Life Science and Biotechnology,
Год журнала:
2023,
Номер
1(2), С. 48 - 48
Опубликована: Дек. 21, 2023
Ijen
geopark
is
one
of
Indonesia's
geoparks,
which
located
in
East
Java.
A
total
153
bacteria
have
been
isolated
from
Pelangi
Forest,
were
then
given
the
isolate
code
IHP.
These
bacterial
isolates
can
be
utilized
industries,
including
organic
matter
decomposer
agents,
plant
biocontrol
and
probiotics.
To
ensure
these
are
safe
to
use
various
fields,
they
must
non-disease-causing
(non-pathogenic).
Safety
evaluations
based
on
hemolysis
reactions
offer
simple
tests
ease
analysis
potential
pathogenic
bacteria.
The
study
aimed
evaluate
safety
Forest
for
their
reactions.
test
was
conducted
using
blood
agar
media,
with
a
negative
(λ)
reaction.
Based
results
tests,
30
out
(19.60%)
found
proceed
analysis.
International Journal of Molecular Sciences,
Год журнала:
2025,
Номер
26(7), С. 3174 - 3174
Опубликована: Март 29, 2025
In
recent
years,
the
interest
in
developing
genetically
modified
microorganisms
(GMMs),
including
GMMs
developed
by
genome
editing,
for
use
environment
has
significantly
increased.
However,
scientific
knowledge
on
ecology
of
such
is
severely
limited.
There
also
little
experience
at
hands
regulators
how
to
evaluate
environmental
safety
and
assess
whether
they
provide
sustainable
alternatives
current
(agricultural)
production
systems.
This
review
analyzes
two
different
GMM
applications,
GM
microalgae
biofuel
nitrogen-fixing
soil
bacteria
as
biofertilizers.
We
challenges
posed
regulatory
risk
assessment
(ERA)
against
background
GMO
legislation
existing
European
Union
(EU).
Based
our
analysis,
we
present
recommendations
ERA
monitoring
particular
improvement
EU
guidance.
explore
approaches
technology
can
a
framework
broader
applications.
To
this
end,
recommend
implementing
an
evidence-based
sustainability
analysis
other
methods
support
decision
making
address
societal
concerns
linked
applications
environment.
Microbiological Research,
Год журнала:
2023,
Номер
278, С. 127544 - 127544
Опубликована: Ноя. 9, 2023
The
application
of
bacterial
biofortifiers
is
an
increasingly
common
technique.
In
recent
years,
some
strains
have
been
shown
to
improve
the
nutraceutical
qualities
crops.
This
work
analyses
impact
biofortification
with
3
genera
Rhizobium,
Paenibacillus
and
Lactiplantibacillus
on
nutritional
characteristics
organic
composition
blueberry
in
Portugal.
sp.
VMFR46
treatment
showed
increase
71.36
%
79.88
total
production.
Biofortified
treatments
were
able
Brix
degree,
maturity
index
(up
48.05
for
cv.
Legacy
up
26.04
Duke)
CIEL*a*b*
respect
uninoculated
control.
this
way,
(poly)phenolic
compounds
concentration
increased
biofortified
treatment,
their
profile
was
modified,
such
as
myricetin
aglycone
or
derivative
are
exclusive
fruits
from
plants,
increases
concentrations
related
R.
laguerreae
PEPV16
inoculation
Legacy.
These
modifications
resulted
improvement
obtained.
Microorganisms,
Год журнала:
2023,
Номер
11(10), С. 2570 - 2570
Опубликована: Окт. 15, 2023
Land
use
practices
and
climate
change
have
driven
substantial
soil
degradation
across
global
drylands,
impacting
ecosystem
functions
human
livelihoods.
Biological
crusts,
a
common
feature
of
dryland
ecosystems,
are
under
extensive
exploration
for
their
potential
to
restore
the
stability
fertility
degraded
soils
through
development
inoculants.
However,
stressful
abiotic
conditions
often
result
in
failure
inoculation-based
restoration
field
may
hinder
long-term
success
biocrust
efforts.
Taking
an
assisted
migration
approach,
we
cultivated
inocula
sourced
from
multiple
hot-adapted
sites
(Mojave
Sonoran
Deserts)
outdoor
facility
at
cool
desert
site
(Colorado
Plateau).
In
addition
cultivating
inoculum
each
site,
created
mixture
Mojave
Desert,
Colorado
Plateau.
We
then
applied
two
habitat
amelioration
treatments
cultivation
(growth
substrate
shading)
enhance
water
availability
reduce
UV
stress.
