BDJ Open,
Journal Year:
2023,
Volume and Issue:
9(1)
Published: Nov. 11, 2023
This
review
aims
to
assess
complication
rates,
soft
tissue
gain,
and
bone
gain
associated
with
the
use
of
self-inflating
osmotic
hydrogel
expanders
(SOHTEs)
for
expansion
(STE).A
comprehensive
search
on
Pubmed
Google
Scholar
databases
was
conducted
identify
human
studies
using
SOHTEs
STE;
last
searched
in
March
2023.
Expansion
phase
details
expander
variables
were
documented.
Complication
reported
each
study
also
recorded.
The
inclusion
criteria
encompassed
ranging
from
evidence
levels
II-IV
(Oxford
Centre
Evidence-Based
Medicine
Levels
Evidence),
without
specific
date
limits.
For
assessing
bias
randomized
controlled
trials
(RCTs),
a
Risk
Bias
tool
employed.
synthesised
results
presented
through
tables,
sunburst
plots,
bar
charts.A
total
13
identified,
comprising
4
RCTs,
1
cohort
study,
8
case-series.
Employment
yielded
an
overall
rate
17%
(24/140
sites),
perforation
accounting
9.3%
(13/140)
sites.
Specific
rates
included
dehiscence
(1.4%,
2/140
paraesthesia
infection
sites).
All
(RCTs)
categorised
at
Level
II.
remaining
investigations
primarily
consisted
IV
case-series
lacking
controls.
demonstrated
some
concerns
towards
bias.STE
exhibit
reduction
complications
augmentation
scenarios
inadequate
coverage.
Preliminary
suggests
potential
benefits
even
cases
sufficient
tissue.
Adherence
procedural
precautions
may
reduce
risk
perforations,
further
diminishing
complications.
Subsequent
should
incorporate
individual
patient
their
reports
explore
impact
phases
as
well
augmentation.
Frontiers in Immunology,
Journal Year:
2025,
Volume and Issue:
15
Published: Jan. 3, 2025
Periodontal
disease
is
a
highly
prevalent
worldwide
that
seriously
affects
people's
oral
health,
including
gingivitis
and
periodontitis.
Although
the
current
treatment
of
periodontal
can
achieve
good
control
inflammation,
it
difficult
to
regenerate
supporting
tissues
satisfactory
therapeutic
effect.
In
recent
years,
due
tissue
regeneration
ability,
research
on
Mesenchymal
stromal/stem
cells
(MSCs)
MSC-derived
exosomes
has
been
gradually
deepened,
especially
its
ability
interact
with
microenvironment
body
in
complex
immunoregulatory
network,
which
led
many
new
perspectives
strategies
for
diseases.
This
paper
systematically
reviews
immunomodulatory
(including
bone
immunomodulation)
properties
MSCs
their
role
inflammatory
microenvironment,
summarizes
pathways
mechanisms
by
MSC-EVs
have
promoted
lists
potential
areas
future
research,
describes
issues
should
be
considered
basic
direction
development
"cell-free
therapies"
regeneration.
Advanced Healthcare Materials,
Journal Year:
2024,
Volume and Issue:
13(16)
Published: Feb. 27, 2024
Guided
bone
regeneration
(GBR)
is
a
well-established
technique
for
preserving
and
enhancing
alveolar
ridge
structures.
Success
in
GBR
relies
on
fulfilling
the
Primary
wound
closure,
Angiogenesis,
Space
maintenance,
Stability
(PASS)
principles.
Conventional
methods,
involving
titanium
meshes
sutures,
have
drawbacks,
including
need
secondary
removal
customization
challenges.
To
address
these
issues,
an
innovative
multifunctional
dressing
(MGD)
based
self-healing
elastomer
(PUIDS)
introduced.
MGD
provides
sutureless
prevents
food
particle
accumulation,
maintains
stable
environment
growth.
It
offers
biocompatibility,
bactericidal
properties,
effectiveness
oral
model.
In
summary,
reliable,
osteogenic
GBR,
aligning
with
PASS
principles
promoting
superior
post-surgery
regeneration.
Bioengineering,
Journal Year:
2024,
Volume and Issue:
11(2), P. 191 - 191
Published: Feb. 16, 2024
Based
on
the
evidence
of
a
significant
communication
and
connection
pathway
between
bone
immune
systems,
new
science
has
emerged:
osteoimmunology.
Indeed,
system
considerable
impact
health
diseases,
as
well
formation
during
grafts
its
stability
over
time.
Chronic
inflammation
induces
excessive
production
oxidants.
