ACS Sustainable Resource Management,
Год журнала:
2024,
Номер
1(9), С. 1876 - 1905
Опубликована: Авг. 19, 2024
Due
to
expanding
seaweed-based
industries
and
the
growing
popularity
of
seaweed
biorefineries,
there
is
an
increasing
opportunity
for
high-value
applications
seaweed-extracted
polysaccharides.
One
most
fascinating
these
biopolymers
in
field
agriculture,
where
they
have
been
used
as
fertilizers,
hydrogel/granules
slow
release
urea,
herbicides,
insecticides,
water
reservoirs
tackle
drought-like
situations.
Polysaccharides,
such
alginate,
agar/agarose,
ulvan,
carrageenan,
etc.,
a
long
time
multiple
applications;
however,
their
use
development
hydrogels
subsequent
utilization
deal
with
agricultural
challenges
like
drought
mitigation,
reduce
chemicals
leaching
from
or
lessen
harmful
impacts
pesticides
increase
crop
yields,
has
recently
gained
significant
amount
interest
scientists.
In
this
review
article,
we
thoroughly
discuss
technique
generally
utilized
extract
polysaccharides
seaweeds,
structure,
gelation
mechanism,
various
hydrogels,
namely,
carrageenan.
The
impact
bioadditives
surface
modification
techniques
on
properties
polysaccharide-based
absorption/retention
tendency,
variation
fertilizers/pesticide
releasing
capability,
are
discussed.
Finally,
along
some
future
possibilities
also
New Journal of Chemistry,
Год журнала:
2025,
Номер
unknown
Опубликована: Янв. 1, 2025
Herein,
the
functionalization
of
bioactive
carrageenan
(CG)
and
tragacanth
gum
(TG)
polysaccharides
with
a
phosphate
polymer
has
been
carried
out
for
fabrication
hydrogels
use
as
drug
delivery
(DD)
carriers.
Scientific Reports,
Год журнала:
2023,
Номер
13(1)
Опубликована: Фев. 24, 2023
In
this
work,
a
cost-effective,
environmentally
friendly,
and
convenient
method
for
synthesizing
novel
heterogeneous
catalyst
via
modification
of
polystyrene
using
tetrazole-copper
magnetic
complex
[Ps@Tet-Cu(II)@Fe3O4]
has
been
successfully
developed.
The
synthesized
was
analyzed
TEM
(transmission
electron
microscopy),
HRTEM
(high
resolution-transmission
STEM
(scanning
transmission
FFT
(Fast
Fourier
transform),
XRD
(X-ray
diffraction),
FT-IR
(Fourier
transform-infrared
spectroscopy),
TG/DTG
(Thermogravimetry
differential
thermogravimetry),
ICP-OES
(Inductively
coupled
plasma-optical
emission
spectrometry),
Vibrating
sample
magnetometer
(VSM),
EDS
(energy
dispersive
X-ray
elemental
mapping.
N-Sulfonyl-N-aryl
tetrazoles
were
in
high
yields
from
N-sulfonyl-N-aryl
cyanamides
sodium
azide
Ps@Tet-Cu(II)@Fe3O4
nanocatalyst.
can
be
recycled
reused
easily
multiple
times
an
external
magnet
without
significant
loss
catalytic
activity.
Abstract
To
entrap
the
water-insoluble
medicine,
current
innovation
provides
a
cost-effective
solution
to
increasing
need
for
hydrophobic
gel.
Improving
bioavailability
of
medicine
that
is
poorly
soluble
begins
with
entrapping
substance.
By
only
switching
out
monovalent
ions
divalent
ones,
researchers
hope
increase
hydrophobicity
their
material.
In
this
experiment,
barium
were
used
instead
potassium
in
iota
carrageenan
make
structural,
chemical,
and
physicochemical
changes
easier
during
transformation.
Hydrophobicity
was
determined
qualitatively
by
observing
ability
trap
small
oil
particles
repel
water,
moreover,
quantitative
investigation
carried
using
weight
loss
method
determine
metal
ion
water
isolation
value
drug
entrapment
within
core
linked
The
metal’s
affinity
be
90%
after
24
h,
but
it
67%
synthesized
gel
coating
metal,
clearly
shows
had
greater
protection
activity.
Furthermore,
barium-linked
exhibited
three
times
capacity
parent
gel,
successfully
encased
medication
controlled
release.
study
how
attached
polymer
its
hydrophilic
behavior
into
one.
This
new
inexpensive
way
do
things.
However,
up
until
point,
addition
substrate
functionalization
have
been
utilized.
leads
plan
promise
improving
hydrocolloid
gels
hold
drugs
not
dissolve
water.
ACS Sustainable Resource Management,
Год журнала:
2024,
Номер
1(9), С. 1876 - 1905
Опубликована: Авг. 19, 2024
Due
to
expanding
seaweed-based
industries
and
the
growing
popularity
of
seaweed
biorefineries,
there
is
an
increasing
opportunity
for
high-value
applications
seaweed-extracted
polysaccharides.
One
most
fascinating
these
biopolymers
in
field
agriculture,
where
they
have
been
used
as
fertilizers,
hydrogel/granules
slow
release
urea,
herbicides,
insecticides,
water
reservoirs
tackle
drought-like
situations.
Polysaccharides,
such
alginate,
agar/agarose,
ulvan,
carrageenan,
etc.,
a
long
time
multiple
applications;
however,
their
use
development
hydrogels
subsequent
utilization
deal
with
agricultural
challenges
like
drought
mitigation,
reduce
chemicals
leaching
from
or
lessen
harmful
impacts
pesticides
increase
crop
yields,
has
recently
gained
significant
amount
interest
scientists.
In
this
review
article,
we
thoroughly
discuss
technique
generally
utilized
extract
polysaccharides
seaweeds,
structure,
gelation
mechanism,
various
hydrogels,
namely,
carrageenan.
The
impact
bioadditives
surface
modification
techniques
on
properties
polysaccharide-based
absorption/retention
tendency,
variation
fertilizers/pesticide
releasing
capability,
are
discussed.
Finally,
along
some
future
possibilities
also