Using
marker
gene
sequencing,
found
that
mixed
comprised
both
local-
cyanobacteria
end
but
had
similar
cyanobacterial
richness
as
unmixed
inoculum.
All
more
16S
rRNA
copies
higher
when
with
growth
shade.
Our
work
shows
it
is
possible
cultivate
different
deserts,
community
composition
shifts
toward
unless
employed.
Future
assessments
function
its
resilience
face
stressors
needed
determine
relative
benefit
compared
challenges
risks
this
approach.
Abstract
We
conducted
a
comprehensive
literature
review
with
global
geographic
scope,
of
interactions
between
agricultural
crop
production
practices
(excluding
protection
practices)
and
biological
human
health
hazards.
The
majority
relevant
references
dealt
bacterial
contaminations
infections,
largely
due
to
the
important
public
issue
antibiotic
resistance.
Indicator
coliforms
were
particularly
significant
(only
minority
mentioned
harmful
Escherichia
coli
strains),
followed
by
species
belonging
Salmonella
,
Campylobacter
Clostridia
Pseudomonas
Listeria
genera.
Protozoan
Cryptosporidium
spp.
Giardia
spp.,
helminthic
Ascaris
Trichuris
dominated
parasites.
Enteric
viruses
(particularly
noroviruses
rotaviruses).
Very
few
fungal
pathogens.
Fresh
vegetables
most
commonly
crops,
leafy
greens
those
eaten
raw,
use
wastewater
for
irrigation,
fertilization
livestock
manure
excreta/sewage
sludge,
potentially
unsafe
practices.
While
earlier
reviews
have
shown
that
are
central
One
Health
concept,
this
shows
other
can
also
contribute
environmental
via
different
pathways,
including
better
soil
health,
water
quality,
food
safety,
nutrition.
Our
underlines
besides
tradeoffs,
synergies
should
be
sought,
between,
on
one
hand,
saving/preserving
freshwater
organic
waste
recycling
(affecting
some
aspects
health),
hazards
associated
contaminated
from
both
agroecological
perspectives.
Agronomy,
Год журнала:
2022,
Номер
12(5), С. 1150 - 1150
Опубликована: Май 10, 2022
Today’s
agriculture
requires
the
search
for
new
and
modern
tools
in
order
to
improve
expand
use
of
its
crops
increase
their
sustainability.
The
plant
growth-promoting
PGP
bacteria
(PGPB)
is
target
much
research
seems
be
an
ideal
strategy
as
long
strains
are
properly
selected
this
purpose.
Among
bacteria,
lactic
acid
(LAB)
considered
a
suitable
alternative
due
high
biosafety
mechanisms
promoting
growth.
In
view
this,
work
we
decided
isolate
LAB
with
capacity
from
raw
milk
cheese
PDO
“Serra
da
Estrela”.
A
total
88
diversity
remarkable
control
food-borne
pathogenic
microorganisms
were
isolated.
addition,
most
them
showed
excellent
capacities
phosphate
solubilization
production
indole-3-acetic
siderophores.
Subsequently,
also
studied
inoculation
blueberry
seedlings.
isolates,
QSE20,
QSE62
QSE79
ability
efficiently
colonize
rhizosphere
plant,
improving
root
development
increasing
number
secondary
roots.
Trends in Sciences,
Год журнала:
2024,
Номер
21(8), С. 7794 - 7794
Опубликована: Май 30, 2024
In
this
study,
bacteria
with
the
best
abilities
in
cellulose
degradation,
siderophore
production,
phosphate
solubility,
and
Pythium
parasitica
inhibition
were
selected
from
termite
nests
guts.
The
isolate
BTNASP
5-2,
BTPK
5-3
BTNA
5-1
guts
exhibited
highest
production
index
(SPI)
(4.16
±
0.21),
solubilizing
(PSI)
(2.10
0.14)
percentage
of
radial
growth
(PIRG)
(67.07
4.02
%),
respectively.
BGNACMC
4-3
isolated
nest
gave
cellulolytic
(CI)
5.17
0.24.
Bacterial
classification
was
performed
using
16s
rRNA
gene
sequencing.
isolates
5-3,
found
closely
related
to
Bacillus
cereus,
whereas
bacterial
5-2
subtilis.
It
is
also
suggested
that
cereus
a
variety
biological
activities,
denoting
cellulase,
phosphate-solubilizing
antifungal
while
subtilis
produced
only
siderophore.
results
obtained
suggest
will
be
used
develop
bio-compost
promote
plant
growth,
leading
sustainable
farming.
HIGHLIGHTS
phosphate-solubilizing,
activities
cellulose-degrading
(
BGNACMC4-3)
mound
GRAPHICAL
ABSTRACT