An
imbalance
levels
oxidants
antioxidants
is
called
oxidative
stress.
This
physio-pathological
state
causes
both
molecular
cellular
damage,
which
leads
to
DNA
alterations,
genetic
mutations
cell
apoptosis,
thus,
impaired
immunity
followed
by
delayed
or
compromised
wound
healing.
Oxidative
stress
experienced
body
affect
regeneration
maintenance
around
teeth
dental
implants.
As
remodeling
are
interconnected,
loss
consequence
dysregulation.
Therefore,
oral
tissue
deficiencies
such
periodontitis
peri-implantitis
should
be
regarded
diseases.
Bone
management
strategies
include
biological
surgical
solutions.
These
protocols
tend
improve
through
antioxidant
enhance
prevent
loss.
narrative
review
aims
highlight
relationship
inflammation,
oxidation,
in
cavity.
It
intends
help
clinicians
detect
high-risk
situations
surgery
propose
clinical
solutions
that
will
patients’
responses
treatment
outcomes.
Abstract
Dental
implants
have
been
established
as
successful
treatment
options
for
missing
teeth
with
steadily
increasing
demands.
Today,
the
primary
areas
of
research
in
dental
implantology
revolve
around
osseointegration,
soft
and
hard
tissue
grafting
well
peri‐implantitis
diagnostics,
prevention,
treatment.
This
review
provides
a
comprehensive
overview
current
literature
on
application
MS‐based
proteomics
implant
research,
highlights
how
explorative
provided
insights
into
biology
peri‐implant
tissues
facilitated
stratification
between
healthy
diseased
implants,
enabling
identification
potential
new
diagnostic
markers.
Additionally,
this
illuminates
technical
aspects,
recommendations
future
study
designs
based
evidence.
Journal of Esthetic and Restorative Dentistry,
Journal Year:
2025,
Volume and Issue:
unknown
Published: Jan. 31, 2025
To
clinically
evaluate
the
outcomes
following
surgical
coverage
of
single
peri-implant
mucosal
recessions
in
aesthetic
maxillary
area
by
means
modified
coronally
advanced
tunnel
(MCAT)
and
subepithelial
connective
tissue
graft
(SCTG).
Eleven
systemically
healthy
non-smoking
patients
(8
females)
each
presenting
a
recession
anterior
region
were
consecutively
treated
with
MCAT
conjunction
SCTG.
In
all
cases,
facial
was
associated
an
impaired
appearance.
Before
reconstructive
surgery
at
12
months
postoperatively,
clinical
parameters
assessed.
The
primary
outcome
variable
mean
(MRC).
Healing
uneventful
cases.
At
months,
statistically
significant
(p
<
0.05)
(MRC
94.71%)
improvement
aesthetics
(pink
score)
obtained
implants.
Complete
RC
10
out
11
(90.9%).
treatment
gain
keratinized
attached
mucosa
0.05).
present
results
demonstrate
that
can
be
successfully
BMC Oral Health,
Journal Year:
2025,
Volume and Issue:
25(1)
Published: March 22, 2025
Cone-beam
computed
tomography
(CBCT)
combined
with
intraoral
scanning
(IOS)
technology
was
used
to
measure
and
analyze
the
variation
patterns
of
palatal
masticatory
mucosa
(PMM)
in
maxillary
posterior
region
its
correlation
gender,
gingival
biotype
(GB),
bone
thickness
(PBT),
thereby
establishing
a
theoretical
foundation
for
autogenous
soft
tissue
augmentation
procedures.
A
total
57
Han
Chinese
patients
342
affected
teeth
were
included
study.
CBCT
IOS
data
obtained
all
participants,
3D
models
constructed
by
segmenting
images
based
on
standardized
parameters,
followed
alignment
using
reference
points.
Measurements
conducted
at
predetermined
intervals
evaluate
PMM,
PBT,
GB.
The
variability
PMM
from
first
premolar
molar
analyzed
bilaterally
age,
GB
t-tests
Games-Howell
post-hoc
analysis.
Pearson's
test
examined
relationship
between
while
linear
regression
utilized
associations
clinical
factors
such
as
PBT.
There
no
statistically
significant
difference
left
right
sides
maxilla
(P
>
0.05).
Overall,
increased
greater
distance
margin,
differences
observed
specific
measurement
points
different
tooth
positions.
second
exhibited
greatest
6
mm,
8
10
mm.
Gender
had
relatively
minor
impact
PMM.
Significant
across
age
groups,
middle-aged
group
showing
compared
younger
<
At
2
mm
molar's
identified
PBT
weak.
