Plants,
Год журнала:
2024,
Номер
13(14), С. 1996 - 1996
Опубликована: Июль 22, 2024
Weeds
cause
significant
agricultural
losses
worldwide,
and
herbicides
have
traditionally
been
the
main
solution
to
this
problem.
However,
extensive
use
of
has
led
multiple
cases
weed
resistance,
which
could
generate
an
increase
in
application
concentration
consequently
a
higher
persistence
environment,
hindering
natural
degradation
processes.
Consequently,
more
environmentally
friendly
alternatives,
such
as
microbial
bioherbicides,
sought.
Although
these
bioherbicides
are
promising,
their
efficacy
remains
challenge,
evidenced
by
limited
commercial
industrial
production.
This
article
reviews
current
status
microbial-based
highlights
potential
cell-free
metabolites
improve
attractiveness.
Stirred
tank
bioreactors
identified
most
widely
used
for
production-scale
submerged
fermentation.
In
addition,
alternative
carbon
nitrogen
sources,
waste,
supports
circular
economy.
Furthermore,
discusses
optimization
downstream
processes
using
bioprospecting
silico
technologies
identify
target
metabolites,
leads
precise
efficient
production
strategies.
Bacterial
particularly
those
derived
from
International Journal of Molecular Sciences,
Год журнала:
2023,
Номер
24(4), С. 3188 - 3188
Опубликована: Фев. 6, 2023
Biopolymeric
nanoparticles
are
gaining
importance
as
nanocarriers
for
various
biomedical
applications,
enabling
long-term
and
controlled
release
at
the
target
site.
Since
they
promising
delivery
systems
therapeutic
agents
offer
advantageous
properties
such
biodegradability,
biocompatibility,
non-toxicity,
stability
compared
to
toxic
metal
nanoparticles,
we
decided
provide
an
overview
on
this
topic.
Therefore,
review
focuses
use
of
biopolymeric
animal,
plant,
algal,
fungal,
bacterial
origin
a
sustainable
material
potential
drug
systems.
A
particular
focus
is
encapsulation
many
different
categorized
bioactive
compounds,
drugs,
antibiotics,
other
antimicrobial
agents,
extracts,
essential
oils
into
protein-
polysaccharide-based
nanocarriers.
These
show
benefits
human
health,
especially
successful
anticancer
activity.
The
article,
divided
protein-based
further
according
biopolymer,
enables
reader
select
appropriate
more
easily
incorporation
desired
component.
latest
research
results
from
last
five
years
in
field
production
loaded
with
healthcare
applications
included
review.
Gels,
Год журнала:
2024,
Номер
10(3), С. 183 - 183
Опубликована: Март 6, 2024
Gellan
gum
(GG)
is
a
linear,
negatively
charged
exopolysaccharide
that
biodegradable
and
non-toxic.
When
metallic
ions
are
present,
hard
transparent
gel
produced,
which
remains
stable
at
low
pH.
It
exhibits
high
water
solubility,
can
be
easily
bio-fabricated,
demonstrates
excellent
film/hydrogel
formation,
biodegradable,
shows
biocompatibility.
These
characteristics
render
GG
suitable
option
for
use
in
food,
biomedical,
cosmetic
fields.
Thus,
this
review
paper
offers
concise
summary
of
microbial
polysaccharides.
Moreover,
an
in-depth
investigation
trends
different
facets
GG,
such
as
biosynthesis,
chemical
composition,
physical
properties,
emphasized.
In
addition,
highlights
the
process
extracting
purifying
GG.
Furthermore,
discussion
advantages
disadvantages
concerning
other
polysaccharides
presented.
utilization
across
industries,
medicine,
pharmaceuticals,
cosmetics,
etc.,
thoroughly
examined
will
greatly
benefit
individuals
involved
field
who
seeking
fresh
opportunities
innovative
projects
future.
Soy
yogurt
is
plant-based
dairy
of
great
nutritional
interest
that
widely
accepted
in
developing
countries
as
a
milk
alternative.
Poor
stability
has
been
an
urgent
problem
to
solve
soy
products
over
past
several
years.
The
present
study
aimed
construct
multiple
network
composite
gel
by
adding
low
acyl
gellan
gum
(LAG)
improve
the
stability.
effect
addition
LAG
on
property
was
investigated
determining
water
holding
capacity,
texture,
rheology,
particle
size,
and
zeta
potential.
results
showed
capacity
significantly
higher
than
control.
with
0.1%
had
stable
much
strength
viscosity,
strengthened
interaction
between
complex
gel.
increased
size
decreased
Furthermore,
sensory
properties
were
acceptable.
Therefore,
during
industrial
production,
could
act
appropriate
stabilizer
inhibit
poor
body
bring
more
desirable
characteristics
yogurt.
Advanced Healthcare Materials,
Год журнала:
2023,
Номер
12(27)
Опубликована: Май 5, 2023
3D
printing
in
a
microgel-based
supporting
bath
enables
the
construction
of
complex
structures
with
soft
and
watery
biomaterials
but
low
print
resolution
is
usually
an
obstacle
to
its
practical
application
tissue
engineering.
Herein,
high-resolution
collagen
organ
scaffold
realized
by
using
engineered
Gellan
gum
(GG)
microgel
containing
trisodium
citrate
(TSC).
The
introduction
TSC
into
system
not
only
mitigates
aggregation
GG
microgels,
leading
more
homogeneous
morphology
also
suppresses
diffusion
ink
due
dehydration
effect
TSC,
both
which
contribute
improvement
resolution.
such
as
hand,
ear,
heart
are
successfully
constructed
high
shape
fidelity
developed
bath.
After
printing,
can
be
easily
removed
washing
water,
obtained
product
exhibits
good
cell
affinity
application.
This
work
offers
easy-to-operate
strategy
for
developing
collagen,
providing
alternative
path
vitro
construction.
