Science and Technology of Advanced Materials,
Journal Year:
2022,
Volume and Issue:
23(1), P. 457 - 472
Published: July 29, 2022
Among
metals,
Ti
and
majority
of
its
alloys
exhibit
excellent
biocompatibility
or
tissue
compatibility.
Although
their
high
corrosion
resistance
is
a
factor
in
the
alloys,
it
clear
that
other
factors
exist.
In
this
review,
passive
film
are
compared
to
those
metallic
biomaterials,
band
gap
energies,
Egs,
discuss
role
Eg
reactivity
with
living
tissues.
From
perspective
material's
surface,
possible
explain
by
considering
following
factors:
ions
immediately
stabilized
not
show
toxicity
if
released
body
fluids;
good
balance
positive
negative
charges
dissociation
surface
hydroxyl
groups
on
film;
low
electrostatic
force
inducing
natural
adsorption
proteins
maintaining
conformation;
strong
property
as
n-type
semiconductor;
lower
energy
generating
optimal
reactivity;
calcium
phosphate
formation
caused
reactivity.
The
results
suggest
due
oxide
film,
between
appropriate
predominate
solution
for
Ti.
Materials,
Journal Year:
2019,
Volume and Issue:
12(3), P. 407 - 407
Published: Jan. 28, 2019
Metallic
biomaterials
are
used
in
medical
devices
humans
more
than
any
other
family
of
materials.
The
corrosion
resistance
an
implant
material
affects
its
functionality
and
durability
is
a
prime
factor
governing
biocompatibility.
fundamental
paradigm
metallic
biomaterials,
except
biodegradable
metals,
has
been
"the
resistant,
the
biocompatible."
body
environment
harsh
raises
several
challenges
with
respect
to
control.
In
this
invited
review
paper,
analysed
detail
possible
effects
different
on
biocompatibility
discussed.
Then,
kinetics
corrosion,
passivity,
breakdown
regeneration
vivo
conferred.
Next,
mostly
their
performance
reviewed.
These
include
stainless
steels,
cobalt-chromium
alloys,
titanium
Nitinol
shape
memory
alloy,
dental
amalgams,
gold,
glasses
metals.
principles
failure,
retrieval
failure
analysis
highlighted,
followed
by
description
most
common
processes
vivo.
Finally,
approaches
control
highlighted.
Frontiers in Chemistry,
Journal Year:
2020,
Volume and Issue:
8
Published: May 19, 2020
Nowadays,
nanoparticles
(NPs)
have
received
much
more
attention
biological
field
applications
due
to
their
unique
and
attractive
physico-chemical
properties.
Among
different
types
of
nanocomposites,
metal
oxides
supported
nanomaterials
been
showed
significant
role
in
therapeutics
medical
science.
The
mechanisms
related
the
interaction
with
animal
plants
cells
establish
improve
activity
health
applications.
Various
attempts
made
discuss
antibiotic
resistance
antimicrobial
nanoparticles.
Despite
all
developments,
still
there
is
need
performance
by
overcome
modern
challenges.
In
this
regard,
present
review
proclaims
various
metal-supported
fields
such
as
antibacterial,
antifungal,
anticancer
etc.
field.
Based
on
applications,
it
expected
that
are
anticipated
create
outstanding
not
only
but
also
other
fields.
Frontiers in Bioengineering and Biotechnology,
Journal Year:
2019,
Volume and Issue:
7
Published: July 17, 2019
Titanium
(Ti)
and
its
alloys
are
widely
used
for
medical
dental
implant
devices
—
artificial
joints,
bone
fixators,
spinal
implant,
etc.
because
they
show
excellent
corrosion
resistance
good
hard-tissue
compatibility
(bone
formation
bonding
ability)
among
metals.
Osseointegration
is
the
first
requirement
of
interface
structure
between
titanium
tissue.
This
concept
osseointegration
was
immediately
spread
to
dental-materials
researchers
worldwide
advantages
as
an
material
compared
with
other
Since
developed,
cause
has
been
actively
investigated.
The
surface
chemical
state,
adsorption
characteristic
protein,
tissue
process
have
also
evaluated.
To
accelerate
osseointegration,
roughened
porous
surfaces
effective.
HA
TiO2
coatings
prepared
by
plasma
spray
electrochemical
technique,
well
alkalinization
surface,
effective
improve
compatibility.
Various
immobilization
techniques
biofunctional
molecules
developed
prevention
platelet
bacteria
adhesion.
