ChemBioChem,
Journal Year:
2023,
Volume and Issue:
24(17)
Published: July 4, 2023
Synthetic
light-driven
consortia
composed
of
phototrophs
and
heterotrophs
have
attracted
increasing
attention
owing
to
their
potential
be
used
in
sustainable
biotechnology.
In
recent
years,
synthetic
phototrophic
been
produce
bulk
chemicals,
biofuels,
other
valuable
bioproducts.
addition,
autotrophic-heterotrophic
symbiosis
systems
applications
wastewater
treatment,
bioremediation,
as
a
method
for
phytoplankton
bloom
control.
Here,
we
discuss
progress
made
on
the
biosynthesis
microbial
consortia.
strategies
optimizing
are
summarized.
Moreover,
highlight
current
challenges
future
research
directions
development
robust
controllable
Comprehensive Reviews in Food Science and Food Safety,
Journal Year:
2023,
Volume and Issue:
22(3), P. 1902 - 1932
Published: March 7, 2023
Non-gene-editing
microbiome
engineering
(NgeME)
is
the
rational
design
and
control
of
natural
microbial
consortia
to
perform
desired
functions.
Traditional
NgeME
approaches
use
selected
environmental
variables
force
Spontaneous
food
fermentation,
oldest
kind
traditional
NgeME,
transforms
foods
into
various
fermented
products
using
networks.
In
spontaneous
fermentation
microbiotas
(SFFMs)
are
typically
formed
controlled
manually
by
establishment
limiting
factors
in
small
batches
with
little
mechanization.
However,
limitation
generally
leads
trade-offs
between
efficiency
quality
fermentation.
Modern
based
on
synthetic
ecology
have
been
developed
designed
communities
explore
assembly
mechanisms
target
functional
enhancement
SFFMs.
This
has
greatly
improved
our
understanding
microbiota
control,
but
such
still
shortcomings
compared
NgeME.
Here,
we
comprehensively
describe
research
strategies
for
SFFMs
modern
We
discuss
ecological
principles
two
enhance
how
best
SFFM.
also
review
recent
applied
theoretical
propose
an
integrated
vitro
model
bridge
gaps
Microorganisms,
Journal Year:
2024,
Volume and Issue:
12(3), P. 510 - 510
Published: March 2, 2024
Food
security
is
an
urgent
global
challenge,
with
cereals
playing
a
crucial
role
in
meeting
the
nutritional
requirements
of
populations
worldwide.
In
recent
years,
field
metagenomics
has
emerged
as
powerful
tool
for
studying
microbial
communities
associated
cereal
crops
and
their
impact
on
plant
health
growth.
This
chapter
aims
to
provide
comprehensive
overview
its
enhancing
food
through
exploration
beneficial
pathogenic
interactions.
Furthermore,
we
will
examine
how
integration
other
tools
can
effectively
address
adverse
effects
security.
For
this
purpose,
discuss
metagenomic
data
machine
learning
providing
novel
insights
into
dynamic
interactions
shaping
plant-microbe
relationships.
We
also
shed
light
potential
applications
leveraging
diversity
epigenetic
modifications
improving
crop
resilience
yield
sustainability.
Ultimately,
revolutionized
by
harnessing
between
microbiota,
paving
way
sustainable
agricultural
practices.
Journal of Fungi,
Journal Year:
2025,
Volume and Issue:
11(1), P. 77 - 77
Published: Jan. 18, 2025
This
review
delves
into
innovative
technologies
to
improve
the
control
of
vascular
fungal
plant
pathogens.
It
also
briefly
summarizes
traditional
biocontrol
approaches
manage
them,
addressing
their
limitations
and
emphasizing
need
develop
more
sustainable
precise
solutions.
Powerful
tools
such
as
next-generation
sequencing,
meta-omics,
microbiome
engineering
allow
for
targeted
manipulation
microbial
communities
enhance
pathogen
suppression.
Microbiome-based
include
design
synthetic
consortia
transplant
entire
or
customized
soil/plant
microbiomes,
potentially
offering
resilient
adaptable
strategies.
Nanotechnology
has
advanced
significantly,
providing
methods
delivery
biological
agents
(BCAs)
compounds
derived
from
them
through
different
nanoparticles
(NPs),
including
bacteriogenic,
mycogenic,
phytogenic,
phycogenic,
debris-derived
ones
acting
carriers.
The
use
biodegradable
polymeric
non-polymeric
eco-friendly
NPs,
which
enable
controlled
release
antifungal
while
minimizing
environmental
impact,
is
explored.
Furthermore,
artificial
intelligence
machine
learning
can
revolutionize
crop
protection
early
disease
detection,
prediction
outbreaks,
precision
in
BCA
treatments.
Other
genome
editing,
RNA
interference
(RNAi),
functional
peptides
efficacy
against
pathogenic
fungi.
Altogether,
these
provide
a
comprehensive
framework
management
diseases,
redefining
modern
agriculture.
mLife,
Journal Year:
2022,
Volume and Issue:
1(4), P. 382 - 398
Published: Nov. 3, 2022
Although
the
accomplishments
of
microbiome
engineering
highlight
its
significance
for
targeted
manipulation
microbial
communities,
knowledge
and
technical
gaps
still
limit
applications
in
biotechnology,
especially
environmental
use.
Addressing
challenges
refractory
pollutants
fluctuating
conditions
requires
an
adequate
understanding
theoretical
achievements
practical
engineering.
Here,
we
review
recent
cutting-edge
studies
on
strategies
their
classical
bioremediation.
Moreover,
a
framework
is
summarized
combining
both
top-down
bottom-up
approaches
toward
improved
applications.
A
strategy
to
engineer
microbiomes
use,
which
avoids
build-up
toxic
intermediates
that
pose
risk
human
health,
suggested.
We
anticipate
highlighted
will
be
beneficial
address
difficult
such
as
degrading
multiple
sustain
performance
engineered
situ
with
indigenous
microorganisms
under
conditions.
Synthetic and Systems Biotechnology,
Journal Year:
2024,
Volume and Issue:
9(4), P. 775 - 783
Published: June 20, 2024
Synthetic
microbial
community
has
widely
concerned
in
the
fields
of
agriculture,
food
and
environment
over
past
few
years.
However,
there
is
little
consensus
on
method
to
synthetic
from
construction
functional
verification.
Here,
we
review
concept,
characteristics,
history
applications
community,
summarizing
several
methods
for
construction,
such
as
isolation
culture,
core
microbiome
mining,
automated
design,
gene
editing.
In
addition,
also
systematically
summarized
design
concepts,
technological
thresholds,
applicable
scenarios
various
methods,
highlighted
their
advantages
limitations.
Ultimately,
this
provides
four
efficient,
detailed,
easy-to-understand
-follow
steps
with
major
implications
agricultural
practices,
production,
environmental
governance.
RSC Advances,
Journal Year:
2024,
Volume and Issue:
14(18), P. 12720 - 12734
Published: Jan. 1, 2024
Analyzed
the
microorganisms
cold-adapted
mechanism,
and
summarized
degradation
pathway
of
nitro-aromatic
compounds.
Evaluated
safety
microbial
agents
according
to
existing
application
restoration
cases
under
freeze-thaw
cycles
condition.
