Applied Sciences,
Journal Year:
2023,
Volume and Issue:
13(3), P. 1868 - 1868
Published: Jan. 31, 2023
The
effects
of
the
presence
perfluorocarbons
(PFC)
with
a
gas
transport
function
in
media
different
phototrophic
microorganisms
on
their
growth
rates
and
accumulation
biomass
when
using
free
immobilized
cells
as
inoculums
were
investigated.
significant
increase
average
rate
well
levels
various
PFCs
established
for
Chlorella
vulgaris
cells.
When
1
g/L
glycerol
was
introduced
into
medium
C.
cells,
9–32%.
maximum
intracellular
ATP
concentrations
corresponded
to
combination
microalgae
(Chlorella
vulgaris)
bacterial
(Pseudomonas
esterophilus
Rhodoccus
ruber)
obtained
mass
ratio
25:1.
It
provided
formation
consortium,
which
able
accumulate
amount
3
days
organophosphorus
pesticide.
data
allow,
one
hand,
predicting
under
environmental
conditions
PFC
pollution
and,
other
developing
approaches
regulation
microorganisms’
order
obtain
use
high
yields
purposes.
Water Environment Research,
Journal Year:
2025,
Volume and Issue:
97(4)
Published: April 1, 2025
Abstract
Microplastic
pollution
has
become
an
emerging
environmental
issue
in
the
past
decades.
Plasticizers
are
organic
compounds
applied
during
manufacturing
process
and
of
particular
interests
to
researchers.
Phthalate
esters
(PAEs)
organophosphate
(OPEs)
two
common
types
plasticizers
that
have
been
found
be
prevalent
water
atmosphere.
Investigating
their
air–water
exchange
is
crucial
for
understanding
sources
fate
as
pollutants.
This
study
employs
a
systematic
review
data
synthesis
evaluate
dry
deposition
flux
PAEs
OPEs
on
global
scale,
aiming
identify
factors
influencing
process.
Results
showed
vary
among
different
plasticizers,
climatic
conditions
may
also
impact
flux.
Future
research
needed
explore
more
mechanisms
related
factors.
Practitioner
Points
The
presents
plasticizers.
indicate
sinks
surface
water,
which
helps
understand
consequence
plastic
pollution.
due
chemical
properties
conditions.
Further
better
this
Toxics,
Journal Year:
2022,
Volume and Issue:
10(12), P. 736 - 736
Published: Nov. 28, 2022
Tris(chloropropyl)
phosphate
(TCPP)
is
a
characteristic
and
widely
used
organophosphorus
flame
retardant.
TCPP
comprised
of
four
isomers
the
most
abundant
tris(1-chloro-2-propyl)
phosphate.
can
be
released
into
environment,
with
potential
impacts
on
living
organisms
humans
due
to
its
extensive
industrial
use.
Aiming
assess
risks
human
health
toxic
genotoxic
effects—using
from
different
trophic
levels,
i.e.,
bacteria,
green
microalgae,
cells—were
investigated.
exposure
at
nominal
concentrations
10,
20,
30
40
μg
mL−1
was
studied
identify
risk
inducing
effects
in
cultured
lymphocytes.
Treatment
induced
marginally
significant
micronuclei
(MN)
frequencies
as
well
cytotoxic
effects.
Freshwater
microalgae
species
treated
(0.5,
1,
20
50
L−1)
showed
growth
rates
over
time.
All
tested
were
adversely
affected
after
during
first
24
h.
However,
differences
among
species’
sensitivities
observed.
In
case
freshwater
species,
sensitive
found
Chlorococcum
sp.
The
marine
algal
Dunaliella
tertiolecta
Tisochrysis
lutea
significantly
TCPP.
Aliivibrio
fischeri
that
observed
classify
this
retardant
“harmful”
compound.
Our
results
suggest
aquatic
wide
utilization
consequent
release
environment.
These
highlight
further
research
should
conducted
investigate
individually
combination
other
retardants
various
organisms.
addition,
concern
by
points
out
measures
control
introduction
environment
taken.
Applied Sciences,
Journal Year:
2023,
Volume and Issue:
13(3), P. 1868 - 1868
Published: Jan. 31, 2023
The
effects
of
the
presence
perfluorocarbons
(PFC)
with
a
gas
transport
function
in
media
different
phototrophic
microorganisms
on
their
growth
rates
and
accumulation
biomass
when
using
free
immobilized
cells
as
inoculums
were
investigated.
significant
increase
average
rate
well
levels
various
PFCs
established
for
Chlorella
vulgaris
cells.
When
1
g/L
glycerol
was
introduced
into
medium
C.
cells,
9–32%.
maximum
intracellular
ATP
concentrations
corresponded
to
combination
microalgae
(Chlorella
vulgaris)
bacterial
(Pseudomonas
esterophilus
Rhodoccus
ruber)
obtained
mass
ratio
25:1.
It
provided
formation
consortium,
which
able
accumulate
amount
3
days
organophosphorus
pesticide.
data
allow,
one
hand,
predicting
under
environmental
conditions
PFC
pollution
and,
other
developing
approaches
regulation
microorganisms’
order
obtain
use
high
yields
purposes.
