Molecules,
Journal Year:
2023,
Volume and Issue:
28(20), P. 7059 - 7059
Published: Oct. 12, 2023
In
terrestrial
plants,
strigolactones
act
as
multifunctional
endo-
and
exo-signals.
On
microalgae,
the
determine
akin
effects:
induce
symbiosis
formation
with
fungi
bacteria
enhance
photosynthesis
efficiency
accumulation
of
biomass.
This
work
aims
to
synthesize
identify
strigolactone
mimics
that
promote
biomass
in
microalgae
biotechnological
potential.
Novel
easily
accessible
significant
amounts
were
prepared
fully
characterized.
The
first
two
novel
compounds
contain
3,5-disubstituted
aryloxy
moieties
connected
bioactive
furan-2-one
ring.
second
group
compounds,
a
benzothiazole
ring
is
directly
through
cyclic
nitrogen
atom
tested
on
Frontiers in Plant Science,
Journal Year:
2022,
Volume and Issue:
13
Published: Dec. 22, 2022
Global
climate
change-induced
abiotic
stresses
(e.g.,
drought,
salinity,
extreme
temperatures,
heavy
metals,
and
UV
radiation)
have
destabilized
the
fragile
agroecosystems
impaired
plant
performance
thereby
reducing
crop
productivity
quality.
Biostimulants,
as
a
promising
eco-friendly
approach,
are
widely
used
to
address
environmental
concerns
fulfill
need
for
developing
sustainable/modern
agriculture.
Current
knowledge
revealed
that
animal
derived
stimulants
seaweeds
phytoextracts,
humic
substances,
protein
hydrolysate)
well
microbial
beneficial
bacteria
or
fungi)
great
potential
elicit
tolerance
various
thus
enhancing
growth
performance-related
parameters
(such
root
growth/diameter,
flowering,
nutrient
use
efficiency/translocation,
soil
water
holding
capacity,
activity).
However,
successfully
implement
biostimulant-based
agriculture
in
field
under
changing
climate,
understanding
of
agricultural
functions
action
mechanism
biostimulants
coping
with
at
physicochemical,
metabolic,
molecular
levels
is
needed.
Therefore,
this
review
attempts
unravel
underlying
mechanisms
mediated
by
diverse
relation
stress
alleviation
discuss
current
challenges
their
commercialization
implementation
conditions.
Life,
Journal Year:
2023,
Volume and Issue:
13(4), P. 858 - 858
Published: March 23, 2023
Humic
substances
are
organic
ubiquitous
components
arising
in
the
process
of
chemical
and
microbiological
oxidation,
generally
called
humification,
second
largest
carbon
cycle.
The
beneficial
properties
these
various
can
be
observed
many
fields
life
health,
whether
it
is
impact
on
human
organism,
as
prophylactic
well
therapeutic
effects;
animal
physiology
welfare,
which
widely
used
livestock
farming;
or
humic
environment
ecosystem
context
renewal,
fertilization
detoxification.
Since
health
environmental
interconnected
mutually
influencing,
this
work
brings
insight
into
excellence
use
a
versatile
mediator
contributing
to
promotion
One
Health.
Plant
biostimulants
are
a
novel
class
of
naturally
derived
agricultural
inputs.
The
grouping
categories
within
the
regulatory
term
"biostimulant"
contains
disparate
inputs,
such
as
humates,
amino
acids,
bacteria,
and
algal
extracts
(i.e.,
many
extraction
processes
applied
to
relatively
small
group
selected
seaweeds/microalgae).
All
seem
have
ability
improve
health
abiotic
stress
resistance
treated
plants.
Even
seaweeds
(phycobiostimulants)
considerably
different
from
one
another
(they
not
all
same
yet
commonly
referred
seaweed
extract,
even
in
peer-reviewed
publications),
current
commercial
offerings
available
select
green,
red,
brown
seaweeds.
Commercial
formulations
combine
increasingly
leverage
synergies
by
blending
with
other
inputs
agrochemicals.
Extensive
research
highlights
that
various
algal-based
can
effectively
support
both
biotic
when
terrestrial
plants
cultivated
algae.
This
article
explores
scientific
nuances
phycobiostimulants,
challenging
traditional
classifications
emphasizing
their
essential
role
sustainable
agronomy,
growing
phyconomy,
global
food
security.
