Discoveries,
Journal Year:
2024,
Volume and Issue:
12(4), P. e197 - e197
Published: Dec. 31, 2024
Biofilms
are
communities
of
microorganisms
that
adhere
to
surfaces
within
a
self-produced
protective
matrix.
The
structural
complexity
biofilms
and
their
inherent
resistance
conventional
antimicrobial
treatments
make
them
significant
public
health
challenge.
These
microbial
communities,
embedded
extracellular
matrix,
associated
with
numerous
persistent
infections,
especially
those
occurring
in
healthcare
settings
where
they
colonize
medical
devices
chronic
wounds.
effects
go
beyond
environments
persist
water
treatment
facilities,
food
processing
plants,
nature,
which
aid
pollution
transmission
disease.
This
review
article
discusses
multifaceted
complications
related
the
search
for
existing
control
strategies,
process
biofilm
formation,
mechanisms
persistence,
limitations
traditional
approaches.
Additionally,
this
explores
new
innovative
solutions,
such
as
bacteriophage
therapy,
matrix-degrading
enzymes,
quorum
sensing
inhibitors.
potential
combination
agents
biofilm-disrupting
compounds
improvement
efficacy
is
also
paid
special
attention.
seeks
contribute
these
ongoing
efforts
by
presenting
an
overview
biology
assessing
variety
possible
strategies.
Subsequently,
insights
derived
from
study
may
be
used
inform
future
research
directions
development
more
effective
interventions
biofilm-associated
infections
contamination
various
settings.
Frontiers in Microbiology,
Journal Year:
2024,
Volume and Issue:
15
Published: May 27, 2024
Plant-microbe
interactions
are
pivotal
for
ecosystem
dynamics
and
sustainable
agriculture,
influenced
by
various
factors,
such
as
host
characteristics,
environmental
conditions,
human
activities.
Omics
technologies,
including
genomics,
transcriptomics,
proteomics,
metabolomics,
have
revolutionized
our
understanding
of
these
interactions.
Genomics
elucidates
key
genes,
transcriptomics
reveals
gene
expression
dynamics,
proteomics
identifies
essential
proteins,
metabolomics
profiles
small
molecules,
thereby
offering
a
holistic
perspective.
This
review
synthesizes
diverse
microbial-plant
interactions,
showcasing
the
application
omics
in
mechanisms,
nitrogen
fixation,
systemic
resistance
induction,
mycorrhizal
association,
pathogen-host
Despite
challenges
data
integration
ethical
considerations,
approaches
promise
advancements
precision
intervention
resilient
agricultural
practices.
Future
research
should
address
challenges,
enhance
technology
resolution,
explore
epigenomics,
understand
plant-microbe
under
conditions.
In
conclusion,
technologies
hold
immense
optimizing
strategies
fortifying
alliances,
paving
way
agriculture
stewardship.
International Journal of Plant Biology,
Journal Year:
2025,
Volume and Issue:
16(1), P. 9 - 9
Published: Jan. 9, 2025
This
article
presents
a
systematic
review
of
the
ecophysiological
mechanisms
underpinning
essential
role
plant-growth-promoting
microorganisms
(PGPMs)
in
improving
rice
yield
and
quality.
The
scientific
literature
is
thoroughly
reviewed,
highlighting
how
PGPMs
positively
influence
growth,
development,
health
plants.
Key
aspects,
such
as
nitrogen
fixation,
nutrient
solubilization,
hormone
production,
disease
resistance
induction,
are
emphasized.
Additionally,
technological
advancements
related
to
PGPM
use
analyzed,
including
identification
effective
strains,
formulation
enhanced
biofertilizers,
genetic
engineering.
concludes
that
represent
promising
tool
with
which
boost
sustainability
productivity
cultivation,
providing
robust
foundation
for
future
research
practical
applications
field
crucial
global
food
security.
Fuels,
Journal Year:
2024,
Volume and Issue:
5(3), P. 394 - 438
Published: Aug. 27, 2024
This
comprehensive
review
investigates
the
potential
of
cyanobacteria,
particularly
nitrogen-fixing
strains,
in
addressing
global
challenges
pertaining
to
plastic
pollution
and
carbon
emissions.
By
analyzing
distinctive
characteristics
including
their
minimal
growth
requirements,
high
photosynthetic
efficiency,
rapid
rates,
this
study
elucidates
crucial
role
transforming
sequestration,
biofuel
generation,
biodegradable
production.
The
investigation
emphasizes
cyanobacteria’s
efficiency
photosynthesis,
positioning
them
as
optimal
candidates
for
cost-effective
bioplastic
production
with
minimized
land
usage.
Furthermore,
explores
unconventional
yet
promising
utilization
biodiesel
production,
mitigating
environmental
concerns
such
sulfur
emissions
presence
aromatic
hydrocarbons.
resulting
exhibits
significant
combustion
potential,
establishing
cyanobacteria
a
viable
option
sustainable
Through
assessment
both
achievements
encountered
during
commercialization
process,
offers
valuable
insights
into
diverse
contributions
cyanobacteria.
Its
objective
is
provide
guidance
researchers,
policymakers,
industries
interested
harnessing
bio-inspired
approaches
structural
applications,
thereby
advancing
efforts
towards
environmentally
conscious