These
make
it
possible
apply
Ti
a
scaffold
engineering.
elucidation
mechanism
biocompatibility
can
provide
shorter
way
develop
optimal
surfaces.
review
should
enhance
understanding
properties
highlight
significance
treatment.
Bioactive Materials,
Journal Year:
2019,
Volume and Issue:
4, P. 196 - 206
Published: May 20, 2019
Metallic
materials
have
been
extensively
applied
in
clinical
practice
due
to
their
unique
mechanical
properties
and
durability.
Recent
years
witnessed
broad
interests
advances
on
surface
functionalization
of
metallic
implants
for
high-performance
biofunctions.
Calcium
phosphates
(CaPs)
are
the
major
inorganic
component
bone
tissues,
thus
owning
inherent
biocompatibility
osseointegration
properties.
As
such,
they
widely
used
orthopedics
dentistry.
The
new
emergence
with
CaP
coatings
shows
promise
a
combination
from
metals
various
biofunctions
CaPs.
This
review
provides
brief
summary
state-of-art
biofunctionalization
implantable
by
coatings.
We
first
glance
over
different
types
CaPs
coating
methods
vitro
vivo
performances,
then
give
insight
into
representative
biofunctions,
i.e.
osteointegration,
corrosion
resistance
biodegradation
control,
antibacterial
property,
provided
implant
materials.
Bioactive Materials,
Journal Year:
2019,
Volume and Issue:
4, P. 261 - 270
Published: Oct. 5, 2019
Metallic
implant
materials
possess
adequate
mechanical
properties
such
as
strength,
elastic
modulus,
and
ductility
for
long
term
support
stability
in
vivo.
Traditional
metallic
biomaterials,
including
stainless
steels,
cobalt-chromium
alloys,
titanium
its
have
been
the
gold
standards
load-bearing
hard
tissue
applications
past
decades.
Biodegradable
metals
iron,
magnesium,
zinc
also
emerged
novel
biodegradable
with
different
vivo
degradation
rates.
However,
they
do
not
good
bioactivity
other
biological
functions.
Bioactive
glasses
widely
used
coating
on
implants
to
improve
their
integration
host
overall
performances.
The
present
review
provides
a
detailed
overview
of
benefits
issues
metal
alloys
when
biomedical
how
are
improved
by
bioactive
glass-based
coatings
applications.
Journal of Tissue Engineering,
Journal Year:
2018,
Volume and Issue:
9
Published: Jan. 1, 2018
Titanium
(Ti)
plays
a
predominant
role
as
the
material
of
choice
in
orthopaedic
and
dental
implants.
Despite
majority
Ti
implants
having
long-term
success,
premature
failure
due
to
unsuccessful
osseointegration
leading
aseptic
loosening
is
still
too
common.
Recently,
surface
topography
modification
biological/non-biological
coatings
have
been
integrated
into
orthopaedic/dental
order
mimic
surrounding
biological
environment
well
reduce
inflammation/infection
that
may
occur.
In
this
review,
we
summarize
impact
various
on
cell
behaviour
both
vivo
vitro.
First,
focus
properties
their
effects
osteogenesis
then
bacterial
adhesion
viability.
We
conclude
from
current
literature
can
be
generated
offer
osteoinductive
antimicrobial
properties.
Journal of Asian Ceramic Societies,
Journal Year:
2019,
Volume and Issue:
7(4), P. 397 - 406
Published: Oct. 2, 2019
Most
high
load-bearing
implants
are
metallic
alloys
which
contain
toxic
chemical
components
that
might
be
released
due
to
the
corrosive
environment
of
body
fluids
and
activity.
Surface
modification
techniques
do
not
guarantee
biocompatibility.
Hence,
bioactive
surface
can
modified
by
coating
with
a
suitable
material
addresses
needs
patient.
The
choice
application
process
coatings
should
determined
based
on
workability
its
physiochemical
properties,
such
as
procedures
involved
performance
in
avoiding
removal
any
desirable
properties
helpful
tissue
regeneration
process.
Tailor-made
materials
prove
very
promising,
they
improve
permanent
implantations,
make
them
more
affordable
reduce
need
for
surgical
revisions.
scope
featured
addition
accelerated
regeneration,
antibacterial
controlled
release
debris
from
biological
system
metal
makes
an
ideal
implants.
This
report
reviews
several
options
available
forming
biologically
active
layer
over
surfaces
will
interact
produce
effects
host
tissues.
