Journal of Applied Phycology,
Journal Year:
2025,
Volume and Issue:
unknown
Published: Jan. 16, 2025
Abstract
This
study
exploited
the
different
combinations
of
nutritional
modes
(autotrophic,
mixotrophic
and
heterotrophic)
green
alga
Scenedesmus
obliquus
in
a
two-stage
cultivation
process
to
remediate
wastes
as
well
maximise
production
high-protein
algal
biomass.
The
was
first
cultivated
autotrophically
Stage-one,
using
0.5%
digestate
nutrient
source
natural
light
support
growth;
afterward,
culture
concentrated
used
Stage-two
under
modes.
2.5%
anaerobic
from
food
waste
provide
inorganic
nutrients;
sugar
recovered
confectionery
manufacturer
organic
carbon
mixo-
hetero-trophic
growth.
In
algae
removed
ammonium
phosphate
at
9.1
mg
L
−1
day
3.8
,
respectively,
yield
approached
carrying
capacity
1
g
dry
weight
per
liter.
Stage-two,
population
increased
faster
heterotrophic
modes,
reaching
final
concentration
7.2–10.5
than
autotrophic
mode.
Ammonium
were
consumed
about
twice
rate
mode,
90–100%
within
48–72
h.
biomass
had
protein
content
44%
compared
only
32%
demonstrated
that
coupling
growth
S.
can
be
both
boost
protein-rich
biomass,
which
beneficial
sustainable
circular
bioeconomy.
Applied Food Research,
Journal Year:
2023,
Volume and Issue:
3(1), P. 100296 - 100296
Published: April 10, 2023
Despite
the
high
amount
of
wastewater
generated
by
agroindustry
around
world,
only
a
limited
number
alternatives
for
its
reuse
or
revalorization
have
been
applied.
One
most
suitable
agro-industrial
is
production
extracellular
polysaccharides
(EPS)
from
microalgae
and
cyanobacteria.
Due
to
complex
carbohydrate
metabolic
pathway
in
cyanobacteria,
EPS
produced
can
be
employed
residual
water
treatment,
emulsification,
gelling,
as
prebiotic
ingredient,
among
others.
biological
activities,
including
antioxidant,
anti-inflammatory,
antitumor,
antimicrobial
related
their
molecular
weight,
sulfate,
uronic
acid,
charged
group
content.
In
this
review,
cyanobacteria
production,
functional
properties,
sustainable
are
addressed.
Microalgal
polysaccharide
wastewaters
has
potential
become
standard
transforming
linear
food
processing
systems
into
circular
economy
alternatives.
Horticulturae,
Journal Year:
2023,
Volume and Issue:
9(12), P. 1306 - 1306
Published: Dec. 5, 2023
Nowadays,
legal
regulations
and
social
environmental
concerns
are
converging
towards
the
promotion
of
more
sustainable
agriculture
based
on
organic
compounds
soil
preservation.
These
trends
fuelling
growth
biofertilizers,
which
beneficial
preparations
containing
microorganisms
able
to
enhance
a
plant’s
ability
uptake
essential
nutrients.
Their
production
commercialization
encompass
multitude
critical
steps
deeply
reviewed
in
this
manuscript
through
an
exhaustive
overview
key
stages,
such
as
microorganism
selection,
new
sources,
upscaling
field
trials,
encapsulation,
current
application
systems
regulatory
considerations.
However,
although
economical
expectations
promising,
several
methodological,
environmental,
undermining
their
advancement.
The
redefinition
international
frameworks,
enhancement
trending
technologies,
fostering
multidisciplinary
collaboration
across
sectors
players
promote
biofertilizers
eco-friendly
cost-effective
alternatives
chemical
fertilizers.
Frontiers in Plant Science,
Journal Year:
2023,
Volume and Issue:
14
Published: Dec. 18, 2023
Plants
experience
constant
exposed
to
diverse
abiotic
stresses
throughout
their
growth
and
development
stages.
Given
the
burgeoning
world
population,
pose
significant
challenges
food
nutritional
security.
These
are
complex
influenced
by
both
genetic
networks
environmental
factors,
often
resulting
in
crop
losses,
which
can
reach
as
high
fifty
percent.
