Symmetry,
Journal Year:
2024,
Volume and Issue:
16(12), P. 1676 - 1676
Published: Dec. 18, 2024
Phosphonates
derivatives
are
compounds
of
interests
and
applied
as
drugs
of,
e.g.,
antibacterial
antiviral
activities,
connected
with
their
inhibitory
activity
towards
different
enzymes,
which
is
related
to
the
configuration
particular
compound
isomers.
The
biological
synthesis
such
molecules
method
choice
can
be
carried
out
using
enzymes
or
whole
cells
from
organisms.
Photobiocatalysts
employed
in
bioconversion
epoxymethyl
dimethyl
phosphonate
able
convert
this
substrate
into
a
pure
geometric
isomer
unsaturated
product,
(1E)-3-hydroxyprop-1-enylphosphonate,
rare
expensive
high
added
value.
Six
strains
were
screened
epoxy
case
Synechococcus
bigranulatus,
over
99%
conversion
was
achieved.
product
structure
confirmed
Mass
Spectroscopy
(MS);
1H,
13C,
31P,
2D
Nuclear
Magnetic
Resonance
(NMR);
Infrared
(IR).
Plant Stress,
Journal Year:
2024,
Volume and Issue:
11, P. 100399 - 100399
Published: Feb. 12, 2024
In
the
ever-evolving
landscape
of
sustainable
agriculture,
cyanobacterium
has
emerged
as
a
viable
option
to
offer
multifaceted
benefits
both
crops
and
environment.
This
comprehensive
review
navigates
contributions
cyanobacteria
in
agriculture
begins
with
an
insightful
exploration
their
fundamental
role
agricultural
systems.
article
explains
mechanisms
through
which
may
foster
plant
growth
demonstrates
ability
boost
crop
yields
optimize
nutrient
utilization.
Their
capacity
alleviate
stresses
plants
drought
salinity
conditions,
unveils
remarkable
feature.
Beyond
fields,
this
bacterium
plays
crucial
protecting
our
environmental
well
help
phytoremediation
by
addressing
soil
pollution
effectively
removing
heavy
metals
organic
contaminants.
context
it
represents
environmentally
friendly
alternative
chemical
fertilizers
can
be
seamlessly
integrated
into
farming.
Looking
forward,
peers
future
its
applications
pragmatically
hurdles
commercialization,
regulatory
compliance,
public
perception.
conclusion,
consolidates
pivotal
underscoring
imperative
ongoing
research
innovation
harnessing
transformative
potential
for
greener
more
productive
practices
future.
Sustainable Chemistry,
Journal Year:
2024,
Volume and Issue:
5(2), P. 40 - 59
Published: March 25, 2024
The
current
economic
development
paradigm,
which
is
based
on
steadily
rising
resource
consumption
and
pollution
emissions,
no
longer
viable
in
a
world
with
limited
resources
ecological
capacity.
“green
economy”
idea
has
presented
this
context
chance
to
alter
how
society
handles
the
interplay
between
environmental
spheres.
related
concept
of
nanotechnology”
aims
use
nano-innovations
within
fields
materials
science
engineering
generate
products
processes
that
are
economically
ecologically
sustainable,
enabling
establish
preserve
green
economy.
Many
different
sectors
anticipated
be
impacted
by
these
applications,
including
those
corrosion
inhibitor
nanofertilizers,
nanoremediation,
biodegradation,
heavy
metal
detection,
biofuel,
insecticides
pesticides,
catalytic
CO2
reduction.
These
innovations
might
make
it
possible
non-traditional
water
sources
safely
create
construction
enabled
nanotechnology,
improving
living
conditions.
Therefore,
our
aim
highlight
nanotechnology
being
used
economy
present
promises
for
nano-applications
domain.
In
end,
emphasizes
critical
attain
truly
sustainable
advancement
nanotechnology.
New Biotechnology,
Journal Year:
2024,
Volume and Issue:
82, P. 33 - 42
Published: May 5, 2024
Given
the
necessity
for
bioprocesses
scaling-up,
present
study
aims
to
explore
potential
of
three
marine
cyanobacteria
and
a
consortium,
cultivated
in
semi-continuous
mode,
as
green
approach
i)
continuous
exopolysaccharide-rich
biomass
production
ii)
removal
positively
charged
metals
(Cu,
Ni,
Zn)
from
mono
multi-metallic
solutions.
To
ensure
effectiveness
both
cellular
released
exopolysaccharides,
weekly
harvested
whole
cultures
were
confined
dialysis
tubings.
The
results
revealed
that
all
tested
have
stronger
affinity
towards
Cu
three-metal
systems.
Despite
amount
removed
per
gram
decreased
with
higher
biosorbent
dosage,
more
soluble
carbohydrates
produced,
greater
was
metal
uptake,
underscoring
pivotal
role
exopolysaccharides
biosorption.
According
this,
Dactylococcopsis
salina
16Som2
showed
highest
carbohydrate
productivity
(142
mg
L
Journal of Hazardous Materials,
Journal Year:
2025,
Volume and Issue:
unknown, P. 138155 - 138155
Published: April 1, 2025
Current
physico-chemical
techniques
for
remediating
90Sr
traces
from
effluents
are
costly
and
can
exhibit
a
low
selectivity
Sr
over
Ca.
Therefore,
there
is
an
incentive
to
develop
alternative
method.
In
this
study,
we
demonstrate
that
the
cyanobacterium
Gloeomargarita
lithophora
rapidly
remove
more
than
90
%
of
activity
nuclear
plant
effluent
within
24
h.
This
process
occurs
through
two
steps:
first
rapid
passive
phase
sorbtion
cell
surface,
followed
by
active
accumulation
cells,
partially
driven
photosynthesis.
We
show
sequestration
G.
cells
stable
with
no
release
into
surrounding
medium.
Furthermore,
evidence
incorporation
2.05
×
107
Bq
g-1DCW
exposure
estimated
dose
rate
1.7
mGy
h-1
5
days
did
not
result
in
death.
To
go
further
development
bioremediation
method,
established
capacity
sequester
synthetic
medium
mimicking
radioactivity
mineral
composition
real
industrial
effluent.
These
results
highlight
as
promising
solution
effective
water
contaminated
90Sr,
especially
effluents.
