Scientific Electronic Archives,
Год журнала:
2023,
Номер
16(11)
Опубликована: Ноя. 6, 2023
As
microalgas
são
microrganismos
heterogêneos,
versáteis
e
disponíveis
em
todo
o
mundo.
Seu
uso
tem
sido
descrito
várias
áreas,
com
vários
objetivos,
especialmente
na
remediação
de
resíduos
variadas
origens.
Neste
artigo,
é
apresentado
um
levantamento
bibliográfico
trabalhos
publicados
periódicos
alto
impacto,
utilizando
como
critério
pesquisa
as
palavras
chave
“chlorococcum”
“bioproducts”.
Posteriormente,
esses
foram
filtrados,
sendo
considerados
apenas
aqueles
revistas
fator
impacto
igual
ou
superior
a
5.
Por
último,
foi
realizada
uma
triagem
dos
resultados
para
separar
artigos
revisão.
Foram
obtidos,
após
três
bases
dados
triagem,
238
trabalhos,
entre
revisões
pesquisa.
Ao
fim
filtros,
número
final
utilizados
no
relatório
128
trabalhos.
Após
análise,
pôde-se
perceber
crescimento
recente
do
interesse
águas
residuárias
outros
resíduos,
bem
produção
moléculas
interesse,
principalmente
carotenoides,
também
dessa
biomassa
combustíveis,
especial
biodiesel.
Cancer
continues
to
pose
significant
challenges
globally,
especially
in
developed
countries,
largely
due
delayed
diagnosis
and
limited
therapeutic
options.
Early
detection
of
circulating
tumor
cells
(CTCs)
peripheral
blood
has
emerged
as
a
critical
factor
enhancing
treatment
efficacy,
despite
the
inherent
difficulty
controllable
target
cell
separation.
To
address
this
challenge,
study
introduces
an
innovative
acoustofluidic
system
designed
for
separation
CTCs
from
red
cells.
Leveraging
principles
standing
surface
acoustic
waves
(SSAWs)
novel
microfluidic
channel
design,
promises
advancements
CTC
isolation
efficiency.
The
integration
Multiphysics
Finite
Element
Method
multivariate
surrogate
modeling,
which
contribute
generate
datasets
that
predict
performance
proposed
micro-electro-mechanical
explaining
migration
phenomena.
These
mathematical
models
serve
foundation
applying
two
machine
learning
algorithms,
differential
evolution,
multi-objective
particle
swarm
optimization.
integrated
intelligent
framework
balances
interplay
variables,
sheath
flow
rates,
peak-to-peak
voltage
(Vpp).
SSAW
interaction
times
trajectory
patterns
are
analyzed
through
controlled
generation
pressures
within
microchannel,
efficiency
while
reducing
energy
consumption
maximizing
recovery
rates.
Precision
manipulation
is
achieved
by
combining
with
optimized
curved
microchannel
geometry
developing
dualized
active
zone
improved
control
mechanisms
movement.
A
35%
increase
occurs
when
increases
10
V
15
constant
IDT
(interdigital
transducer)
aperture.
Additionally,
72%
observed
aperture
10°
40°
under
voltage.
Optimal
200
mm/s
flowrate,
voltage,
0.32
MPa
pressure,
resulting
100%
rate.
Furthermore,
increasing
reduces
distance
30
μm,
maximum
lateral
displacement
45
μm
at
120
mm/s.
By
integrating
computational
simulations,
experimental
verifications,
research
unveils
transformative
potential
miniaturized
diagnostic
platforms
cancer
therapeutics.
This
approach
laboratory-on-chip
technology
paves
way
personalized
medicine,
real-time
molecular
analysis,
point-of-care
diagnostics.
