Disciplinarum Scientia. Série Ciências Naturais e Tecnológicas,
Journal Year:
2023,
Volume and Issue:
24(3), P. x - x
Published: Jan. 1, 2023
Este
estudo
se
concentrou
na
avaliação
contínua
do
aprimoramento
de
tratamentos
superfície
para
implantes
dentários,
dadas
as
crescentes
expectativas
vida
da
população
e
a
presença
condições
saúde
que
podem
afetar
adversamente
integração
dos
implantes.
O
objetivo
central
deste
trabalho
foi
investigar
diferentes
abordagens
revestimento
em
visando
melhorar
propriedades
osteointegração
eficácia
antibacteriana.
Para
alcançar
este
objetivo,
realizada
revisão
artigos
sobre
superfícies
funcionalizadas
usando
nanoestruturas
nanopartículas,
fim
otimizar
resistência
ao
crescimento
bactérias.
Esse
conduzido
três
fases:
Fase
1:
realização
uma
pesquisa
abrangente
literatura
científica
relacionada
tratamento
dentários.
2:
seleção
criteriosa
relevantes
o
tema.
3:
descrição
detalhada
selecionados
seus
respectivos
métodos
pesquisa.
A
bibliográfica
envolveu
consulta
diversas
bases
dados,
incluindo
Scielo,
ScienceDirect
PubMed,
utilizando
descritores
como
“Antibacterial”,
“Nanoparticles”,
“Titanium”
“Coating
Titanium”.
Após
análise
artigos,
um
total
16
estudos
relacionados
implantes,
nanoestruturas,
nanopartículas
efeitos
foram
identificados
analisados.
partir
destes
resultados
possível
verificar
importância
área
nanomateriais
desenvolvimento
produtos
feitos
titânio,
demonstrando
seu
uso
é
indicado
Além
disso,
pode-se
concluir
essas
tecnologias
ter
impacto
expressivo
nos
novos
tratamentos,
aumentando
sua
eficiência
qualidade
paciente.
Dental Materials,
Journal Year:
2025,
Volume and Issue:
unknown
Published: March 1, 2025
Inconsistent
characterization
of
oral
implant
microtopography
makes
it
difficult
to
compare
and
evaluate
available
data
on
the
biological
response
topographical
characteristics.
The
aim
this
investigation
was
therefore
identify
a
surface
texture
parameter
panel
that
enables
discriminative
differently
processed
surfaces.
Surface
micromorphologies
titanium-
ceramic-based
biomaterials
by
machining
or
subsequent
post-processing,
including
blasting,
etching,
anodization
porous
sintering,
were
analyzed
scanning
electron
microscopy
white
light
interferometry.
It
then
which
parameters
Sa,
Sq,
Sz,
Ssk,
Sku,
Str,
Sal,
Spd,
Spc,
Sdq
Sdr
best
characterized
morphological
features
hence
should
be
reported
as
minimum
for
characterization.
SEM
demonstrated
each
processing
resulted
in
specific
biomaterial-dependent
micromorphology.
revealed
micromorphology
machined
surfaces
Sdr,
Str
post-processed
Spd
Spc
additionally
required.
Based
these
data,
identified
description
investigated
microtopographies.
present
widespread
use
such
combined
with
will
help
cell-relevant
structures,
thus
enabling
design
implants
predefined
response.
Dental Materials,
Journal Year:
2025,
Volume and Issue:
unknown
Published: May 1, 2025
This
narrative
review
aims
to
provide
an
overview
of
in
vitro
models
evaluate
new
materials
or
surface
functionalities
dental
implant
research.
The
focus
lies
on
concepts
and
rather
than
specific
cell
types.
Literature
searches
were
conducted
using
PubMed,
Web
Science,
google
scholar.
Major
was
studies
mammalian
cells
that
evaluated
different
with
respect
soft
tissue
adhesion
osseointegration.
Keywords
combinations
models,
materials,
implantology,
cells,
material
interactions,
biointerfaces.
A
total
147
articles
are
included
this
review.
majority
report
first-line
evaluations
static
2D
cultures
cylindrical
discs
the
interest.
One
step
further,
more
advanced
incorporated
multiple
types
studied
signaling
pathways
mechanisms.
Only
few
publications
reported
truly
3D
models.
category
dynamic
culture
integrated
implant-on-a-chip
systems
is
arising.
We
conclude
research
needed
understand
clinical
observations
cellular
level
standardized
protocols
materials.
To
accommodate
patient-specific
requirements,
technologies
for
treatments
functionalizations
required.
Thereby,
portfolio
standard
titanium
zirconia-based
implants
will
undoubtedly
be
complemented
novel
In
scope
reducing,
refining
replacing
animal
studies,
preceding
must
predictive
account
increasing
demand
medical
device
regulations.
Microscopy Research and Technique,
Journal Year:
2024,
Volume and Issue:
87(6), P. 1222 - 1240
Published: Feb. 6, 2024
Abstract
This
study
investigates
the
impact
of
surface
modifications
on
additively
manufactured
CoCr
and
Ti6Al4V
dental
alloys,
focusing
properties.
Thin
film
carbon
(C)
gold
(Au)
coatings,
as
well
alkali‐heat
treatment,
were
applied
to
high‐
low‐polished
specimens.
Scanning
electron
microscopy
(SEM)
showed
that
thin
coatings
retained
underlying
topography,
while
treatment
induced
distinct
morphological
changes.
Energy‐dispersive
x‐ray
spectroscopy
(EDS)
analysis
revealed
C‐coating
enriched
surfaces
with
C,
Au‐coating
introduced
detectable
amounts
Au.
Nevertheless,
signs
coating
delamination
observed
in
high‐polished
Alkali‐heat
led
formation
a
sodium
titanate
layer
surfaces,
confirmed
by
presence
Fourier
transform
infrared
(FTIR)
results
showing
carbonate
bands.
Surface
roughness
measurements
atomic
force
(AFM)
increased
both
alloys.
slightly
roughness,
except
for
Au‐coated
Ti6Al4V,
where
decrease
was
compared
bare
likely
due
defects
present
latter
resulting
from
additive
manufacturing
process.
pronounced
increase
particularly
Ti6Al4V.
Both
decreased
water
contact
angles
all
specimens
varying
magnitudes,
indicating
an
wettability.
However,
caused
substantial
angles,
highly
hydrophilic
state
These
findings
underscore
potentially
influencing
their
clinical
performance.
Research
Highlights
chemical/heat
modify
properties
The
alloys
get
rougher
more
after
treatment.
exhibit
potential
adhesion
challenges.
Journal of Taibah University Medical Sciences,
Journal Year:
2024,
Volume and Issue:
19(3), P. 461 - 472
Published: March 18, 2024
This
study
was
aimed
at
assessing
the
effects
of
restraint
stress
and
sandblasting;
sandblasting
with
acid
etching;
Er-Cr:
YSGG
laser
treatment;
propolis
coating
implant
surfaces
on
stability
quotient
(ISQ)
grade
4
titanium
dental
osseointegration
in
model
dogs.
