Microbial Biotechnology,
Journal Year:
2022,
Volume and Issue:
16(3), P. 494 - 506
Published: Dec. 4, 2022
Abstract
The
junction
of
bioelectrochemical
systems
and
synthetic
biology
opens
the
door
to
many
potentially
groundbreaking
technologies.
When
developing
these
possibilities,
choosing
correct
chassis
organism
can
save
a
great
deal
engineering
effort
and,
indeed,
mean
difference
between
success
failure.
Choosing
for
specific
application
requires
knowledge
metabolic
potential
candidate
organisms,
as
well
clear
delineation
traits,
required
in
application.
In
this
review,
we
will
explore
electrochemical
single
genus,
Marinobacter.
We
cover
its
strengths,
(salt
tolerance,
biofilm
formation
potential)
weaknesses
(insufficient
characterization
strains
less
developed
toolbox
genetic
manipulation)
electromicrobiology
applications.
doing
so,
provide
roadmap
systems.
Trends in biotechnology,
Journal Year:
2024,
Volume and Issue:
42(8), P. 1035 - 1047
Published: March 1, 2024
Microbial
electrosynthesis
(MES)
is
an
emerging
technology
that
couples
renewable
electricity
to
microbial
production
processes.
Although
advances
in
MES
performance
have
been
driven
largely
by
mixed
cultures,
we
see
a
great
limitation
the
diversity,
and
hence
value,
of
products
can
be
achieved
undefined
cultures.
By
contrast,
metabolic
control
pure
cultures
genetic
engineering
could
greatly
expand
scope
MES,
even
broader
electrobiotechnology,
include
targeted
high-value
products.
To
leverage
this
potential,
advocate
for
more
efforts
activities
develop
engineered
electroactive
microbes
synthesis,
highlight
need
standardized
electrobioreactor
infrastructure
allows
establishment
electrobioprocesses
with
these
novel
biocatalysts.
Environmental Science & Technology,
Journal Year:
2023,
Volume and Issue:
57(11), P. 4379 - 4395
Published: March 6, 2023
Electricity-driven
microbial
metabolism
relies
on
the
extracellular
electron
transfer
(EET)
process
between
microbes
and
electrodes
provides
promise
for
resource
recovery
from
wastewater
industrial
discharges.
Over
past
decades,
tremendous
efforts
have
been
dedicated
to
designing
electrocatalysts
microbes,
as
well
hybrid
systems
push
this
approach
toward
adoption.
This
paper
summarizes
these
advances
in
order
facilitate
a
better
understanding
of
electricity-driven
sustainable
waste-to-resource
solution.
Quantitative
comparisons
electrosynthesis
abiotic
are
made,
strategy
electrocatalyst-assisted
is
critically
discussed.
Nitrogen
processes
including
electrochemical
N2
fixation,
electrocatalytic
reduction,
dissimilatory
nitrate
reduction
ammonium
(DNRA),
ammonia
(Abio-NRA)
systematically
reviewed.
Furthermore,
synchronous
carbon
nitrogen
using
inorganic-biological
discussed,
advanced
physicochemical,
microbial,
characterizations
involved
field.
Finally,
perspectives
future
trends
presented.
The
valuable
insights
potential
contribution
valorization
waste
green
society.
Molecules,
Journal Year:
2024,
Volume and Issue:
29(4), P. 834 - 834
Published: Feb. 13, 2024
The
energy
crisis
and
climate
change
are
two
of
the
most
concerning
issues
for
human
beings
nowadays.
For
that
reason,
scientific
community
is
focused
on
search
alternative
biofuels
to
conventional
fossil
fuels
as
well
development
sustainable
processes
develop
a
circular
economy.
Bioelectrochemical
have
been
demonstrated
be
useful
producing
bioenergy
value-added
products
from
several
types
waste.
Electro-fermentation
has
gained
great
attention
in
last
few
years
due
its
potential
contribution
biofuel
biochemical
production,
e.g.,
hydrogen,
methane,
biopolymers,
etc.
Conventional
fermentation
pose
limitations
terms
their
practical
economic
feasibility.
introduction
electrodes
bioreactor
allows
regulation
redox
instabilities
occur
fermentation,
boosting
overall
process
towards
high
biomass
yield
enhanced
product
formation.
In
this
regard,
key
parameters
such
type
culture,
nature
operating
conditions
crucial
order
maximize
production
biochemicals
via
electro-fermentation
technology.
This
article
comprises
critical
overview
benefits
emerging
bio-electrochemical
technology
