Microplastic
pollution,
an
emerging
pollution
issue,
has
become
a
significant
environmental
concern
globally
due
to
its
ubiquitous,
persistent,
complex,
toxic,
and
ever-increasing
nature.
As
multifaceted
diverse
suite
of
small
plastic
particles
with
different
physicochemical
properties
associated
matters
such
as
absorbed
chemicals
microbes,
future
research
on
microplastics
will
need
comprehensively
consider
their
multidimensional
attributes.
Here,
we
introduce
novel,
conceptual
framework
the
"microplastome",
defined
entirety
various
(<5
mm),
found
within
sample
overall
toxicological
impacts.
novel
concept,
this
paper
aims
emphasize
call
for
collective
quantification
characterization
more
holistic
understanding
regarding
differences,
connections,
effects
in
biotic
abiotic
ecosystem
compartments.
Deriving
from
lens,
present
our
insights
prospective
trajectories
characterization,
risk
assessment,
source
apportionment
microplastics.
We
hope
new
paradigm
can
guide
propel
microplastic
toward
era
contribute
informed
strategy
combating
important
issue.
BIO Web of Conferences,
Journal Year:
2024,
Volume and Issue:
108, P. 04005 - 04005
Published: Jan. 1, 2024
The
spread
of
nano-plastic
particles
arising
from
the
decomposition
plastic
has
become
a
global
problem
because
it
poses
threat
to
primary
products
in
food
chains,
and
thus
threatens
entire
system.
We
tested
apparent
effects
on
metabolism
Gram-negative
Gram-positive
bacteria
after
exposure
nano-plastics
(nanocpolystyrene)
by
using
carbon
as
an
energy
source.
After
diagnosis
samples
then
exposed
nanopolystyrene
solution
with
different
concentrations
(200,
500
1000)
ppm.
Biology
Eco
Microplate
(BEMP)
was
used
determine
changes
uptake
Average
well-color
development
(AWCD)
for
data
analysis,
result
showed
there
are
increase
size
absorption
sources.