To
mitigate
effects
of
on
crops,
various
strategies
rooted
improvement
genomics
being
explored.
In
particular,
utilization
biostimulants,
including
bio-based
compounds
derived
from
plants
beneficial
microbes,
has
garnered
considerable
attention.
Biostimulants
offer
potential
reduce
reliance
artificial
chemical
agents
while
enhancing
efficiency
promoting
plant
under
stress
condition.
Commonly
used
friendly
ecology
human
health,
encompass
inorganic
substances
(e.g.,
zinc
oxide
silicon)
natural
seaweed
extracts,
humic
substances,
chitosan,
exudates,
microbes).
Notably,
prioritizing
environmentally
biostimulants
is
crucial
prevent
issues
such
soil
degradation,
air
water
pollution.
recent
years,
several
studies
have
explored
biological
role
production,
focusing
particularly
mechanisms
effectiveness
horticulture.
this
context,
we
conducted
a
comprehensive
review
existing
scientific
literature
analyze
current
status
future
research
directions
concerning
use
plant-based
oxide,
silicon,
selenium
aminobutyric
acid,
acids,
chitosan
for
tolerance
plants.
Furthermore,
correlated
molecular
modifications
induced
these
with
different
physiological
pathways
assessed
impact
performance
response
stresses,
provide
valuable
insights.
Plants,
Journal Year:
2024,
Volume and Issue:
13(15), P. 2013 - 2013
Published: July 23, 2024
Volatile
organic
compounds
(VOCs)
are
low
molecular
weight
molecules
that
tend
to
evaporate
easily
at
room
temperature
because
of
their
boiling
points.
VOCs
emitted
by
all
organisms;
therefore,
inter-
and
intra-kingdom
interactions
have
been
established,
which
fundamental
the
structuring
life
on
our
planet.
One
most
studied
through
is
between
microorganism
(mVOCs)
plants,
including
those
agricultural
interest.
The
mVOC
generate
various
advantages
for
ranging
from
promoting
growth
activation
defense
pathways
triggered
salicylic
acid
(systemic
acquired
resistance)
jasmonic
(induced
systemic
protect
them
against
phytopathogens.
Additionally,
mVOCs
directly
inhibit
phytopathogens,
thereby
providing
indirect
protection
plants.
Among
current
problems
extensive
use
chemicals,
such
as
fertilizers,
intended
combat
production
loss,
pesticides
phytopathogen
infection.
This
causes
in
food
safety
environmental
pollution.
Therefore,
overcome
this
problem,
it
important
identify
alternatives
do
not
impacts,
application
mVOCs.
review
addresses
protective
effects
microorganisms
different
kingdoms
implications
plant
pathways.
Journal of Applied Phycology,
Journal Year:
2025,
Volume and Issue:
unknown
Published: Jan. 16, 2025
Abstract
This
study
exploited
the
different
combinations
of
nutritional
modes
(autotrophic,
mixotrophic
and
heterotrophic)
green
alga
Scenedesmus
obliquus
in
a
two-stage
cultivation
process
to
remediate
wastes
as
well
maximise
production
high-protein
algal
biomass.
The
was
first
cultivated
autotrophically
Stage-one,
using
0.5%
digestate
nutrient
source
natural
light
support
growth;
afterward,
culture
concentrated
used
Stage-two
under
modes.
2.5%
anaerobic
from
food
waste
provide
inorganic
nutrients;
sugar
recovered
confectionery
manufacturer
organic
carbon
mixo-
hetero-trophic
growth.
In
algae
removed
ammonium
phosphate
at
9.1
mg
L
−1
day
3.8
,
respectively,
yield
approached
carrying
capacity
1
g
dry
weight
per
liter.
Stage-two,
population
increased
faster
heterotrophic
modes,
reaching
final
concentration
7.2–10.5
than
autotrophic
mode.
Ammonium
were
consumed
about
twice
rate
mode,
90–100%
within
48–72
h.
biomass
had
protein
content
44%
compared
only
32%
demonstrated
that
coupling
growth
S.
can
be
both
boost
protein-rich
biomass,
which
beneficial
sustainable
circular
bioeconomy.
