BIO Web of Conferences,
Journal Year:
2024,
Volume and Issue:
134, P. 06004 - 06004
Published: Jan. 1, 2024
Probiotics
have
emerged
as
a
vital
component
in
aquaculture,
demonstrating
significant
potential
to
enhance
the
health
and
growth
of
aquatic
species.
Currently,
variety
commercial
probiotic
products
are
available,
derived
from
numerous
bacterial
species,
including
Bacillus,
Lactobacillus,
Enterococcus,
Carnobacterium,
yeast
Saccharomyces
cerevisiae
,
among
others.
These
beneficial
microorganisms
play
crucial
role
improving
gut
health,
boosting
immune
responses,
mitigating
stress
fish,
ultimately
leading
increased
survival
rates
productivity.
This
study
adopts
literature
review
approach,
critically
analyzing
existing
knowledge,
concepts,
findings
theoretically
oriented
academic
sources.
The
primary
data
sources
for
this
research
include
reputable
platforms
such
Google
Scholar,
accredited
scientific
journals,
other
relevant
scholarly
databases.
By
systematically
gathering
articles
these
sources,
ensures
comprehensive
examination
current
state
on
utilization
probiotics
aquaculture.
elucidates
mechanisms
through
which
can
bolster
fish
improve
rates,
promote
overall
ecosystem
sustainability.
not
only
highlight
benefits
associated
with
usage
but
also
address
challenges
future
directions
field.
fostering
deeper
understanding
microbial
solutions,
contributes
ongoing
discourse
sustainable
aquaculture
practices,
paving
way
innovative
approaches
farming
that
prioritize
environmental
stewardship.
Microorganisms,
Journal Year:
2025,
Volume and Issue:
13(1), P. 155 - 155
Published: Jan. 14, 2025
Although
bioremediation
is
considered
the
most
environmentally
friendly
and
sustainable
technique
for
remediating
contaminated
soil
water,
it
effective
when
combined
with
physicochemical
methods,
which
allow
preliminary
removal
of
large
quantities
pollutants.
This
allows
microorganisms
to
efficiently
eliminate
remaining
contaminants.
In
addition
requiring
necessary
genes
degradation
pathways
specific
substrates,
as
well
tolerance
adverse
environmental
conditions,
may
perform
below
expectations.
One
typical
reason
this
high
toxicity
xenobiotics
present
in
concentrations,
stemming
from
vulnerability
bacteria
introduced
a
site.
especially
true
planktonic
bacteria,
whereas
within
biofilms
or
microcolonies
have
significant
advantages
over
their
counterparts.
A
physical
matrix
essential
formation,
maintenance,
survival
bacterial
biofilms.
By
providing
such
immobilization,
formation
can
be
facilitated
accelerated.
Therefore,
immobilization
offers
comprehensive
solution
cleanup
by
harnessing
specialized
metabolic
activities
while
ensuring
retention
efficacy
at
target
sites.
many
cases,
also
need
methods
that
are
otherwise
required
initially
reduce
contaminant
concentrations.
Then,
will
possible
use
remediation
higher
concentrations
xenobiotics,
significantly
reducing
costs
maintaining
rapid
rate
processes.
review
explores
benefits
highlighting
materials
processes
developing
an
optimal
matrix.
It
focuses
on
following
four
key
areas:
(i)
types
organic
pollutants
impacting
human
health,
(ii)
strains
used
processes,
(iii)
(iv)
cells
various
carriers
targeted
pollutant
degradation.
Fermentation,
Journal Year:
2024,
Volume and Issue:
10(6), P. 323 - 323
Published: June 20, 2024
In
a
scenario
of
increasing
alarm
about
food
waste
due
to
rapid
urbanization,
population
growth
and
lifestyle
changes,
this
study
aims
explore
the
valorization
from
retail
sector
as
potential
substrates
for
biotechnological
production
biosurfactants.
With
perspective
increasingly
contributing
realization
circular
bioeconomy,
vegetable
juice,
derived
unsold
fruits
vegetables,
carbon
source
was
used
produce
lipopeptides
such
surfactin
fengycin.
