Plants,
Journal Year:
2021,
Volume and Issue:
10(11), P. 2321 - 2321
Published: Oct. 28, 2021
Carotenoids
and
apocarotenoids
are
diverse
classes
of
compounds
found
in
nature
important
natural
pigments,
nutraceuticals
flavour/aroma
molecules.
Improving
the
quality
crops
is
for
providing
micronutrients
to
remote
communities
where
dietary
variation
often
limited.
have
also
been
shown
a
significant
impact
on
number
human
diseases,
improving
survival
rates
some
cancers
slowing
progression
neurological
illnesses.
Furthermore,
carotenoid-derived
can
flavour
aroma
vegetables
origin
developmental,
as
well
plant
resistance
required
defence.
In
this
review,
we
discuss
current
research
being
undertaken
increase
carotenoid
content
plants
benefits
health
role
derived
volatiles
fruits
vegetables.
Molecular Plant,
Journal Year:
2019,
Volume and Issue:
12(6), P. 804 - 821
Published: May 23, 2019
In
natural
environments,
plants
are
exposed
to
diverse
microbiota
that
they
interact
with
in
complex
ways.
While
plant–pathogen
interactions
have
been
intensely
studied
understand
defense
mechanisms
plants,
many
microbes
and
microbial
communities
can
substantial
beneficial
effects
on
their
plant
host.
Such
include
improved
acquisition
of
nutrients,
accelerated
growth,
resilience
against
pathogens,
resistance
abiotic
stress
conditions
such
as
heat,
drought,
salinity.
However,
the
bacterial
strains
or
consortia
host
often
cultivar
species
specific,
posing
an
obstacle
general
application.
Remarkably,
signals
trigger
immune
responses
molecularly
highly
similar
identical
pathogenic
microbes.
Thus,
it
is
unclear
what
determines
outcome
a
particular
microbe–host
interaction
which
factors
enable
distinguish
beneficials
from
pathogens.
To
unravel
network
genetic,
microbial,
metabolic
interactions,
including
signaling
events
mediating
comprehensive
quantitative
systems
biology
approaches
will
be
needed.
Annual Review of Plant Biology,
Journal Year:
2023,
Volume and Issue:
74(1), P. 569 - 607
Published: March 1, 2023
Plant
roots
associate
with
diverse
microbes
(including
bacteria,
fungi,
archaea,
protists,
and
viruses)
collectively
called
the
root-associated
microbiome.
Among
them,
mycorrhizal
fungi
colonize
host
improve
their
access
to
nutrients,
usually
phosphorus
nitrogen.
In
exchange,
plants
deliver
photosynthetic
carbon
colonizing
fungi.
This
nutrient
exchange
affects
key
soil
processes,
cycle,
plant
health
therefore
has
a
strong
influence
on
microbe
ecosystems.
The
framework
of
regulation
between
arbuscular
recently
been
established.
local
systemic
symbiosis
by
status
autoregulation
mycorrhizae
are
strategies
which
maintain
stabilizing
free-market
symbiosis.
A
better
understanding
synergistic
effects
mycorrhizosphere
microorganisms
is
an
essential
precondition
for
use
as
biofertilizers
bioprotectors
sustainable
agriculture
forestry
management.
Scientific Reports,
Journal Year:
2019,
Volume and Issue:
9(1)
Published: March 13, 2019
The
world
demand
for
phosphate
has
gradually
increased
over
the
last
decades,
currently
achieving
alarming
levels
considering
available
rock
reserves.
use
of
soil
microorganisms,
such
as
arbuscular
mycorrhizal
fungi
(AMF),
been
suggested
a
promising
alternative
to
improve
phosphorus-use
efficiency.
However,
effect
source
phosphorus
on
interactions
within
microbial
community
remains
unclear.
Here,
we
evaluated
links
between
total
dry
matter
content
sugarcane
and
under
different
sources,
with/without
AMF
inoculation.
sources
were
Simple
Superphosphate
(SS,
18%
P2O5),
Catalão
(CA,
2.93%
P2O5)
Bayovar
(BA,
14%
P2O5).
results
indicated
that
BA
led
largest
content.
affected
structure
communities.
bacterial
across
with
high
percentage
P2O5,
while
fungal
decreased.
microorganisms
allowed
identify
P2O5
resulting
in
highest
matter.
Our
findings
potential
indicator
helping
agricultural
management.
Frontiers in Plant Science,
Journal Year:
2019,
Volume and Issue:
10
Published: Sept. 27, 2019
Plants
utilize
hormones
and
other
small
molecules
to
trigger
coordinate
their
growth
developmental
processes,
adapt
respond
environmental
cues,
communicate
with
surrounding
organisms.
Some
of
these
originate
from
carotenoids
that
act
as
universal
precursors
bioactive
metabolites
arising
through
oxidation
the
carotenoid
backbone.
This
metabolic
conversion
produces
a
large
set
compounds
known
apocarotenoids,
which
includes
plant
abscisic
acid
(ABA)
strigolactones
(SLs)
different
signaling
molecules.
An
increasing
body
evidence
suggests
crucial
role
previously
identified
recently
discovered
carotenoid-derived
in
communication
arbuscular
mycorrhizal
(AM)
fungi
establishment
corresponding
symbiosis,
is
one
most
relevant
plant-fungus
mutualistic
interactions
nature.
In
this
review,
we
provide
an
update
on
function
apocarotenoid
regulatory
AM
highlighting
effect
both
partners.
