characterized.
The
agronomic
traits
content
(Re,
Rc,
Rb2,
Rb3)
Pinus
sylvestris
var.
mongholica
Litv.
(PSV)
group
significantly
higher
than
those
Quercus
mongolica
Fisch.
ex
Ledeb.
(QMF)
Larix
gmelinii
(Rupr.)
Kuzen
(LGK)
groups
(p
<
0.05).
total
four
monomeric
saponins
PSV
35.1
45.56%
that
QMF
LGK
groups,
respectively.
Significant
differences
0.05)
observed
between
terms
diversity
physicochemical
indicators
such
elements.
positively
correlated
with
chemical
soil,
including
Cu,
Ca,
Mg,
Zn,
B,
Fe,
Mo,
Mn,
Organic
matter
(OM),
Available
phosphorus
(AP),
nitrogen
(AN),
potassium
(AK).
formula
optimized.
mechanism
behind
involves
an
increase
beneficial
microorganisms
elements,
along
reduction
harmful
detrimental
promoted
while
improving
levels,
bulk
density,
water-holding
capacity.
Язык: Английский
Multiomics joint analysis reveals the potential mechanism of differences in the taproot thickening between cultivated ginseng and mountain-cultivated ginseng
BMC Genomics,
Год журнала:
2024,
Номер
25(1)
Опубликована: Дек. 20, 2024
Язык: Английский
Roles of Histone Acetylation and Deacetylation in Root Development
Plants,
Год журнала:
2024,
Номер
13(19), С. 2760 - 2760
Опубликована: Окт. 1, 2024
Roots
are
usually
underground
plant
organs,
responsible
for
anchoring
to
the
soil,
absorbing
water
and
nutrients,
interacting
with
rhizosphere.
During
root
development,
roots
respond
a
variety
of
environmental
signals,
contributing
survival.
Histone
post-translational
modifications
play
essential
roles
in
gene
expression
regulation,
responses
cues.
acetylation
is
one
most
studied
modifications,
regulating
numerous
genes
involved
various
biological
processes,
including
development
stress
responses.
Although
effect
histone
on
biotic
abiotic
stimuli
has
been
extensively
reviewed,
no
recent
reviews
exist
focusing
regulation
by
acetylation.
Therefore,
this
review
brings
together
all
knowledge
about
impact
several
species,
mainly
Язык: Английский