The
results
shake
flask
cultivations
revealed
that
different
concentrations
juice
could
effectively
serve
sources
fed-batch
bioreactor
cultivation
strategy
allowed
yields
be
significantly
increased.
particular,
product/substrate
yield
0.09
g/g
0.85
mg/g
fengycin
obtained
with
maximum
2.77
g/L
27.53
mg/L
after
16
h,
respectively.
To
conclude,
provides
successful
B.
subtilis
using
product
secondary
metabolites.
Therefore,
consumption
agricultural
wastes
might
promising
producing
valuable
metabolites
which
have
application
in
several
fields
biological
controls
fungal
diseases.
Agronomy,
Journal Year:
2024,
Volume and Issue:
14(8), P. 1654 - 1654
Published: July 27, 2024
The
microbial
genus
Bacillus
inhabits
a
diverse
range
of
environments
and
is
widespread
across
all
global
biomes,
with
significant
presence
in
soil
habitats.
In
agriculture,
strains
play
multifaceted
roles,
serving
as
biocontrol
agents
against
pests
diseases,
promoting
plant
growth
by
facilitating
nutrient
availability
enhancing
stress
tolerance.
Through
mechanisms
such
phosphate
solubilization,
ACC-deaminase
activity,
synthesis
phytohormones
siderophores,
spp.
contribute
to
health
crop
productivity,
new
approach
regenerative
agriculture.
ability
solubilize
makes
essential
nutrients
more
accessible
plants,
while
activity
helps
plants
withstand
environmental
stresses.
Additionally,
the
can
stimulate
development,
siderophores
may
facilitate
uptake
iron
plants.
As
agricultural
industry
embraces
Bacillus-based
formulations
for
pest
management
enhancement,
future
research
holds
promising
prospects
optimizing
their
applications
harnessing
full
potential
agroecosystems.
Continued
exploration
diversity
interactions
microbiota
will
further
advance
sustainable
practices.
This
review
contributes
understanding
how
revolutionize
agriculture
health,
increasing
providing
effective
biological
solutions
diseases.
successful
application
technologies
millions
hectares
Brazilian
demonstrates
synergy
between
need
practices
use
bio-inputs.
Research Square (Research Square),
Journal Year:
2025,
Volume and Issue:
unknown
Published: Jan. 24, 2025
Abstract
Leguminous
and
oil
contaminated
soils
are
considered
an
important
rich
reservoir
for
industrial
environmentally
bacteria.
However,
how
indigenous
bacteria
from
these
different
in
terms
of
multiple
enzymatic
potential
comparison
bacterial
isolates
unplanted
soil
is
needed
to
bio-prospect
it.
Here,
a
comparative
study
was
conducted
measure
simultaneous
(amylase,
lipase,
protease)
three
Bacillus
spp
(Bacillus
sp.1,
sp.2,
sp.3)
isolated
contaminated,
leguminous
soils.
A
significant
(P
<
0.05)
differences
enzyme
production
among
species
collected
types
(oil
leguminous,
unplanted)
revealed
by
utilizing
variety
substrates
(starch,
soybean),
(olive
oil,
sunflower
oil)
(casein,
soybean)
respectively.
Maximum
amylase
(21.554
±
1.120
mm)
on
starch
protease
(14.350
1.100mm)
casein
observed
sp.2
(leguminous
soil),
while
lipase
(20.241
1.990mm)
high
sp.1
soil)
olive
oil.
sp.3
(unplanted
exhibited
least
enzymes
capabilities
(3.458
O.135mm),
(2.208
0.215)
(4.516
0.225mm),
at
37°C
temperature,
pH
7
after
48
hour
Furthermore,
significantly
decreased
with
the
increase
temperature
47°C,
57°C.
Results
showed
positive
relationship
between
(oil-contaminated,
as
compare
soil.
These
findings
demonstrated
that
above
types,
have
enzymes,
further
indicating,
highly
demanding
habitats
investigation
diversity
potential.