Regression
analysis
revealed
primary
determinant
gender
exerting
site-specific
effects.
proved
effective
measuring
symmetrical
distribution
areas
optimal
graft
harvesting.
While
found
GB,
or
notably
thicker
individuals.
This
study
presents
comprehensive
various
positions
distances
facilitating
identification
donor
sites
autologous
grafts.
It
highlights
regional
ethnic
variations
among
validates
use
accurate,
non-invasive
measurements.
Clinical Advances in Periodontics,
Journal Year:
2025,
Volume and Issue:
unknown
Published: April 20, 2025
Abstract
Background
The
proposed
technique
utilizes
the
osteoconductive
regenerative
properties
of
bone‐substitute
materials
(BSMs)
and
space‐maintaining
function
titanium
mesh
to
restore
alveolar
ridge
at
extraction
sites
with
lost
labial
plates
in
a
single
procedure.
This
approach
may
reduce
need
for
extensive
augmentation
procedures,
shorten
treatment
duration,
minimize
complications,
potentially
lower
overall
costs
patients.
Methods
Both
patients
presented
hopeless
dentition,
characterized
by
chronic
infection
loss
plates.
To
regenerate
ridge,
was
utilized
combination
layered
application
xenograft
allograft
BSMs.
success
this
depended
on
stabilization,
thorough
site
debridement,
absence
soft‐tissue
tension.
Results
effectively
restored
regenerated
sufficient
bone
accommodate
dental
implants.
Significant
regeneration
achieved
both
cases,
minimal
complications.
In
one
case,
minor
exposure
occurred;
however,
it
did
not
affect
healing
managed
during
re‐entry
surgery.
Conclusion
It
represents
novel
preservation
plates,
even
presence
infection.
However,
future
studies
sound
methodology,
larger
sample
sizes,
long
follow‐up
periods
are
recommended
validate
these
findings.
Key
points
Mesh‐Assisted
Regenerated
Site
(MARS)
restores
combining
substitutes
augmentation,
long‐term
costs.
depends
minimally
traumatic
extraction,
meticulous
socket
careful
soft
tissue
management,
precise
placement
under
optimal
magnification.
Although
effective,
has
limitations,
including
potential
vertical
loss,
time‐consuming
possible
additional
occasional
challenges
retrieval,
risk,
all
which
compromise
implant
success.
Proper
case
selection
essential
mitigate
optimize
clinical
outcomes.
Plain
language
summary
When
teeth
removed,
surrounding
can
shrink.
Techniques
preserve
area,
known
as
preservation,
help
prevent
shrinkage.
uses
specialized
rebuild
areas
where
front
portion
is
missing.
author
used
bone.
steps
included
stabilizing
mesh,
thoroughly
cleaning
out
any
infection,
layering
materials,
ensuring
gum
overly
tight.
successfully
reconstructed
missing
bone,
making
place
standard
cases
showed
significant
growth
issues.
small
part
exposed
but
impact
addressed
rebuilt
long‐standing
shows
promise
preserving
regenerating
areas,
more
needed
confirm
results
improve
method.
Microorganisms,
Journal Year:
2023,
Volume and Issue:
11(7), P. 1845 - 1845
Published: July 20, 2023
Dental
implantation
is
currently
the
optimal
solution
for
tooth
loss.
However,
health
and
stability
of
dental
implants
have
emerged
as
global
public
concerns.
implant
placement,
healing
surgical
site,
osseointegration,
bone
tissues,
prevention
peri-implant
diseases
are
challenges
faced
in
achieving
long-term
implants.
These
been
ongoing
concerns
field
oral
implantation.
Probiotics,
beneficial
microorganisms,
play
a
significant
role
body
by
inhibiting
pathogens,
promoting
tissue
homeostasis,
facilitating
regeneration,
modulating
immune-inflammatory
levels.
This
review
explores
potential
probiotics
addressing
post-implantation
challenges.
We
summarize
existing
research
regarding
importance
managing
advocate
further
into
their
applications.
Clinical Oral Investigations,
Journal Year:
2023,
Volume and Issue:
27(11), P. 6503 - 6512
Published: Sept. 19, 2023
The
aim
of
this
randomized
clinical
trial
was
to
assess
the
alveolar
ridge
contour
after
soft
tissue
augmentation
using
subepithelial
connective
graft
(SCTG)
buccal
fresh
extraction
sockets
in
patients
with
thin
bone,
versus
minimally-traumatic
followed
by
spontaneous
healing
solely.